intelligent optical systems, inc.
Retrieved and analyzed 0 filings.
Retrieved and analyzed 0 filings.
Source: FPDS ATOM Feed (updated daily around 2AM ET)
See the U.S. Government Accountability Office's report on "known data limitations" for critical analysis of the accuracy of FPDS-NG data, which is also upstream of USASpending.gov.
See the U.S. Government Accountability Office's report on "known data limitations" for critical analysis of the accuracy of FPDS-NG data, which is also upstream of USASpending.gov.
Retrieved and analyzed 122 awards.
Amount Type:
Amount Type:
Maximum change in potential contract value: $2,860,508.00 USD
Sum of changes in potential contract values: $21,179,836.69 USD
Sum of changes in potential contract values: $21,179,836.69 USD
| PIID + Modification | 80NSSC19C0231 (P00003) |
| Signed Date | July 29, 2020 |
| Effective Date | July 16, 2019 |
| Modified Date | Mon Aug 03 2020 08:50:41 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | the purpose of this work is to continue research and development that was initiated under a sbir phase i effort entitled compact chemical monitor for silver ions in spacecraft water systems. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $24,968.13 USD, Total: $139,983.41 USD |
| Current Value "Base and Exercised Options Value" | Change: $24,968.13 USD, Total: $139,983.41 USD |
| Potential Value "Base and All Options Value" | Change: $24,968.13 USD, Total: $139,983.41 USD |
Award 1 of 122
New DEFINITIVE CONTRACT FA865009C6945 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $375,000
| PIID + Modification | FA865009C6945 (0) |
| Signed Date | January 22, 2009 |
| Effective Date | January 22, 2009 |
| Modified Date | Wed Jul 22 2020 07:54:51 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Requesting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Contract Action Type | definitive contract |
| Description | quantum dot labeled bio-taggants for enhanced remote detection |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $375,000.00 USD, Total: $749,994.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $749,994.00 USD, Total: $749,994.00 USD |
| Potential Value "Base and All Options Value" | Change: $749,994.00 USD, Total: $749,994.00 USD |
Award 2 of 122
New DEFINITIVE CONTRACT FA865009C6945 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $0
| PIID + Modification | FA865009C6945 (0) |
| Signed Date | January 22, 2009 |
| Effective Date | January 22, 2009 |
| Modified Date | Wed Jul 22 2020 07:54:51 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Requesting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Contract Action Type | definitive contract |
| Description | quantum dot labeled bio-taggants for enhanced remote detection |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $5,000.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $10,008.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $10,008.00 USD |
Award 3 of 122
DEFINITIVE CONTRACT 80NSSC19C0231 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC19C0231 (P00002) |
| Signed Date | June 24, 2020 |
| Effective Date | July 16, 2019 |
| Modified Date | Thu Jun 25 2020 12:00:11 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | the purpose of this work is to continue research and development that was initiated under a sbir phase i effort entitled compact chemical monitor for silver ions in spacecraft water systems. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $115,015.28 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $115,015.28 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $115,015.28 USD |
Award 4 of 122
New PURCHASE ORDER 6913G620P800093 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $149,975.19
| PIID + Modification | 6913G620P800093 (0) |
| Signed Date | June 17, 2020 |
| Effective Date | June 17, 2020 |
| Modified Date | Wed Jun 17 2020 16:42:24 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Transport.: IOST; 6913g6 volpe natl. trans. sys cntr |
| Requesting Office | Transport.: IOST; volpe nat'l transportation sys cntr |
| Contract Action Type | purchase order |
| Description | sbir phase i on topic 20-ph4 for metal foam rail tank car |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $149,975.19 USD, Total: $149,975.19 USD |
| Current Value "Base and Exercised Options Value" | Change: $149,975.19 USD, Total: $149,975.19 USD |
| Potential Value "Base and All Options Value" | Change: $149,975.19 USD, Total: $149,975.19 USD |
Award 5 of 122
DEFINITIVE CONTRACT W81XWH17C0190 (P00003) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | W81XWH17C0190 (P00003) |
| Signed Date | September 18, 2019 |
| Effective Date | September 30, 2019 |
| Modified Date | Fri May 29 2020 13:50:13 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: DHA; defense medical program activity |
| Contract Action Type | definitive contract |
| Description | no cost extension for research and development dha sbir ii h2-0235 |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | s10 |
| Obligated Amount | Change: $0.00 USD, Total: $999,998.43 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $999,998.43 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $999,998.43 USD |
Award 6 of 122
DEFINITIVE CONTRACT NNX15CJ09C (12) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | NNX15CJ09C (12) |
| Signed Date | May 22, 2020 |
| Effective Date | May 4, 2015 |
| Modified Date | Wed May 27 2020 16:52:42 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 7 of 122
PURCHASE ORDER 80NSSC18P0776 (P00005) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P0776 (P00005) |
| Signed Date | May 22, 2020 |
| Effective Date | March 22, 2018 |
| Modified Date | Fri May 22 2020 11:11:16 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
Award 8 of 122
DEFINITIVE CONTRACT 80NSSC19C0070 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC19C0070 (P00001) |
| Signed Date | May 19, 2020 |
| Effective Date | August 13, 2019 |
| Modified Date | Wed May 20 2020 19:16:16 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | developing a luminescence based optical sensor probe to monitor carbon dioxide, oxygen, and humidity, and selected trace contaminants, which will not only tolerate liquid water but will actually operate while wet. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $754,992.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,992.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,992.00 USD |
Award 9 of 122
New DEFINITIVE CONTRACT W81XWH10C0230 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,995.88
| PIID + Modification | W81XWH10C0230 (0) |
| Signed Date | May 6, 2010 |
| Effective Date | May 10, 2010 |
| Modified Date | Mon Apr 20 2020 14:22:23 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | sbir phase i rad i/wrair/o093-h21-3197 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,995.88 USD, Total: $819,991.61 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,995.88 USD, Total: $819,991.61 USD |
| Potential Value "Base and All Options Value" | Change: $99,995.88 USD, Total: $819,991.61 USD |
Award 10 of 122
New DEFINITIVE CONTRACT N6833509C0022 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $79,999
| PIID + Modification | N6833509C0022 (0) |
| Signed Date | October 1, 2008 |
| Effective Date | October 1, 2008 |
| Modified Date | Sun Apr 19 2020 20:02:47 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Contract Action Type | definitive contract |
| Description | sbir phase 1, topic #n08-137 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $79,999.00 USD, Total: $79,999.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $79,999.00 USD, Total: $79,999.00 USD |
| Potential Value "Base and All Options Value" | Change: $149,995.00 USD, Total: $149,995.00 USD |
Award 11 of 122
New DEFINITIVE CONTRACT FA955010C0119 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,998
| PIID + Modification | FA955010C0119 (0) |
| Signed Date | July 13, 2010 |
| Effective Date | July 15, 2010 |
| Modified Date | Sat Apr 18 2020 20:04:47 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa9550 afrl afosr |
| Requesting Office | Defense: Air Force; fa9550 afrl afosr |
| Contract Action Type | definitive contract |
| Description | (sttr phase 1) a unique focal plane array detector for thz and mw wave imaging |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,998.00 USD, Total: $99,998.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,998.00 USD, Total: $99,998.00 USD |
| Potential Value "Base and All Options Value" | Change: $99,998.00 USD, Total: $99,998.00 USD |
Award 12 of 122
New PURCHASE ORDER FA945109M0033 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,995
| PIID + Modification | FA945109M0033 (0) |
| Signed Date | February 5, 2009 |
| Effective Date | February 5, 2009 |
| Modified Date | Thu Apr 16 2020 20:07:59 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa9451 det 8 afrl pkd |
| Requesting Office | Defense: Air Force; fa9451 det 8 afrl pkd |
| Contract Action Type | purchase order |
| Description | high power solid-laser simulator |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,995.00 USD, Total: $99,995.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,995.00 USD, Total: $99,995.00 USD |
| Potential Value "Base and All Options Value" | Change: $99,995.00 USD, Total: $99,995.00 USD |
Award 13 of 122
New PURCHASE ORDER FA822220P0010 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $149,993.85
| PIID + Modification | FA822220P0010 (0) |
| Signed Date | March 25, 2020 |
| Effective Date | March 25, 2020 |
| Modified Date | Wed Mar 25 2020 13:40:50 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8222 afsc pzie |
| Requesting Office | Defense: Air Force; f4fbeq afrl sbrf |
| Contract Action Type | purchase order |
| Description | small business innovative research (sbir) phase i topic #af193-020 reusable 3d printable masks for electroplating |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $149,993.85 USD, Total: $149,993.85 USD |
| Current Value "Base and Exercised Options Value" | Change: $149,993.85 USD, Total: $149,993.85 USD |
| Potential Value "Base and All Options Value" | Change: $149,993.85 USD, Total: $149,993.85 USD |
Award 14 of 122
New DEFINITIVE CONTRACT N6833510C0553 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $79,999
| PIID + Modification | N6833510C0553 (0) |
| Signed Date | September 24, 2010 |
| Effective Date | September 24, 2010 |
| Modified Date | Fri Mar 20 2020 20:10:07 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | r&d under sbir topic # n102-143 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $79,999.00 USD, Total: $79,999.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $79,999.00 USD, Total: $79,999.00 USD |
| Potential Value "Base and All Options Value" | Change: $149,995.00 USD, Total: $149,995.00 USD |
Award 15 of 122
New DEFINITIVE CONTRACT M6785409C6542 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $69,999
| PIID + Modification | M6785409C6542 (0) |
| Signed Date | August 7, 2009 |
| Effective Date | July 29, 2009 |
| Modified Date | Wed Mar 18 2020 20:02:38 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; commander |
| Requesting Office | Defense: Navy; commander |
| Contract Action Type | definitive contract |
| Description | sbir phase i contract |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $69,999.00 USD, Total: $99,973.37 USD |
| Current Value "Base and Exercised Options Value" | Change: $69,999.00 USD, Total: $99,973.37 USD |
| Potential Value "Base and All Options Value" | Change: $99,973.37 USD, Total: $99,973.37 USD |
Award 16 of 122
New DEFINITIVE CONTRACT HQ014712C7843 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,996
| PIID + Modification | HQ014712C7843 (0) |
| Signed Date | January 12, 2012 |
| Effective Date | December 9, 2011 |
| Modified Date | Wed Mar 18 2020 20:02:24 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: MDA; missile defense agency (mda) |
| Requesting Office | Defense: MDA; missile defense agency (mda) |
| Contract Action Type | definitive contract |
| Description | ph i research&development |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,996.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,996.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $149,988.00 USD, Total: $149,988.00 USD |
Award 17 of 122
New DEFINITIVE CONTRACT HQ014713C7334 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,969
| PIID + Modification | HQ014713C7334 (0) |
| Signed Date | January 8, 2013 |
| Effective Date | January 8, 2013 |
| Modified Date | Wed Mar 18 2020 20:02:00 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: MDA; missile defense agency (mda) |
| Requesting Office | Defense: MDA; missile defense agency (mda) |
| Contract Action Type | definitive contract |
| Description | ph i research&development modular optical sensor for hypergolic leak detection igf::ot::igf |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,969.00 USD, Total: $149,925.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,969.00 USD, Total: $149,925.00 USD |
| Potential Value "Base and All Options Value" | Change: $149,925.00 USD, Total: $149,925.00 USD |
Award 18 of 122
New DEFINITIVE CONTRACT DOCWC133R16CN0111 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $399,955.92
| PIID + Modification | DOCWC133R16CN0111 (0) |
| Signed Date | July 25, 2016 |
| Effective Date | July 25, 2016 |
| Modified Date | Wed Mar 18 2020 15:32:06 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Commerce: NOAA; dept of commerce noaa |
| Requesting Office | Commerce: NOAA; dept of commerce noaa |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf "other functions" - this award is for the small business innovation research (sbir) phase ii for fy2015's program announcement for the technology partnerships office under the office of atmospheric research in silver spring, md. this award is for proposal 15-2-067 a project titled "rapid lateral flow assay for field detection of brevetoxins." |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $399,955.92 USD, Total: $399,955.92 USD |
| Current Value "Base and Exercised Options Value" | Change: $399,955.92 USD, Total: $399,955.92 USD |
| Potential Value "Base and All Options Value" | Change: $399,955.92 USD, Total: $399,955.92 USD |
Award 19 of 122
New DEFINITIVE CONTRACT W911NF09C0016 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $70,000
| PIID + Modification | W911NF09C0016 (0) |
| Signed Date | November 6, 2008 |
| Effective Date | November 6, 2008 |
| Modified Date | Wed Mar 11 2020 20:05:36 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-apg durham |
| Requesting Office | Defense: Army; xu usa materiel cmd |
| Contract Action Type | definitive contract |
| Description | scientific research services |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $70,000.00 USD, Total: $70,000.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $70,000.00 USD, Total: $70,000.00 USD |
| Potential Value "Base and All Options Value" | Change: $120,000.00 USD, Total: $120,000.00 USD |
Award 20 of 122
DEFINITIVE CONTRACT 80NSSC19C0231 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC19C0231 (P00001) |
| Signed Date | March 5, 2020 |
| Effective Date | July 16, 2019 |
| Modified Date | Fri Mar 06 2020 15:22:27 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | the purpose of this work is to continue research and development that was initiated under a sbir phase i effort entitled compact chemical monitor for silver ions in spacecraft water systems. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $115,015.28 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $115,015.28 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $115,015.28 USD |
Award 21 of 122
DEFINITIVE CONTRACT W81XWH19C0080 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $49,967.4
| PIID + Modification | W81XWH19C0080 (P00001) |
| Signed Date | February 19, 2020 |
| Effective Date | April 1, 2019 |
| Modified Date | Wed Feb 19 2020 11:56:21 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | army sbir phase i - a183-145-0202 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $49,967.40 USD, Total: $149,924.66 USD |
| Current Value "Base and Exercised Options Value" | Change: $49,967.40 USD, Total: $149,924.66 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $149,924.66 USD |
Award 22 of 122
New DEFINITIVE CONTRACT W56HZV11C0320 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $98,911
| PIID + Modification | W56HZV11C0320 (0) |
| Signed Date | July 26, 2011 |
| Effective Date | July 26, 2011 |
| Modified Date | Wed Feb 12 2020 06:36:12 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4gg hq us army tacom |
| Requesting Office | Defense: Army; usa ccdc ground vehicle systems cen |
| Contract Action Type | definitive contract |
| Description | dust sensor research. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $98,911.00 USD, Total: $98,911.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $98,911.00 USD, Total: $98,911.00 USD |
| Potential Value "Base and All Options Value" | Change: $98,911.00 USD, Total: $98,911.00 USD |
Award 23 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00006) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18C0084 (P00006) |
| Signed Date | February 3, 2020 |
| Effective Date | April 18, 2018 |
| Modified Date | Mon Feb 03 2020 09:31:52 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing (am). |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 24 of 122
PURCHASE ORDER 80NSSC18P0776 (P00004) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P0776 (P00004) |
| Signed Date | January 24, 2020 |
| Effective Date | March 22, 2018 |
| Modified Date | Fri Jan 24 2020 13:51:17 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
Award 25 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00005) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18C0084 (P00005) |
| Signed Date | January 17, 2020 |
| Effective Date | April 18, 2018 |
| Modified Date | Fri Jan 17 2020 14:29:22 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing (am). |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 26 of 122
New DEFINITIVE CONTRACT HQ014714C7013 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $974,948.4
| PIID + Modification | HQ014714C7013 (0) |
| Signed Date | July 31, 2014 |
| Effective Date | July 31, 2014 |
| Modified Date | Fri Jan 10 2020 06:30:44 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: MDA; missile defense agency (mda) |
| Requesting Office | Defense: MDA; missile defense agency (mda) |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase ii research&dev - "modular optical sensor for hypergolic leak detection" |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $974,948.40 USD, Total: $974,948.40 USD |
| Current Value "Base and Exercised Options Value" | Change: $974,948.40 USD, Total: $974,948.40 USD |
| Potential Value "Base and All Options Value" | Change: $974,948.40 USD, Total: $974,948.40 USD |
Award 27 of 122
DEFINITIVE CONTRACT NNX15CJ09C (11) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | NNX15CJ09C (11) |
| Signed Date | January 8, 2020 |
| Effective Date | May 4, 2015 |
| Modified Date | Thu Jan 09 2020 16:23:26 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 28 of 122
New DEFINITIVE CONTRACT W81XWH13C0108 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,941.21
| PIID + Modification | W81XWH13C0108 (0) |
| Signed Date | March 13, 2013 |
| Effective Date | March 15, 2013 |
| Modified Date | Thu Dec 12 2019 16:20:28 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | army phase i proposal a123-117-0269 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,941.21 USD, Total: $99,941.21 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,941.21 USD, Total: $99,941.21 USD |
| Potential Value "Base and All Options Value" | Change: $149,898.49 USD, Total: $149,898.49 USD |
Award 29 of 122
New DEFINITIVE CONTRACT W31P4Q10C0058 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $98,995
| PIID + Modification | W31P4Q10C0058 (0) |
| Signed Date | January 26, 2010 |
| Effective Date | January 26, 2010 |
| Modified Date | Wed Dec 04 2019 06:37:53 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-rsa |
| Requesting Office | Defense: DARPA; def advanced research projects agcy |
| Contract Action Type | definitive contract |
| Description | darpa sbir phase i |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $98,995.00 USD, Total: $98,995.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $98,995.00 USD, Total: $98,995.00 USD |
| Potential Value "Base and All Options Value" | Change: $98,995.00 USD, Total: $98,995.00 USD |
Award 30 of 122
DEFINITIVE CONTRACT FA865018C5003 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | FA865018C5003 (P00002) |
| Signed Date | November 22, 2019 |
| Effective Date | December 27, 2017 |
| Modified Date | Fri Nov 22 2019 10:07:34 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Requesting Office | Defense: Air Force; f4fbdc afrl rxrs |
| Contract Action Type | definitive contract |
| Description | in-process and final non-destructive inspection methods of additive manufactured (am) simulated aerospace critical paths |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $749,878.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $749,878.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $749,878.00 USD |
Award 31 of 122
DEFINITIVE CONTRACT FA865018C5003 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | FA865018C5003 (P00001) |
| Signed Date | November 21, 2019 |
| Effective Date | December 27, 2017 |
| Modified Date | Thu Nov 21 2019 15:11:34 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Requesting Office | Defense: Air Force; f4fbdc afrl rxrs |
| Contract Action Type | definitive contract |
| Description | in-process and final non-destructive inspection methods of additive manufactured (am) simulated aerospace critical parts |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $749,878.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $749,878.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $749,878.00 USD |
Award 32 of 122
DEFINITIVE CONTRACT NNX16CJ61C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | NNX16CJ61C (1) |
| Signed Date | June 4, 2018 |
| Effective Date | June 4, 2018 |
| Modified Date | Thu Nov 07 2019 15:16:43 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the gas sensor in the plss of the iss emu will meet its projected life in 2020, and nasa is planning to replace it. at present, only high trl devices based on infrared absorption are candidate replacements, because of their proven long-term stability, despite their size and power consumption and failures in the presence of liquid water. no current compact sensor has the tolerance for liquid water that is specifically required for a portable life support systems (plss), and nasa is investigating alternative technologies for the advanced emu under development. intelligent optical systems (ios) will develop a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity, and selected trace contaminants. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated with a compact, low-power optoelectronic unit. the sensors not only will tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, these miniature sensor elements with remote optoelectronics give unmatched design flexibility for measurements in highly constrained volume systems such as the space suit. in prior projects ios has demonstrated a co2 sensor capable of operating while wet that also met plss environmental and analytical requirements. in phase i, a new generation of co2 sensors was developed to advance this sensor technology and fully meet all nasa requirements, including sensor life. in phase ii ios will develop a novel sensor system with unique capabilities for inspired gas monitoring, a unique tool for nasa space suit development. the proposed effort could lead to an alternative to infrared absorption-based devices for space missions. ios has established collaboration with relevant primes for nasa and the aeronautics and defense industry for technology commercialization. |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | advanced gas sensing technology for space suits |
| Obligated Amount | Change: $0.00 USD, Total: $754,966.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,966.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,966.00 USD |
Award 33 of 122
New PURCHASE ORDER N6258311P0579 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $79,994.32
| PIID + Modification | N6258311P0579 (0) |
| Signed Date | July 1, 2011 |
| Effective Date | June 30, 2011 |
| Modified Date | Tue Nov 05 2019 20:10:32 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; naval faciliites engineering and |
| Requesting Office | Defense: Navy; naval facilities engineering comd |
| Contract Action Type | purchase order |
| Description | sbir phase i - novel fiber optic lighting system for insultated-base antenna towers |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $79,994.32 USD, Total: $79,994.32 USD |
| Current Value "Base and Exercised Options Value" | Change: $79,994.32 USD, Total: $79,994.32 USD |
| Potential Value "Base and All Options Value" | Change: $149,991.72 USD, Total: $149,991.72 USD |
Award 34 of 122
New DEFINITIVE CONTRACT W81XWH12C0077 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $149,994.52
| PIID + Modification | W81XWH12C0077 (0) |
| Signed Date | December 16, 2011 |
| Effective Date | December 16, 2011 |
| Modified Date | Tue Oct 15 2019 20:05:43 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | sbir phase i osd 2011.2 log#: 11271005, proposal#: o112-h08-3126 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $149,994.52 USD, Total: $149,994.52 USD |
| Current Value "Base and Exercised Options Value" | Change: $149,994.52 USD, Total: $149,994.52 USD |
| Potential Value "Base and All Options Value" | Change: $149,994.52 USD, Total: $149,994.52 USD |
Award 35 of 122
PURCHASE ORDER 80NSSC18P0776 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P0776 (P00002) |
| Signed Date | May 29, 2018 |
| Effective Date | May 29, 2018 |
| Modified Date | Fri Oct 11 2019 11:53:08 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
Award 36 of 122
PURCHASE ORDER 80NSSC18P0776 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P0776 (P00001) |
| Signed Date | May 29, 2018 |
| Effective Date | May 29, 2018 |
| Modified Date | Fri Oct 11 2019 11:53:08 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
Award 37 of 122
PURCHASE ORDER 80NSSC18P0776 (P00003) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P0776 (P00003) |
| Signed Date | June 22, 2019 |
| Effective Date | June 22, 2019 |
| Modified Date | Fri Oct 11 2019 11:53:08 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $99,996.00 USD |
Award 38 of 122
New PURCHASE ORDER 80NSSC18P0776 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,996
| PIID + Modification | 80NSSC18P0776 (0) |
| Signed Date | March 22, 2018 |
| Effective Date | March 22, 2018 |
| Modified Date | Fri Oct 11 2019 11:53:08 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | intelligent optical systems, inc. (ios) and nasa have identified specific sensing needs in the development of the spacesuit garment and plss that can be met by the non-intrusive optical gas sensor (niogs) technology. we have also defined the plan to further mature and validate the system developed in phase ii to meet those needs. at the end of phase ii, ios will have developed a niogs prototype and delivered it to nasa, and will have supported nasa testing of the system in the ventilation loop test rig (vltr), where system functionality will be validated. data recorded by nasa will be analyzed by ios, and the system design will be reviewed to address any limitations of the niogs found during this first functionality evaluation. the proposed phase ii-x effort will start with the system developed in phase ii, and will proceed through several maturation steps to deliver a niogs system ready for use in spacesuit studies involving human subjects. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,996.00 USD, Total: $99,996.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,996.00 USD, Total: $99,996.00 USD |
| Potential Value "Base and All Options Value" | Change: $99,996.00 USD, Total: $99,996.00 USD |
Award 39 of 122
New DEFINITIVE CONTRACT 68HERC20C0003 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $299,987.64
| PIID + Modification | 68HERC20C0003 (0) |
| Signed Date | October 9, 2019 |
| Effective Date | November 1, 2019 |
| Modified Date | Wed Oct 09 2019 13:50:27 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | EPA; cincinnati acquisition div (cad) |
| Requesting Office | EPA; ofc research&dev (ord) (funding) |
| Contract Action Type | definitive contract |
| Description | sbir phase ii intelligent optical systems, inc. - greener plastics with high heat tolerance for additive manufacturing |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $299,987.64 USD, Total: $299,987.64 USD |
| Current Value "Base and Exercised Options Value" | Change: $299,987.64 USD, Total: $299,987.64 USD |
| Potential Value "Base and All Options Value" | Change: $399,905.89 USD, Total: $399,905.89 USD |
Award 40 of 122
DEFINITIVE CONTRACT HHSN261201600029C (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | HHSN261201600029C (P00002) |
| Signed Date | September 18, 2019 |
| Effective Date | September 18, 2019 |
| Modified Date | Wed Sep 18 2019 11:56:55 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | sbir phase ii, topic 331: biopsy optical sensor for in situ tissue analysis, pop 09/19/2016 to 09/18/2020 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $1,499,984.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $1,499,984.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $1,499,984.00 USD |
Award 41 of 122
PURCHASE ORDER 80NSSC18P1938 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P1938 (P00001) |
| Signed Date | February 11, 2019 |
| Effective Date | February 11, 2019 |
| Modified Date | Thu Aug 22 2019 07:19:03 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | as human exploration moves deeper into space, it becomes critical to acquire supplies from the environment in-situ. nasa has identified oxygen, water, and methane as the most critical assets that could be acquired by means of in-situ resource utilization (isru). given that the martian atmosphere is 95.9% co2, atmospheric processing is the most feasible isru method of producing o2, h2o, and ch4. the moxie experiment is underway to demonstrate in-situ production of o2 for propellant and for breathing on mars (mars 2020 rover). the gas produced by isru co2 processing needs to be "completely dry" for cryogenic liquefaction, as traces of residual water can impede the efficiency of cryogenic storage and combustion, but commercial technologies for monitoring traces of water in "dry" gases are too bulky and complex for use in space or on mars. intelligent optical systems (ios) will develop a compact humidity monitor to detect low ppmv of water in oxygen and methane, designed to meet the requirements for space exploration and operation in combustible environments. the proposed monitor will incorporate a novel luminescent sensor element, which consists of a luminescent indicator dye highly sensitive to water vapor, immobilized in a polymer support. the optical technique is time-based, which gives it excellent reliability and accuracy, and avoids the drawbacks of intensity-based measurements. ios has developed and delivered humidity sensors for nasa space suit development programs, demonstrating operation in oxygen, nitrogen, and other gases, and has demonstrated that it can monitor low ppm of water. in phase i, we will demonstrate a novel sensitive element for detecting low ppm of water, focusing on sensitivity, measurement range, and minimal or no maintenance on long term missions. in phase ii, ios will develop the complete monitoring system, which could also accommodate sensors for other gases of interest in isru units (o2, co2 ). |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $124,971.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $124,971.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $124,971.00 USD |
Award 42 of 122
New DEFINITIVE CONTRACT 80NSSC19C0532 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,946
| PIID + Modification | 80NSSC19C0532 (0) |
| Signed Date | August 19, 2019 |
| Effective Date | August 19, 2019 |
| Modified Date | Tue Aug 20 2019 10:49:12 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | a modular in-situ curing apparatus for thermoset resin mixtures applied as thermal protection systems |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $124,946.00 USD, Total: $124,946.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,946.00 USD, Total: $124,946.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,946.00 USD, Total: $124,946.00 USD |
Award 43 of 122
New DEFINITIVE CONTRACT 80NSSC19C0070 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $754,992
| PIID + Modification | 80NSSC19C0070 (0) |
| Signed Date | August 13, 2019 |
| Effective Date | August 13, 2019 |
| Modified Date | Tue Aug 13 2019 12:34:03 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | developing a luminescence based optical sensor probe to monitor carbon dioxide, oxygen, and humidity, and selected trace contaminants, which will not only tolerate liquid water but will actually operate while wet. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $754,992.00 USD, Total: $754,992.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $754,992.00 USD, Total: $754,992.00 USD |
| Potential Value "Base and All Options Value" | Change: $754,992.00 USD, Total: $754,992.00 USD |
Award 44 of 122
OTHER TRANSACTION IDV W15QKN1991013 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | W15QKN1991013 (P00001) |
| Signed Date | August 2, 2019 |
| Effective Date | July 29, 2019 |
| Modified Date | Fri Aug 02 2019 15:25:47 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-pica |
| Requesting Office | Defense: Navy; naval air systems command |
| Contract Action Type | other transaction idv |
| Description | the purpose of this modification is to update the milestone payment schedule. all other terms and conditions remain unchanged. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $2,860,508.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $2,860,508.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $2,860,508.00 USD |
Award 45 of 122
DEFINITIVE CONTRACT W911SR18C0023 (P00003) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $499,974.45
| PIID + Modification | W911SR18C0023 (P00003) |
| Signed Date | August 1, 2019 |
| Effective Date | August 1, 2019 |
| Modified Date | Thu Aug 01 2019 14:02:56 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-apg |
| Requesting Office | Defense: Army; usa ccdc chemical biological center |
| Contract Action Type | definitive contract |
| Description | phase ii (sequential) sbir for chemical sensing sticky dots to be utilized on drones and other devices. this modification adds tasks associates with the army expeditionary warrior experiment 2020 event. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $499,974.45 USD, Total: $1,499,907.20 USD |
| Current Value "Base and Exercised Options Value" | Change: $499,974.45 USD, Total: $1,499,907.20 USD |
| Potential Value "Base and All Options Value" | Change: $499,974.45 USD, Total: $1,499,907.20 USD |
Award 46 of 122
DEFINITIVE CONTRACT W81XWH17C0190 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | W81XWH17C0190 (P00002) |
| Signed Date | July 25, 2019 |
| Effective Date | July 31, 2019 |
| Modified Date | Thu Jul 25 2019 14:17:34 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | dha sbir ii research an development contract titled cell phone-based early detection of multi-organ injury biomarkers in saliva from proposal h2-0235 topic army 161-006 |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | s10 |
| Obligated Amount | Change: $0.00 USD, Total: $999,998.43 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $999,998.43 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $999,998.43 USD |
Award 47 of 122
New DEFINITIVE CONTRACT 80NSSC19C0231 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $115,015.28
| PIID + Modification | 80NSSC19C0231 (0) |
| Signed Date | July 16, 2019 |
| Effective Date | July 16, 2019 |
| Modified Date | Wed Jul 17 2019 17:29:08 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | the purpose of this work is to continue research and development that was initiated under a sbir phase i effort entitled compact chemical monitor for silver ions in spacecraft water systems. during sbir phase i, intelligent optical systems (ios) demonstrated a phaseresolved luminescent silver monitor that relies on using a chelation agent for sensor reversibility. it was found that a washing step using l-glutathione effectively returned the sensor signal to baseline, but a washing step is not feasible for continuous measurement. the requirement for using a chelation agent for sensor reversibility was identified as a key risk of using this technology and greatly affected its feasibility for spaceflight applications. ios has since identified multiple potential strategies for the development of a reversible sensor that does not require a chelation step, all of which are compatible with phase-resolved luminescence technology. this work is a first step in determining the feasibility of the proposed strategies. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $115,015.28 USD, Total: $115,015.28 USD |
| Current Value "Base and Exercised Options Value" | Change: $115,015.28 USD, Total: $115,015.28 USD |
| Potential Value "Base and All Options Value" | Change: $115,015.28 USD, Total: $115,015.28 USD |
Award 48 of 122
DEFINITIVE CONTRACT N6833519C0022 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $99,979
| PIID + Modification | N6833519C0022 (P00001) |
| Signed Date | July 11, 2019 |
| Effective Date | July 11, 2019 |
| Modified Date | Thu Jul 11 2019 14:46:23 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | research and development |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,979.00 USD, Total: $229,956.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,979.00 USD, Total: $229,956.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $229,956.00 USD |
Award 49 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00004) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18C0084 (P00004) |
| Signed Date | July 5, 2019 |
| Effective Date | July 5, 2019 |
| Modified Date | Fri Jul 05 2019 14:59:10 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing am. in our phase i project we have demonstrated the feasibility of filling this gap by applying laser ultrasonic testing lut for nondestructive evaluation of each am deposited layer in real time as it is formed. this in line inspection qualifies the part layer by layer, directs defect removal during the manufacturing process, and ensures qualified finished parts that require no further testing. in this proposed phase ii project we will team with a manufacturer of powder bed fusion am machines to develop a three step layer by layer inspection and validation system, consisting of: (1) optical profilometry for defect detection, (2) laser ablation to remove the defect indications and (3) lut to validate the removal of the defects. the ios technology development will include advanced signal processing and optimized beam parameters for optimized signal to noise, as well as integration of the controls with the am machine controls. a preliminary and a full scale prototype lut system will be developed and tested on the manufacturers am machine. at the beginning of the project we will be at trl 4; at the end of the project we will be at trl 6. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 50 of 122
DEFINITIVE CONTRACT NNX15CJ09C (10) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | NNX15CJ09C (10) |
| Signed Date | June 24, 2019 |
| Effective Date | June 24, 2019 |
| Modified Date | Tue Jun 25 2019 14:58:21 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 51 of 122
New DEFINITIVE CONTRACT N3943013C1254 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $319,957
| PIID + Modification | N3943013C1254 (0) |
| Signed Date | May 2, 2013 |
| Effective Date | April 30, 2013 |
| Modified Date | Tue Jun 25 2019 13:47:00 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; naval facilities engineering and |
| Requesting Office | Defense: Navy; naval facilities engineering and |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf r&d sbir phase ii , sbir topic number and title = n111-086 novel fiber optic lighting system for antenna towers |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $319,957.00 USD, Total: $834,585.53 USD |
| Current Value "Base and Exercised Options Value" | Change: $319,957.00 USD, Total: $834,585.53 USD |
| Potential Value "Base and All Options Value" | Change: $799,744.00 USD, Total: $834,585.53 USD |
Award 52 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00003) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18C0084 (P00003) |
| Signed Date | May 29, 2019 |
| Effective Date | May 29, 2019 |
| Modified Date | Thu May 30 2019 14:10:42 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing am. in our phase i project we have demonstrated the feasibility of filling this gap by applying laser ultrasonic testing lut for nondestructive evaluation of each am deposited layer in real time as it is formed. this in line inspection qualifies the part layer by layer, directs defect removal during the manufacturing process, and ensures qualified finished parts that require no further testing. in this proposed phase ii project we will team with a manufacturer of powder bed fusion am machines to develop a three step layer by layer inspection and validation system, consisting of: (1) optical profilometry for defect detection, (2) laser ablation to remove the defect indications and (3) lut to validate the removal of the defects. the ios technology development will include advanced signal processing and optimized beam parameters for optimized signal to noise, as well as integration of the controls with the am machine controls. a preliminary and a full scale prototype lut system will be developed and tested on the manufacturers am machine. at the beginning of the project we will be at trl 4; at the end of the project we will be at trl 6. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 53 of 122
DEFINITIVE CONTRACT W911SR18C0023 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | W911SR18C0023 (P00002) |
| Signed Date | May 23, 2019 |
| Effective Date | May 23, 2019 |
| Modified Date | Thu May 23 2019 09:13:54 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-apg |
| Requesting Office | Defense: Army; usa ccdc chemical biological center |
| Contract Action Type | definitive contract |
| Description | phase ii (sequential) small business innovative research (sbir) contract entitled "low-cost ultra-lightweight cw detection for micro uavs and other applications". cor change mod. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $1,499,907.20 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $1,499,907.20 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $1,499,907.20 USD |
Award 54 of 122
DEFINITIVE CONTRACT N6833517C0148 (P00003) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | N6833517C0148 (P00003) |
| Signed Date | May 21, 2019 |
| Effective Date | May 21, 2019 |
| Modified Date | Tue May 21 2019 10:46:12 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | research and development igf::ot::igf |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $749,007.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $749,007.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $998,942.00 USD |
Award 55 of 122
New PURCHASE ORDER N6553810M0112 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $69,996.69
| PIID + Modification | N6553810M0112 (0) |
| Signed Date | April 20, 2010 |
| Effective Date | April 20, 2010 |
| Modified Date | Sat May 11 2019 02:20:43 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; naval sea logistics center |
| Requesting Office | Defense: Navy; naval sea logistics center |
| Contract Action Type | purchase order |
| Description | first status report |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $69,996.69 USD, Total: $69,996.69 USD |
| Current Value "Base and Exercised Options Value" | Change: $69,996.69 USD, Total: $69,996.69 USD |
| Potential Value "Base and All Options Value" | Change: $99,989.57 USD, Total: $99,989.57 USD |
Award 56 of 122
PURCHASE ORDER 80NSSC18P1983 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | 80NSSC18P1983 (P00001) |
| Signed Date | February 13, 2019 |
| Effective Date | February 13, 2019 |
| Modified Date | Mon Apr 15 2019 09:01:40 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | the ability to manufacture new functional parts and critical components in the extraterrestrial environment has tremendous value for nasa. fused deposition modeling (fdm) is a method of additive manufacturing (3d printing) compatible with the microgravity environment, and has been demonstrated on the iss. to reach the full potential of in-space manufacturing, objects printed with fdm must have strength approaching that of metals used in critical space systems. development of higher strength feedstocks for fdm and post process strengthening treatments have the potential to bridge the gap between printed thermoplastics and metals. ios will develop a novel 3d printable feedstock material and post printing process that will enable nasa to 3d print plastic parts with metal-like mechanical properties in space. the target program for this material is the nasa in-space manufacturing program. this material and process will be compatible with the printing technology in the additive manufacturing facility (amf) on the iss, and will be compatible with fdm printing tools selected for the multi-material fabrication laboratory, fablab, currently being developed through nasa's nextstep program. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $124,979.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $124,979.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $124,979.00 USD |
Award 57 of 122
DEFINITIVE CONTRACT NNX15CJ09C (9) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | NNX15CJ09C (9) |
| Signed Date | May 31, 2018 |
| Effective Date | May 31, 2018 |
| Modified Date | Thu Apr 11 2019 10:51:46 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Place of Performance | torrance, california 905055217 united states |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 58 of 122
New OTHER TRANSACTION IDV W15QKN1991013 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $2,860,508
| PIID + Modification | W15QKN1991013 (0) |
| Signed Date | April 5, 2019 |
| Effective Date | April 5, 2019 |
| Modified Date | Tue Apr 09 2019 15:11:30 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-pica |
| Requesting Office | ; |
| Contract Action Type | other transaction idv |
| Description | award in support of the diu physiological monitoring aoi |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $2,860,508.00 USD, Total: $2,860,508.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $2,860,508.00 USD, Total: $2,860,508.00 USD |
| Potential Value "Base and All Options Value" | Change: $2,860,508.00 USD, Total: $2,860,508.00 USD |
Award 59 of 122
New DEFINITIVE CONTRACT W81XWH19C0080 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,957.26
| PIID + Modification | W81XWH19C0080 (0) |
| Signed Date | March 25, 2019 |
| Effective Date | April 1, 2019 |
| Modified Date | Mon Mar 25 2019 12:27:13 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | army sbir phase i r&d medical contract proposal no. a183-145-0202 titled enhanced rapid assay for monitoring immunosuppressant drugs in plasma. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $99,957.26 USD, Total: $99,957.26 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,957.26 USD, Total: $99,957.26 USD |
| Potential Value "Base and All Options Value" | Change: $149,924.66 USD, Total: $149,924.66 USD |
Award 60 of 122
DEFINITIVE CONTRACT W911SR18C0023 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $499,980.03
| PIID + Modification | W911SR18C0023 (P00001) |
| Signed Date | February 22, 2019 |
| Effective Date | February 22, 2019 |
| Modified Date | Fri Feb 22 2019 08:43:17 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-apg |
| Requesting Office | Defense: Army; usa ccdc chemical biological center |
| Contract Action Type | definitive contract |
| Description | phase ii (sequential) sbir entitled "low-cost ultra-lightweight cw detection for micro uavs and other applications". year 2 incremental funding modification. |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $499,980.03 USD, Total: $999,932.75 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $999,932.75 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $999,932.75 USD |
Award 61 of 122
DEFINITIVE CONTRACT N6833517C0148 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| PIID + Modification | N6833517C0148 (P00002) |
| Signed Date | January 22, 2019 |
| Effective Date | January 22, 2019 |
| Modified Date | Tue Jan 22 2019 13:16:01 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Contract Action Type | definitive contract |
| Description | extend the pop of clins 0001&0002 until 03/31/2019 |
| Place of Performance | torrance, california 905055217 united states |
| Obligated Amount | Change: $0.00 USD, Total: $749,007.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $749,007.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $998,942.00 USD |
Award 62 of 122
New DEFINITIVE CONTRACT DOCWC133R15CN0083 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $94,954.43
| Signed Date | September 13, 2015 |
| Effective Date | September 13, 2015 |
| Modified Date | Tue Oct 30 2018 18:03:49 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Commerce: NOAA; eastern acquisition division kansas city |
| Requesting Office | Commerce: NOAA; oceanic and atmpheric research (oar) |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf "other functions" - this award is for the small business innovation research (sbir) phase i for fy2015's program announcement for the technology parternships office under the office of atmospheric research in silver spring, md this award is for proposal 15-1-067 a project titled "rapid lateral flow assay for field detection of brevetoxins." |
| Obligated Amount | Change: $94,954.43 USD, Total: $94,954.43 USD |
| Current Value "Base and Exercised Options Value" | Change: $94,954.43 USD, Total: $94,954.43 USD |
| Potential Value "Base and All Options Value" | Change: $94,954.43 USD, Total: $94,954.43 USD |
Award 63 of 122
New DEFINITIVE CONTRACT N6833519C0022 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $129,977
| Signed Date | October 12, 2018 |
| Effective Date | October 12, 2018 |
| Modified Date | Fri Oct 12 2018 07:36:44 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | research and development igf::ot::igf |
| Obligated Amount | Change: $129,977.00 USD, Total: $129,977.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $129,977.00 USD, Total: $129,977.00 USD |
| Potential Value "Base and All Options Value" | Change: $229,956.00 USD, Total: $229,956.00 USD |
Award 64 of 122
New DEFINITIVE CONTRACT 68HE0D18C0013 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $99,959.55
| Signed Date | September 23, 2018 |
| Effective Date | October 1, 2018 |
| Modified Date | Sun Sep 23 2018 16:25:20 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | EPA; rtp proc ops division (rtppod) |
| Requesting Office | EPA; ofc research dev (ord) (funding) |
| Contract Action Type | definitive contract |
| Description | sbir phase i - intelligent opt. systems greener plastics with high heat tolerance for additive manufacturing |
| Obligated Amount | Change: $99,959.55 USD, Total: $99,959.55 USD |
| Current Value "Base and Exercised Options Value" | Change: $99,959.55 USD, Total: $99,959.55 USD |
| Potential Value "Base and All Options Value" | Change: $99,959.55 USD, Total: $99,959.55 USD |
Award 65 of 122
DEFINITIVE CONTRACT HHSN261201600029C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | September 17, 2018 |
| Effective Date | September 17, 2018 |
| Modified Date | Mon Sep 17 2018 16:18:42 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase ii, topic 331: biopsy optical sensor for in situ tissue analysis |
| Obligated Amount | Change: $0.00 USD, Total: $1,499,984.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $1,499,984.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $1,499,984.00 USD |
Award 66 of 122
DEFINITIVE CONTRACT W81XWH17C0190 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of -$10,000
| Signed Date | August 28, 2018 |
| Effective Date | August 28, 2018 |
| Modified Date | Tue Aug 28 2018 14:49:50 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | dha sbir ii h2-0235 - mod to remove dta |
| Major Program Code | s10 |
| Obligated Amount | Change: $-10,000.00 USD, Total: $999,998.43 USD |
| Current Value "Base and Exercised Options Value" | Change: $-10,000.00 USD, Total: $999,998.43 USD |
| Potential Value "Base and All Options Value" | Change: $-10,000.00 USD, Total: $999,998.43 USD |
Award 67 of 122
DEFINITIVE CONTRACT DOCWC133R16CN0111 (P18001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | August 6, 2018 |
| Effective Date | August 6, 2018 |
| Modified Date | Mon Aug 06 2018 10:34:30 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Commerce: NOAA; dept of commerce noaa |
| Requesting Office | Commerce: NOAA; dept of commerce noaa |
| Contract Action Type | definitive contract |
| Description | the purpose of this modification is to revise the end date for the period of performance. the contractor indicated that providing this extension will result in increased potential commercialization and testing opportunities. they would like to have their collaborator catalina sea ranch and florida fish and wildlife conservation commissions fish and wildlife research institute test the system during bloom conditions that typically occur in the fall. |
| Obligated Amount | Change: $0.00 USD, Total: $399,955.92 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $399,955.92 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $399,955.92 USD |
Award 68 of 122
New PURCHASE ORDER 80NSSC18P1983 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,979
| Signed Date | July 19, 2018 |
| Effective Date | July 27, 2018 |
| Modified Date | Fri Jul 20 2018 11:32:45 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | the ability to manufacture new functional parts and critical components in the extraterrestrial environment has tremendous value for nasa. fused deposition modeling (fdm) is a method of additive manufacturing (3d printing) compatible with the microgravity environment, and has been demonstrated on the iss. to reach the full potential of in-space manufacturing, objects printed with fdm must have strength approaching that of metals used in critical space systems. development of higher strength feedstocks for fdm and post process strengthening treatments have the potential to bridge the gap between printed thermoplastics and metals. ios will develop a novel 3d printable feedstock material and post printing process that will enable nasa to 3d print plastic parts with metal-like mechanical properties in space. the target program for this material is the nasa in-space manufacturing program. this material and process will be compatible with the printing technology in the additive manufacturing facility (amf) on the iss, and will be compatible with fdm printing tools selected for the multi-material fabrication laboratory, fablab, currently being developed through nasa's nextstep program. |
| Obligated Amount | Change: $124,979.00 USD, Total: $124,979.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,979.00 USD, Total: $124,979.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,979.00 USD, Total: $124,979.00 USD |
Award 69 of 122
New PURCHASE ORDER 80NSSC18P1938 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,971
| Signed Date | July 19, 2018 |
| Effective Date | July 27, 2018 |
| Modified Date | Fri Jul 20 2018 10:52:43 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | as human exploration moves deeper into space, it becomes critical to acquire supplies from the environment in-situ. nasa has identified oxygen, water, and methane as the most critical assets that could be acquired by means of in-situ resource utilization (isru). given that the martian atmosphere is 95.9% co2, atmospheric processing is the most feasible isru method of producing o2, h2o, and ch4. the moxie experiment is underway to demonstrate in-situ production of o2 for propellant and for breathing on mars (mars 2020 rover). the gas produced by isru co2 processing needs to be "completely dry" for cryogenic liquefaction, as traces of residual water can impede the efficiency of cryogenic storage and combustion, but commercial technologies for monitoring traces of water in "dry" gases are too bulky and complex for use in space or on mars. intelligent optical systems (ios) will develop a compact humidity monitor to detect low ppmv of water in oxygen and methane, designed to meet the requirements for space exploration and operation in combustible environments. the proposed monitor will incorporate a novel luminescent sensor element, which consists of a luminescent indicator dye highly sensitive to water vapor, immobilized in a polymer support. the optical technique is time-based, which gives it excellent reliability and accuracy, and avoids the drawbacks of intensity-based measurements. ios has developed and delivered humidity sensors for nasa space suit development programs, demonstrating operation in oxygen, nitrogen, and other gases, and has demonstrated that it can monitor low ppm of water. in phase i, we will demonstrate a novel sensitive element for detecting low ppm of water, focusing on sensitivity, measurement range, and minimal or no maintenance on long term missions. in phase ii, ios will develop the complete monitoring system, which could also accommodate sensors for other gases of interest in isru units (o2, co2 ). |
| Obligated Amount | Change: $124,971.00 USD, Total: $124,971.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,971.00 USD, Total: $124,971.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,971.00 USD, Total: $124,971.00 USD |
Award 70 of 122
New DEFINITIVE CONTRACT FA810017C0013 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $145,129.99
| Signed Date | January 17, 2017 |
| Effective Date | January 17, 2017 |
| Modified Date | Tue Jul 10 2018 07:26:57 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8100 afsc pziec |
| Requesting Office | Defense: Air Force; oc alc enr |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf research and development for in-process laser ultrasonic inspection of additive manufactured (am) simulated aerospace critical parts |
| Obligated Amount | Change: $145,129.99 USD, Total: $145,129.99 USD |
| Current Value "Base and Exercised Options Value" | Change: $145,129.99 USD, Total: $145,129.99 USD |
| Potential Value "Base and All Options Value" | Change: $145,129.99 USD, Total: $145,129.99 USD |
Award 71 of 122
DEFINITIVE CONTRACT NNX15CL21C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | March 27, 2017 |
| Effective Date | March 27, 2017 |
| Modified Date | Fri Jun 15 2018 18:59:41 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf pressure sensitive paint (psp) systems are excellent tools for performing global pressure measurements in aerodynamic testing, especially in wind tunnel studies. the major limitation of psp for pressure mapping is its dependence on an oxygen-containing flow, since those paints are actually oxygen sensors. intelligent optical systems (ios) is developing a unique coating in which fluorescence quenching can form high resolution images of the true pressure distribution on surfaces in transonic flow in oxygen-free atmospheres. the fluorescence in these unique coatings depends directly on absolute pressure, and oxygen permeation into the coatings is not required. the new coating, however, is completely compatible with the "legacy" (oxygen sensing) visualization equipment used in current transonic test facilities. with this novel pressure sensing technology, coating materials can be used that are not useful for oxygen-based psps, and coatings that can meet requirements not achievable with classical paints, like operation at extremely low temperature or in highly contaminated environments. in phase i, ios has created the oxygen-insensitive pressure sensitive coating materials, and applied them to glass and stainless steel test coupons. the fluorescence emission lifetime and intensity of these test samples were measured at varying static pressures under pure nitrogen, showing significant correlation with pressure in the range studied (from 0.05 to 14.7 psi), and excellent repeatability. this sets the stage for phase ii development and delivery of a complete temperature-compensated true ambient pressure sensitive paint system that can be used to characterize flow around structures in hypersonic wind tunnels. at the end of phase ii, the coatings will have been tested at relevant environments (trl5), and will be available for nasa to begin testing in a high-fidelity laboratory environment (trl6). |
| Major Program Code | oxygen-independent pressure sensitive paint |
| Obligated Amount | Change: $0.00 USD, Total: $754,955.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,955.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,955.00 USD |
Award 72 of 122
DEFINITIVE CONTRACT NNX15CJ09C (8) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 31, 2018 |
| Effective Date | May 31, 2018 |
| Modified Date | Mon Jun 04 2018 21:04:57 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 73 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 31, 2018 |
| Effective Date | May 31, 2018 |
| Modified Date | Mon Jun 04 2018 17:52:57 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing am. in our phase i project we have demonstrated the feasibility of filling this gap by applying laser ultrasonic testing lut for nondestructive evaluation of each am deposited layer in real time as it is formed. this in line inspection qualifies the part layer by layer, directs defect removal during the manufacturing process, and ensures qualified finished parts that require no further testing. in this proposed phase ii project we will team with a manufacturer of powder bed fusion am machines to develop a three step layer by layer inspection and validation system, consisting of: (1) optical profilometry for defect detection, (2) laser ablation to remove the defect indications and (3) lut to validate the removal of the defects. the ios technology development will include advanced signal processing and optimized beam parameters for optimized signal to noise, as well as integration of the controls with the am machine controls. a preliminary and a full scale prototype lut system will be developed and tested on the manufacturers am machine. at the beginning of the project we will be at trl 4; at the end of the project we will be at trl 6. |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 74 of 122
PURCHASE ORDER NNX17CP46P (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | June 19, 2017 |
| Effective Date | June 9, 2017 |
| Modified Date | Wed May 09 2018 09:09:50 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf space-based global measurements of atmospheric co2 must be complemented with ocean water analysis. monitoring ocean acidification, which results from the accumulation of co2, is of critical interest, since progressive acidification is already affecting oceans and coastal estuaries and waterways. to that end, nasa and noaa are seeking in-situ monitoring devices for oceanic and coastal water monitoring, including a ph sensor for seawater, to support space-based monitoring programs. monitoring ocean ph accurately over large areas has proved to be extremely difficult, and classic sensor technology, based on potentiometric measurements (ph electrodes), have shown significant limitations: current instruments are expensive, do not monitor ph directly, and therefore need complex signal compensation to yield accurate measurements, and require frequent calibration. intelligent optical systems proposes to develop a novel luminescent sensor for ph, taking advantage of novel materials developed to monitor ph and other parameters of interest in high salinity and elevated pressure environments; it will exhibit high selectivity (direct ph measurements) and stability. a novel antifouling technology with no mechanical parts will prevent sensor degradation in seawater. to contain the cost of the electronics while maintaining high performance in detecting the luminescent signal, we will use circuit seed circuits, which process analog signals on 100% digital components. this enables them to reduce size and parts count, simplifying quality control and power requirements, and will enable us to produce high-performance, low-cost optoelectronic units. |
| Major Program Code | luminescent sensors for ocean water monitoring |
| Obligated Amount | Change: $0.00 USD, Total: $123,976.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $123,976.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $123,976.00 USD |
Award 75 of 122
DEFINITIVE CONTRACT HHSN261201700019C (2) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 3, 2018 |
| Effective Date | May 3, 2018 |
| Modified Date | Thu May 03 2018 13:24:55 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf to extend the period of performance at no cost to the government from 09/11/2017 - 06/10/2018 to 09/11/2017 - 09/10/2018. |
| Obligated Amount | Change: $0.00 USD, Total: $304,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $304,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $304,961.00 USD |
Award 76 of 122
DEFINITIVE CONTRACT 80NSSC18C0084 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 2, 2018 |
| Effective Date | May 2, 2018 |
| Modified Date | Thu May 03 2018 09:25:54 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing (am). in our phase i project we have demonstrated the feasibility of filling this gap by applying laser ultrasonic testing (lut) for nondestructive evaluation of each am deposited layer in real time as it is formed. this in-line inspection qualifies the part layer-by-layer, directs defect removal during the manufacturing process, and ensures qualified finished parts that require no further testing. in this proposed phase ii project we will team with a manufacturer of powder bed fusion am machines to develop a three-step layer-by-layer inspection and validation system, consisting of: (1) optical profilometry for defect detection, (2) laser ablation to remove the defect indications and (3) lut to validate the removal of the defects. the ios technology development will include advanced signal processing and optimized beam parameters for optimized signal-to-noise, as well as integration of the controls with the am machine controls. a preliminary and a full-scale prototype lut system will be developed and tested on the manufacturer s am machine. at the beginning of the project we will be at trl 4; at the end of the project we will be at trl 6. |
| Obligated Amount | Change: $0.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $754,974.00 USD |
Award 77 of 122
PURCHASE ORDER NNX17CM31P (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | June 5, 2017 |
| Effective Date | June 5, 2017 |
| Modified Date | Mon Apr 30 2018 07:28:14 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf additive manufacturing (am) is an increasingly popular technique for rapid, low-cost production of parts directly from a cad file. am is especially appealing for complex parts that would be costly or impossible to fabricate by machining or casting. it is also attractive for fabrication of prototype parts. at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts. studies at nasa, nist, and other agencies have noted this gap and urged increased efforts to develop techniques for part qualification. in this project we will demonstrate the feasibility of applying laser ultrasonic testing to inspect each deposited layer in real time as it is formed. this in-line inspection qualifies the part layer-by-layer, ensuring finished parts that require no further testing. in phase i we will first develop a database of the types and sizes of important defects in nasa-specific components. we will then optimize the beam configuration for sensitivity to these defects, and also develop signal processing algorithms to enhance defect detection and collect size information. in phase ii a prototype in-line inspection system will be developed and tested. |
| Major Program Code | in-line inspection of additive manufactured parts using laser ultrasonics |
| Obligated Amount | Change: $0.00 USD, Total: $124,957.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $124,957.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $124,957.00 USD |
Award 78 of 122
New DEFINITIVE CONTRACT 80NSSC18C0084 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $754,974
| Signed Date | April 18, 2018 |
| Effective Date | April 18, 2018 |
| Modified Date | Thu Apr 19 2018 09:55:02 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts fabricated by additive manufacturing (am). in our phase i project we have demonstrated the feasibility of filling this gap by applying laser ultrasonic testing (lut) for nondestructive evaluation of each am deposited layer in real time as it is formed. this in-line inspection qualifies the part layer-by-layer, directs defect removal during the manufacturing process, and ensures qualified finished parts that require no further testing. in this proposed phase ii project we will team with a manufacturer of powder bed fusion am machines to develop a three-step layer-by-layer inspection and validation system, consisting of: (1) optical profilometry for defect detection, (2) laser ablation to remove the defect indications and (3) lut to validate the removal of the defects. the ios technology development will include advanced signal processing and optimized beam parameters for optimized signal-to-noise, as well as integration of the controls with the am machine controls. a preliminary and a full-scale prototype lut system will be developed and tested on the manufacturer s am machine. at the beginning of the project we will be at trl 4; at the end of the project we will be at trl 6. |
| Obligated Amount | Change: $754,974.00 USD, Total: $754,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $754,974.00 USD, Total: $754,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $754,974.00 USD, Total: $754,974.00 USD |
Award 79 of 122
DEFINITIVE CONTRACT NNX15CJ09C (7) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | April 13, 2018 |
| Effective Date | April 13, 2018 |
| Modified Date | Mon Apr 16 2018 09:43:17 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 80 of 122
New DEFINITIVE CONTRACT W911SR18C0023 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $499,952.72
| Signed Date | April 11, 2018 |
| Effective Date | April 11, 2018 |
| Modified Date | Wed Apr 11 2018 15:26:46 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w6qk acc-apg |
| Requesting Office | Defense: Army; usa ccdc chemical biological center |
| Contract Action Type | definitive contract |
| Description | phase ii (sequential) sbir entitled "low-cost ultra-lightweight cw detection for micro uavs and other applications" |
| Obligated Amount | Change: $499,952.72 USD, Total: $999,932.75 USD |
| Current Value "Base and Exercised Options Value" | Change: $999,932.75 USD, Total: $999,932.75 USD |
| Potential Value "Base and All Options Value" | Change: $999,932.75 USD, Total: $999,932.75 USD |
Award 81 of 122
DEFINITIVE CONTRACT HHSN261201700019C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | April 5, 2018 |
| Effective Date | April 5, 2018 |
| Modified Date | Thu Apr 05 2018 11:25:13 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase i topic 357: implantable sensor for tumor microenvironment monitoring |
| Obligated Amount | Change: $0.00 USD, Total: $304,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $304,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $304,961.00 USD |
Award 82 of 122
DEFINITIVE CONTRACT NNX15CJ09C (6) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $199,994
| Signed Date | April 3, 2018 |
| Effective Date | April 3, 2018 |
| Modified Date | Wed Apr 04 2018 09:22:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $199,994.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $199,994.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $199,994.00 USD, Total: $954,993.00 USD |
Award 83 of 122
DEFINITIVE CONTRACT NNX15CJ09C (5) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | October 30, 2017 |
| Effective Date | October 30, 2017 |
| Modified Date | Wed Apr 04 2018 09:19:36 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 84 of 122
New PURCHASE ORDER NNX17CJ21P awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,974
| Signed Date | May 24, 2017 |
| Effective Date | June 9, 2017 |
| Modified Date | Fri Feb 23 2018 13:12:48 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf nasa has identified silver ions as the best candidate biocide for use in the potable water system on next-generation spacecraft. though significant work has been conducted to develop systems for controlled release silver ions in the water systems, there is no sensor for continuous in-line monitoring of the concentration of silver in the water used by the crew, nor a reliable device to analyze silver in space. intelligent optical systems plans to develop a luminescent indicator-based optical sensor probe to monitor silver concentration directly in spacecraft water systems in real time. the proposed sensor will be based on a technology recently demonstrated by ios for monitoring wastewater in space systems, in which a specific indicator dye is copolymerized with a stable polymer matrix, resulting in highly sensitive and stable sensor elements. the capability of indicator-doped polymer matrixes to detect silver in the iss has been demonstrated by nasa and its partners, but further development is required to achieve in-line stand-alone monitoring. our monitor will incorporate robust sensor elements, interrogated via a compact, low-power optoelectronic unit. the proposed sensor elements will be remotely connected to the electronic circuitry by an electromagnetic interference (emi)-proof optical fiber cable, allowing flexibility in placing the sensor system, where space is highly valuable. in phase i we will develop novel sensor elements for silver, and will demonstrate sensitivity, measurements range, and stability. in phase ii, in collaboration with utc, we will produce prototypes for integration into the iss potable water systems, and conduct extensive testing under simulated environmental conditions, culminating in delivery to nasa of a monitoring system, bringing the monitor to trl 7. |
| Major Program Code | compact chemical monitor for silver ions in spacecraft water systems |
| Obligated Amount | Change: $124,974.00 USD, Total: $124,974.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,974.00 USD, Total: $124,974.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,974.00 USD, Total: $124,974.00 USD |
Award 85 of 122
DEFINITIVE CONTRACT N6833517C0148 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $374,007
| Signed Date | January 31, 2018 |
| Effective Date | January 31, 2018 |
| Modified Date | Wed Jan 31 2018 07:26:24 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf |
| Obligated Amount | Change: $374,007.00 USD, Total: $749,007.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $749,007.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $998,942.00 USD |
Award 86 of 122
New DEFINITIVE CONTRACT FA865018C5003 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $749,878
| Signed Date | December 27, 2017 |
| Effective Date | December 27, 2017 |
| Modified Date | Wed Dec 27 2017 09:49:43 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8650 usaf afmc afrl pzl rak rxk |
| Requesting Office | Defense: Air Force; f4fbdc afrl rxrs |
| Contract Action Type | definitive contract |
| Description | in-process and final non-destructive inspection methods of am simulated aerospace critical parts |
| Obligated Amount | Change: $749,878.00 USD, Total: $749,878.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $749,878.00 USD, Total: $749,878.00 USD |
| Potential Value "Base and All Options Value" | Change: $749,878.00 USD, Total: $749,878.00 USD |
Award 87 of 122
New PURCHASE ORDER NNX17CP46P awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $123,976
| Signed Date | May 22, 2017 |
| Effective Date | June 9, 2017 |
| Modified Date | Sun Nov 26 2017 23:06:48 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf space-based global measurements of atmospheric co2 must be complemented with ocean water analysis. monitoring ocean acidification, which results from the accumulation of co2, is of critical interest, since progressive acidification is already affecting oceans and coastal estuaries and waterways. to that end, nasa and noaa are seeking in-situ monitoring devices for oceanic and coastal water monitoring, including a ph sensor for seawater, to support space-based monitoring programs. monitoring ocean ph accurately over large areas has proved to be extremely difficult, and classic sensor technology, based on potentiometric measurements (ph electrodes), have shown significant limitations: current instruments are expensive, do not monitor ph directly, and therefore need complex signal compensation to yield accurate measurements, and require frequent calibration. intelligent optical systems proposes to develop a novel luminescent sensor for ph, taking advantage of novel materials developed to monitor ph and other parameters of interest in high salinity and elevated pressure environments; it will exhibit high selectivity (direct ph measurements) and stability. a novel antifouling technology with no mechanical parts will prevent sensor degradation in seawater. to contain the cost of the electronics while maintaining high performance in detecting the luminescent signal, we will use circuit seed circuits, which process analog signals on 100% digital components. this enables them to reduce size and parts count, simplifying quality control and power requirements, and will enable us to produce high-performance, low-cost optoelectronic units. |
| Major Program Code | luminescent sensors for ocean water monitoring |
| Obligated Amount | Change: $123,976.00 USD, Total: $123,976.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $123,976.00 USD, Total: $123,976.00 USD |
| Potential Value "Base and All Options Value" | Change: $123,976.00 USD, Total: $123,976.00 USD |
Award 88 of 122
New PURCHASE ORDER NNX17CM31P awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,957
| Signed Date | May 15, 2017 |
| Effective Date | June 9, 2017 |
| Modified Date | Sun Nov 26 2017 23:05:56 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf additive manufacturing (am) is an increasingly popular technique for rapid, low-cost production of parts directly from a cad file. am is especially appealing for complex parts that would be costly or impossible to fabricate by machining or casting. it is also attractive for fabrication of prototype parts. at present there are no reliable, cost-effective process control techniques to minimize defect production and for qualification of finished parts. studies at nasa, nist, and other agencies have noted this gap and urged increased efforts to develop techniques for part qualification. in this project we will demonstrate the feasibility of applying laser ultrasonic testing to inspect each deposited layer in real time as it is formed. this in-line inspection qualifies the part layer-by-layer, ensuring finished parts that require no further testing. in phase i we will first develop a database of the types and sizes of important defects in nasa-specific components. we will then optimize the beam configuration for sensitivity to these defects, and also develop signal processing algorithms to enhance defect detection and collect size information. in phase ii a prototype in-line inspection system will be developed and tested. |
| Major Program Code | in-line inspection of additive manufactured parts using laser ultrasonics |
| Obligated Amount | Change: $124,957.00 USD, Total: $124,957.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,957.00 USD, Total: $124,957.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,957.00 USD, Total: $124,957.00 USD |
Award 89 of 122
New DEFINITIVE CONTRACT HHSN261201700019C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $304,961
| Signed Date | September 11, 2017 |
| Effective Date | September 11, 2017 |
| Modified Date | Sat Nov 18 2017 17:30:52 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase i topic 357 implantable sensor for tumor microenvironment monitoring; pop: 09/11/2017 - 06/10/2018 |
| Obligated Amount | Change: $304,961.00 USD, Total: $304,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $304,961.00 USD, Total: $304,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $304,961.00 USD, Total: $304,961.00 USD |
Award 90 of 122
DEFINITIVE CONTRACT NNX15CJ09C (4) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 19, 2017 |
| Effective Date | May 19, 2017 |
| Modified Date | Mon Oct 30 2017 14:56:05 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 91 of 122
New DEFINITIVE CONTRACT W81XWH17C0190 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $1,009,998.43
| Signed Date | September 19, 2017 |
| Effective Date | September 25, 2017 |
| Modified Date | Tue Sep 19 2017 13:53:42 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | igf::ct::igf sbir ii tasking - cell phone-based early detection of multi-organ injury biomarkers in saliva |
| Major Program Code | s10 |
| Obligated Amount | Change: $1,009,998.43 USD, Total: $999,998.43 USD |
| Current Value "Base and Exercised Options Value" | Change: $1,009,998.43 USD, Total: $999,998.43 USD |
| Potential Value "Base and All Options Value" | Change: $1,009,998.43 USD, Total: $999,998.43 USD |
Award 92 of 122
PURCHASE ORDER HSHQDC10P00118 (XXX9) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | May 31, 2017 |
| Effective Date | May 31, 2017 |
| Modified Date | Fri Jul 28 2017 18:54:07 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | DHS: OPO; sci&tech acq div |
| Requesting Office | DHS: OCPO; dhs closeout initiative |
| Contract Action Type | purchase order |
| Description | dhs bulk close out |
| Obligated Amount | Change: $0.00 USD, Total: $39,175.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $39,175.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $39,175.00 USD |
Award 93 of 122
DEFINITIVE CONTRACT NNX15CJ09C (3) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | March 24, 2017 |
| Effective Date | March 24, 2017 |
| Modified Date | Mon Mar 27 2017 09:25:58 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermo sensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 94 of 122
New PURCHASE ORDER NNX16CP30P awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $124,982
| Signed Date | May 19, 2016 |
| Effective Date | June 10, 2016 |
| Modified Date | Tue Mar 07 2017 09:47:32 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf the international space station (iss) requires lightweight, low-power, easy-to-use, accurate, and stable sensor technology for monitoring wastewater content to ensure proper functioning of the iss environmental control and life support system (eclss). in particular, continuous and unattended ph, ca2+, and conductivity monitoring in the urine processor assembly (upa) in use in the iss water recovery system is required. at present, no such sensor technology exists that can satisfy the demanding operational requirements of the iss and future exploration missions. intelligent optical systems (ios) proposes to develop a luminescence-based optical sensor probe to monitor calcium, conductivity, and ph levels directly in iss wastewater in real time. optical sensors are superior to electrochemical ones in terms of robustness, reliability, and maintenance. these advantages are most notable in corrosive aqueous environments. our monitor will incorporate robust sensor elements, interrogated via a compact, low-power optoelectronic unit. the proposed sensors will be remotely connected to the electronic circuitry by an electromagnetic interference (emi)-proof optical fiber cable. for space systems control, miniature fiber optic sensors connected to the electronic circuitry by an optical fiber cable allow greater flexibility in placing the sensor system in the iss, where space is highly valuable. our flow-through monitor will include optical sensors for calcium and ph sensing based on previous sensor technologies developed at ios. ios will also incorporate a miniature conductivity sensor into the sensor probe system. in phase ii we will produce prototypes for integration in a urine processor assembly and conduct extensive testing under simulated environmental conditions, culminating in delivery to nasa of a monitoring system, bringing the monitor to trl 7. |
| Major Program Code | compact chemical monitor for spacecraft water recovery systems |
| Obligated Amount | Change: $124,982.00 USD, Total: $124,982.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $124,982.00 USD, Total: $124,982.00 USD |
| Potential Value "Base and All Options Value" | Change: $124,982.00 USD, Total: $124,982.00 USD |
Award 95 of 122
DEFINITIVE CONTRACT FA810017C0013 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | February 17, 2017 |
| Effective Date | February 17, 2017 |
| Modified Date | Tue Feb 21 2017 12:16:58 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8100 afsc pziec |
| Requesting Office | Defense: Air Force; oc alc enr |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf research and development in-process laser ultrasonic inspection of additive manufactured (am) simulated aerospace critical parts |
| Obligated Amount | Change: $0.00 USD, Total: $145,129.99 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $145,129.99 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $145,129.99 USD |
Award 96 of 122
DEFINITIVE CONTRACT FA810017C0013 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | February 3, 2017 |
| Effective Date | February 3, 2017 |
| Modified Date | Fri Feb 03 2017 11:56:21 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Air Force; fa8100 afsc pziec |
| Requesting Office | Defense: Air Force; oc alc enr |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf research and development for in-process laser ultrasonic inspection of additive manufacture (am) simulated aerospace critical parts |
| Obligated Amount | Change: $0.00 USD, Total: $145,129.99 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $145,129.99 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $145,129.99 USD |
Award 97 of 122
DEFINITIVE CONTRACT NNX13CA59C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | March 17, 2014 |
| Effective Date | March 17, 2014 |
| Modified Date | Thu Feb 02 2017 07:51:51 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; ames research center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the ability to integrate a sensor platform with a cell phone for health monitoring and disease diagnosis for astronauts in space has the potential to be cost effective and space saving. in this proposal, intelligent optical systems (ios) builds upon its expertise in lateral flow test strip (lfts) assays by integrating an lfts with a cell phone for the quantitative measurement of blood-based biomarkers. our innovative and extremely cost-effective multi-analyte lfts approach is eminently suited for space travel. taking advantage of the built-in flash and high resolution camera, in phase i we have modified a commercially available cell phone with optical filters, lenses, a uv led excitation source, and a cassette holder for lfts image capture. in phase ii, we will expand the capability of cell phone-based lfts for an antibody-antigen sandwich binding assay to include blood gas measurements by developing sensitive indicator films to be integrated with our cell phone-based detector. furthermore, we will develop cell phone-based software for on-cell phone detection and data processing with an expanded panel of biomarkers, advancing the trl from 5 to 7. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $0.00 USD, Total: $899,945.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $899,945.11 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $899,945.11 USD |
Award 98 of 122
New DEFINITIVE CONTRACT NNX13CA59C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $699,947
| Signed Date | July 15, 2013 |
| Effective Date | July 23, 2013 |
| Modified Date | Thu Feb 02 2017 07:51:51 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; ames research center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the ability to integrate a sensor platform with a cell phone for health monitoring and disease diagnosis for astronauts in space has the potential to be cost effective and space saving. in this proposal, intelligent optical systems (ios) builds upon its expertise in lateral flow test strip (lfts) assays by integrating an lfts with a cell phone for the quantitative measurement of blood-based biomarkers. our innovative and extremely cost-effective multi-analyte lfts approach is eminently suited for space travel. taking advantage of the built-in flash and high resolution camera, in phase i we have modified a commercially available cell phone with optical filters, lenses, a uv led excitation source, and a cassette holder for lfts image capture. in phase ii, we will expand the capability of cell phone-based lfts for an antibody-antigen sandwich binding assay to include blood gas measurements by developing sensitive indicator films to be integrated with our cell phone-based detector. furthermore, we will develop cell phone-based software for on-cell phone detection and data processing with an expanded panel of biomarkers, advancing the trl from 5 to 7. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $699,947.00 USD, Total: $899,945.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $699,947.00 USD, Total: $899,945.11 USD |
| Potential Value "Base and All Options Value" | Change: $699,947.00 USD, Total: $899,945.11 USD |
Award 99 of 122
DEFINITIVE CONTRACT NNX13CA59C (2) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | July 22, 2015 |
| Effective Date | July 22, 2015 |
| Modified Date | Thu Feb 02 2017 07:51:51 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the ability to integrate a sensor platform with a cell phone for health monitoring and disease diagnosis for astronauts in space has the potential to be cost effective and space saving. in this proposal, intelligent optical systems (ios) builds upon its expertise in lateral flow test strip (lfts) assays by integrating an lfts with a cell phone for the quantitative measurement of blood-based biomarkers. our innovative and extremely cost-effective multi-analyte lfts approach is eminently suited for space travel. taking advantage of the built-in flash and high resolution camera, in phase i we have modified a commercially available cell phone with optical filters, lenses, a uv led excitation source, and a cassette holder for lfts image capture. in phase ii, we will expand the capability of cell phone-based lfts for an antibody-antigen sandwich binding assay to include blood gas measurements by developing sensitive indicator films to be integrated with our cell phone-based detector. furthermore, we will develop cell phone-based software for on-cell phone detection and data processing with an expanded panel of biomarkers, advancing the trl from 5 to 7. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $0.00 USD, Total: $899,945.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $899,945.11 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $899,945.11 USD |
Award 100 of 122
DEFINITIVE CONTRACT NNX13CA59C (3) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $199,998.11
| Signed Date | September 8, 2015 |
| Effective Date | September 2, 2015 |
| Modified Date | Thu Feb 02 2017 07:51:51 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the ability to integrate a sensor platform with a cell phone for health monitoring and disease diagnosis for astronauts in space has the potential to be cost effective and space saving. in this proposal, intelligent optical systems (ios) builds upon its expertise in lateral flow test strip (lfts) assays by integrating an lfts with a cell phone for the quantitative measurement of blood-based biomarkers. our innovative and extremely cost-effective multi-analyte lfts approach is eminently suited for space travel. taking advantage of the built-in flash and high resolution camera, in phase i we have modified a commercially available cell phone with optical filters, lenses, a uv led excitation source, and a cassette holder for lfts image capture. in phase ii, we will expand the capability of cell phone-based lfts for an antibody-antigen sandwich binding assay to include blood gas measurements by developing sensitive indicator films to be integrated with our cell phone-based detector. furthermore, we will develop cell phone-based software for on-cell phone detection and data processing with an expanded panel of biomarkers, advancing the trl from 5 to 7. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $199,998.11 USD, Total: $899,945.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $199,998.11 USD, Total: $899,945.11 USD |
| Potential Value "Base and All Options Value" | Change: $199,998.11 USD, Total: $899,945.11 USD |
Award 101 of 122
New PURCHASE ORDER NNX15CJ48P awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $129,983
| Signed Date | June 9, 2015 |
| Effective Date | June 17, 2015 |
| Modified Date | Thu Dec 29 2016 07:41:28 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | purchase order |
| Description | igf::ot::igf advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for portable life support systems (plss). intelligent optical systems (ios) will develop a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity, and selected trace contaminants. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, these miniature sensor elements with remote optoelectronics give unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor, both of them based on a common ios technology. in prior projects ios has demonstrated a co2 sensor capable of operating while wet that also met plss environmental and analytical requirements, but did not meet life requirements. a new generation of co2 sensors will be developed to advance this sensor technology and fully meet all nasa requirements, including sensor life. the totally novel approach will overcome the limitations of state-of-the-art luminescent sensors for co2. additional sensors will be developed to monitor trace contaminants often found in the ventilation loop as result of material off-gassing or crew member metabolism. ios has established collaboration with utc aerospace systems to produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, ensuring a smooth path to technology infusion. |
| Major Program Code | advanced gas sensing technology for space suits |
| Obligated Amount | Change: $129,983.00 USD, Total: $129,983.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $129,983.00 USD, Total: $129,983.00 USD |
| Potential Value "Base and All Options Value" | Change: $129,983.00 USD, Total: $129,983.00 USD |
Award 102 of 122
New DEFINITIVE CONTRACT NNX15CA66C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $199,998.11
| Signed Date | September 4, 2015 |
| Effective Date | September 4, 2015 |
| Modified Date | Mon Nov 28 2016 09:30:21 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the proposed development will build on the intelligent optical system phase ii sbir contract entitled "cell phone-based lateral flow assay for blood biomarker detection." the purpose of this effort is to integrate a simple, cost effective, and compact detection platform with a cell phone for health monitoring and disease diagnosis for astronauts in space. intelligent optical systems (ios) will build upon its expertise in lateral flow assays (lfa) by integrating the lfa cassette with a customized cell phone readout device to quantitatively measure blood-based biomarkers. our innovative and extremely cost-effective multi-biomarker lfa approach is eminently suited for space travel. taking advantage of the mature development of a cell phone-based lfa reader from holomic llc, the manufacturer of the recently introduced hrdt-1 cell phone-based rapid diagnostic test reader, we were able to further customize it for cardiac and liver function panels (figures 1 and 2). holomic llc was formed in 2011 to commercialize advanced biophotonics technologies invented at the world-renowned research laboratory of professor aydogan ozcan at ucla. the technologies include rapid diagnostic test readout; lens-free holographic and tomographic microscopy; bright field and fluorescence microscopy; and flow cytometry. the common thread is cost-effective implementation on cell phones or other lightweight portable platforms for applications in medical diagnostics and environmental monitoring. ios will continue this collaboration, adding new features to implement a user-friendly interface specifically for space applications. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $199,998.11 USD, Total: $199,998.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $199,998.11 USD, Total: $199,998.11 USD |
| Potential Value "Base and All Options Value" | Change: $199,998.11 USD, Total: $199,998.11 USD |
Award 103 of 122
DEFINITIVE CONTRACT NNX15CA66C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | January 15, 2016 |
| Effective Date | January 15, 2016 |
| Modified Date | Mon Nov 28 2016 09:30:21 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the proposed development will build on the intelligent optical system phase ii sbir contract entitled "cell phone-based lateral flow assay for blood biomarker detection." the purpose of this effort is to integrate a simple, cost effective, and compact detection platform with a cell phone for health monitoring and disease diagnosis for astronauts in space. intelligent optical systems (ios) will build upon its expertise in lateral flow assays (lfa) by integrating the lfa cassette with a customized cell phone readout device to quantitatively measure blood-based biomarkers. our innovative and extremely cost-effective multi-biomarker lfa approach is eminently suited for space travel. taking advantage of the mature development of a cell phone-based lfa reader from holomic llc, the manufacturer of the recently introduced hrdt-1 cell phone-based rapid diagnostic test reader, we were able to further customize it for cardiac and liver function panels (figures 1 and 2). holomic llc was formed in 2011 to commercialize advanced biophotonics technologies invented at the world-renowned research laboratory of professor aydogan ozcan at ucla. the technologies include rapid diagnostic test readout; lens-free holographic and tomographic microscopy; bright field and fluorescence microscopy; and flow cytometry. the common thread is cost-effective implementation on cell phones or other lightweight portable platforms for applications in medical diagnostics and environmental monitoring. ios will continue this collaboration, adding new features to implement a user-friendly interface specifically for space applications. |
| Major Program Code | cell phone-based lateral flow assay for blood biomarker detection |
| Obligated Amount | Change: $0.00 USD, Total: $199,998.11 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $199,998.11 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $199,998.11 USD |
Award 104 of 122
New DEFINITIVE CONTRACT N6833517C0148 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $375,000
| Signed Date | November 23, 2016 |
| Effective Date | November 23, 2016 |
| Modified Date | Wed Nov 23 2016 12:16:51 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | research and development igf::ot::igf |
| Obligated Amount | Change: $375,000.00 USD, Total: $749,007.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $749,007.00 USD, Total: $749,007.00 USD |
| Potential Value "Base and All Options Value" | Change: $998,942.00 USD, Total: $998,942.00 USD |
Award 105 of 122
DEFINITIVE CONTRACT NNX15CJ09C (2) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | November 23, 2016 |
| Effective Date | November 23, 2016 |
| Modified Date | Wed Nov 23 2016 11:50:49 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf advances in spacesuits are required, to support the iss and future human exploration. spacesuit development and ground-based testing require sensing and analytical instrumentation for characterizing and validating prototypes. while miniature thermosensors measure reliably at low cost, and can be incorporated all around spacesuit prototypes, incorporating gas sensors at locations of interest inside a spacesuit has been a significant challenge in particular for human subject tests because of the size and cost of available instrumentation. the sensor probes and cables must not restrict the suit or human subjects' mobility, and must not disturb the gas flow. intelligent optical system is developing luminescence-based sensing patches for non-intrusive monitoring of critical life support gas constituents and potential trace contaminants in spacesuits. flexible sensitive patches inside prototype spacesuits are interrogated via optical fibers, and do not disturb the gas flow or the human subject. this will give suit engineers great flexibility for choosing multiple sensing points, fitting the sensor elements into the spacesuit, and cost effectively relocating the sensor elements as desired. in phase i, a first demonstrator was validated at johnson space center by comparison with current instrumentation used in the suited manikin test apparatus. phase ii will produce an advanced system ready for integration into nasa programs, and for commercialization (trl9). |
| Major Program Code | non-intrusive, distributed gas sensing technology for advanced spacesuits |
| Obligated Amount | Change: $0.00 USD, Total: $954,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $954,993.00 USD |
Award 106 of 122
New DEFINITIVE CONTRACT INDNBCHC080093 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $370,043
| Signed Date | August 18, 2008 |
| Effective Date | August 15, 2008 |
| Modified Date | Fri Sep 30 2016 14:10:16 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Interior: DO; nbc acquisition services division |
| Requesting Office | DHS: S&T; |
| Contract Action Type | definitive contract |
| Description | dhs sbir 5.1 phase iii award for proposal entitled "phase iii: development of flashlight format prototypes (ledi-3) for field trials" |
| Obligated Amount | Change: $370,043.00 USD, Total: $370,043.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $395,000.00 USD, Total: $395,000.00 USD |
| Potential Value "Base and All Options Value" | Change: $395,000.00 USD, Total: $395,000.00 USD |
Award 107 of 122
DEFINITIVE CONTRACT INDNBCHC080093 (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | December 16, 2009 |
| Effective Date | December 11, 2009 |
| Modified Date | Fri Sep 30 2016 14:10:16 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Interior: DO; nbc acquisition services division |
| Requesting Office | DHS: S&T; |
| Contract Action Type | definitive contract |
| Description | dhs sbir 5.1 phase iii award for proposal entitled "phase iii: development of flashlight format prototypes (ledi-3) for field trials" |
| Obligated Amount | Change: $0.00 USD, Total: $370,043.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $395,000.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $395,000.00 USD |
Award 108 of 122
New DEFINITIVE CONTRACT NNX16CJ61C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $754,966
| Signed Date | September 29, 2016 |
| Effective Date | September 29, 2016 |
| Modified Date | Thu Sep 29 2016 13:50:35 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf the gas sensor in the plss of the iss emu will meet its projected life in 2020, and nasa is planning to replace it. at present, only high trl devices based on infrared absorption are candidate replacements, because of their proven long-term stability, despite their size and power consumption and failures in the presence of liquid water. no current compact sensor has the tolerance for liquid water that is specifically required for a portable life support systems (plss), and nasa is investigating alternative technologies for the advanced emu under development. intelligent optical systems (ios) will develop a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity, and selected trace contaminants. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated with a compact, low-power optoelectronic unit. the sensors not only will tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, these miniature sensor elements with remote optoelectronics give unmatched design flexibility for measurements in highly constrained volume systems such as the space suit. in prior projects ios has demonstrated a co2 sensor capable of operating while wet that also met plss environmental and analytical requirements. in phase i, a new generation of co2 sensors was developed to advance this sensor technology and fully meet all nasa requirements, including sensor life. in phase ii ios will develop a novel sensor system with unique capabilities for inspired gas monitoring, a unique tool for nasa space suit development. the proposed effort could lead to an alternative to infrared absorption-based devices for space missions. ios has established collaboration with relevant primes for nasa and the aeronautics and defense industry for technology commercialization. |
| Major Program Code | advanced gas sensing technology for space suits |
| Obligated Amount | Change: $754,966.00 USD, Total: $754,966.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $754,966.00 USD, Total: $754,966.00 USD |
| Potential Value "Base and All Options Value" | Change: $754,966.00 USD, Total: $754,966.00 USD |
Award 109 of 122
DEFINITIVE CONTRACT N6833515C0260 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | September 29, 2016 |
| Effective Date | September 29, 2016 |
| Modified Date | Thu Sep 29 2016 07:35:35 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | research and development igf::ot::igf |
| Obligated Amount | Change: $0.00 USD, Total: $154,871.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $154,871.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $154,871.00 USD |
Award 110 of 122
New DEFINITIVE CONTRACT HHSN261201600029C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $1,499,984
| Signed Date | September 19, 2016 |
| Effective Date | September 19, 2016 |
| Modified Date | Mon Sep 19 2016 08:55:30 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih nci |
| Requesting Office | HHS: NIH; nih nci |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase ii, topic 331: biopsy optical sensor for in situ tissue analysis |
| Obligated Amount | Change: $1,499,984.00 USD, Total: $1,499,984.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $1,499,984.00 USD, Total: $1,499,984.00 USD |
| Potential Value "Base and All Options Value" | Change: $1,499,984.00 USD, Total: $1,499,984.00 USD |
Award 111 of 122
New DEFINITIVE CONTRACT W81XWH16C0174 awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $149,993
| Signed Date | September 17, 2016 |
| Effective Date | September 26, 2016 |
| Modified Date | Sat Sep 17 2016 12:06:52 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Army; w4pz usa med rsch acquis act |
| Requesting Office | Defense: Army; w03j usa med res and dev cmd |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir ph i: h161-006-0002 |
| Obligated Amount | Change: $149,993.00 USD, Total: $149,993.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $149,993.00 USD, Total: $149,993.00 USD |
| Potential Value "Base and All Options Value" | Change: $149,993.00 USD, Total: $149,993.00 USD |
Award 112 of 122
DEFINITIVE CONTRACT HQ014714C7013 (P00002) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | July 20, 2016 |
| Effective Date | July 20, 2016 |
| Modified Date | Wed Jul 20 2016 11:59:44 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: MDA; missile defense agency (mda) |
| Requesting Office | Defense: MDA; missile defense agency (mda) |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase ii research&dev |
| Obligated Amount | Change: $0.00 USD, Total: $974,948.40 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $974,948.40 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $974,948.40 USD |
Award 113 of 122
DEFINITIVE CONTRACT HHSN261201400059C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | June 19, 2015 |
| Effective Date | June 19, 2015 |
| Modified Date | Thu Jun 30 2016 14:00:56 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | HHS: NIH; nih, nci, od om oa ofc acquisitions |
| Requesting Office | HHS: NIH; nih, nci, od om oa ofc acquisitions |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf sbir phase i, topic 331: biopsy optical sensor for in situ tissue analysis |
| Obligated Amount | Change: $0.00 USD, Total: $224,984.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $224,984.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $224,984.00 USD |
Award 114 of 122
New DEFINITIVE CONTRACT NNX13CJ02C awarded to INTELLIGENT OPTICAL SYSTEMS, INC. for the amount of $699,961
| Signed Date | December 19, 2012 |
| Effective Date | January 9, 2013 |
| Modified Date | Wed Jun 08 2016 08:26:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; johnson space center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf - advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for next-generation portable life support systems (plss). intelligent optical systems (ios) is developing a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, using these miniature sensor elements with remote optoelectronics provides unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor with similar ios technology. in phase i of this project ios demonstrated a co2 sensor capable of operating while wet, and a miniature prototype ppco2-h2o-o2 sensor probe was fabricated and tested under relevant environmental conditions. in phase ii, in collaboration with hamilton sundstrand (hamilton), we will design and produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, culminating in validation in nasa systems, bringing the monitor to trl 6-7. engineers from ios and hamilton will design the new sensor system to be compatible with electronics developed and fabricated for space operation by hamilton (in particular, the common modular data bus interface unit). this approach will minimize the power requirements and size of the monitoring device, and will tremendously facilitate the infusion of the technology into the plss. |
| Major Program Code | miniature sensor probe for o2, co2, and h2o monitoring in space suits |
| Obligated Amount | Change: $699,961.00 USD, Total: $699,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $699,961.00 USD, Total: $699,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $699,961.00 USD, Total: $699,961.00 USD |
Award 115 of 122
DEFINITIVE CONTRACT NNX13CJ02C (3) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | March 6, 2014 |
| Effective Date | March 6, 2014 |
| Modified Date | Wed Jun 08 2016 08:26:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; johnson space center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf - advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for next-generation portable life support systems (plss). intelligent optical systems (ios) is developing a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, using these miniature sensor elements with remote optoelectronics provides unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor with similar ios technology. in phase i of this project ios demonstrated a co2 sensor capable of operating while wet, and a miniature prototype ppco2-h2o-o2 sensor probe was fabricated and tested under relevant environmental conditions. in phase ii, in collaboration with hamilton sundstrand (hamilton), we will design and produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, culminating in validation in nasa systems, bringing the monitor to trl 6-7. engineers from ios and hamilton will design the new sensor system to be compatible with electronics developed and fabricated for space operation by hamilton (in particular, the common modular data bus interface unit). this approach will minimize the power requirements and size of the monitoring device, and will tremendously facilitate the infusion of the technology into the plss. |
| Major Program Code | miniature sensor probe for o2, co2, and h2o monitoring in space suits |
| Obligated Amount | Change: $0.00 USD, Total: $699,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
Award 116 of 122
DEFINITIVE CONTRACT NNX13CJ02C (2) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | April 2, 2013 |
| Effective Date | April 2, 2013 |
| Modified Date | Wed Jun 08 2016 08:26:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; johnson space center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf - advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for next-generation portable life support systems (plss). intelligent optical systems (ios) is developing a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, using these miniature sensor elements with remote optoelectronics provides unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor with similar ios technology. in phase i of this project ios demonstrated a co2 sensor capable of operating while wet, and a miniature prototype ppco2-h2o-o2 sensor probe was fabricated and tested under relevant environmental conditions. in phase ii, in collaboration with hamilton sundstrand (hamilton), we will design and produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, culminating in validation in nasa systems, bringing the monitor to trl 6-7. engineers from ios and hamilton will design the new sensor system to be compatible with electronics developed and fabricated for space operation by hamilton (in particular, the common modular data bus interface unit). this approach will minimize the power requirements and size of the monitoring device, and will tremendously facilitate the infusion of the technology into the plss. |
| Major Program Code | miniature sensor probe for o2, co2, and h2o monitoring in space suits |
| Obligated Amount | Change: $0.00 USD, Total: $699,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
Award 117 of 122
DEFINITIVE CONTRACT NNX13CJ02C (1) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | January 16, 2013 |
| Effective Date | January 16, 2013 |
| Modified Date | Wed Jun 08 2016 08:26:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; johnson space center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf - advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for next-generation portable life support systems (plss). intelligent optical systems (ios) is developing a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, using these miniature sensor elements with remote optoelectronics provides unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor with similar ios technology. in phase i of this project ios demonstrated a co2 sensor capable of operating while wet, and a miniature prototype ppco2-h2o-o2 sensor probe was fabricated and tested under relevant environmental conditions. in phase ii, in collaboration with hamilton sundstrand (hamilton), we will design and produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, culminating in validation in nasa systems, bringing the monitor to trl 6-7. engineers from ios and hamilton will design the new sensor system to be compatible with electronics developed and fabricated for space operation by hamilton (in particular, the common modular data bus interface unit). this approach will minimize the power requirements and size of the monitoring device, and will tremendously facilitate the infusion of the technology into the plss. |
| Major Program Code | miniature sensor probe for o2, co2, and h2o monitoring in space suits |
| Obligated Amount | Change: $0.00 USD, Total: $699,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
Award 118 of 122
DEFINITIVE CONTRACT NNX13CJ02C (4) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | October 14, 2014 |
| Effective Date | October 14, 2014 |
| Modified Date | Wed Jun 08 2016 08:26:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | NASA; nasa shared services center |
| Requesting Office | NASA; nasa shared services center |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf - advanced space suits require lightweight, low-power, durable sensors for monitoring critical life support materials. no current compact sensors have the tolerance for liquid water that is specifically required for next-generation portable life support systems (plss). intelligent optical systems (ios) is developing a luminescence-based optical sensor probe to monitor carbon dioxide, oxygen, and humidity. our monitor will incorporate robust co2, o2, and h2o partial pressure sensors interrogated by a compact, low-power optoelectronic unit. the sensors will not only tolerate liquid water but will actually operate while wet, and can be remotely connected to electronic circuitry by an optical fiber cable immune to electromagnetic interference. for space systems, using these miniature sensor elements with remote optoelectronics provides unmatched design flexibility for measurements in highly constrained volume systems such as plss. our flow-through monitor design includes an optical sensor we have already developed for plss humidity monitoring, and an optical oxygen sensor with similar ios technology. in phase i of this project ios demonstrated a co2 sensor capable of operating while wet, and a miniature prototype ppco2-h2o-o2 sensor probe was fabricated and tested under relevant environmental conditions. in phase ii, in collaboration with hamilton sundstrand (hamilton), we will design and produce prototypes for space qualification, and will conduct extensive testing under simulated space conditions, culminating in validation in nasa systems, bringing the monitor to trl 6-7. engineers from ios and hamilton will design the new sensor system to be compatible with electronics developed and fabricated for space operation by hamilton (in particular, the common modular data bus interface unit). this approach will minimize the power requirements and size of the monitoring device, and will tremendously facilitate the infusion of the technology into the plss. |
| Major Program Code | miniature sensor probe for o2, co2, and h2o monitoring in space suits |
| Obligated Amount | Change: $0.00 USD, Total: $699,961.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $699,961.00 USD |
Award 119 of 122
DEFINITIVE CONTRACT N3943013C1254 (P00006) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | March 22, 2016 |
| Effective Date | February 19, 2016 |
| Modified Date | Tue Mar 22 2016 12:01:25 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; naval facilities engineering and |
| Requesting Office | Defense: Navy; naval facilities engineering and |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf pop extension mod for sbir phase ii |
| Obligated Amount | Change: $0.00 USD, Total: $834,585.53 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $834,585.53 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $834,585.53 USD |
Award 120 of 122
DEFINITIVE CONTRACT N6833515C0260 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $69,899
| Signed Date | March 15, 2016 |
| Effective Date | March 15, 2016 |
| Modified Date | Tue Mar 15 2016 13:34:26 GMT-0400 (Eastern Daylight Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: Navy; navair warfare ctr aircraft div lke |
| Requesting Office | Defense: Navy; naval air warfare center air div |
| Contract Action Type | definitive contract |
| Description | igf::ot::igf |
| Obligated Amount | Change: $69,899.00 USD, Total: $154,871.00 USD |
| Current Value "Base and Exercised Options Value" | Change: $69,899.00 USD, Total: $154,871.00 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $154,871.00 USD |
Award 121 of 122
DEFINITIVE CONTRACT HQ014714C7013 (P00001) awarded to INTELLIGENT OPTICAL SYSTEMS, INC., was modified for the amount of $0
| Signed Date | November 23, 2015 |
| Effective Date | November 23, 2015 |
| Modified Date | Mon Nov 23 2015 16:18:24 GMT-0500 (Eastern Standard Time) |
| Vendor (as written) | intelligent optical systems, inc. |
| DUNS | 033449757 |
| Contracting Office | Defense: MDA; missile defense agency (mda) |
| Requesting Office | Defense: MDA; missile defense agency (mda) |
| Contract Action Type | definitive contract |
| Description | ::igf::ot::igf mod issued to add mandatory clauses. |
| Obligated Amount | Change: $0.00 USD, Total: $974,948.40 USD |
| Current Value "Base and Exercised Options Value" | Change: $0.00 USD, Total: $974,948.40 USD |
| Potential Value "Base and All Options Value" | Change: $0.00 USD, Total: $974,948.40 USD |
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