MEDICAL RESEARCH AND DEVELOPMENT ARMY SBIR PH II A2-7970 (MONTHS 1-11)TITLED ENHANCED RAPID ASSAY FOR MONITORING IMMUNOSUPPRESSANT DRUGS IN PLASMA

DEFINITIVE CONTRACT won by INTELLIGENT OPTICAL SYSTEMS, INC. · work in TORRANCE, CA

$1,099,993

Recipient	INTELLIGENT OPTICAL SYSTEMS, INC. UEI NLDHG92SMX37
Award ID	W81XWH20C0044
Award amount	$1,099,993
Award type	DEFINITIVE CONTRACT
Awarding agency	Department of Defense — Department of the Army
NAICS	541715 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT NANOTECHNOLOGY AND BIOTECHNOLOGY)
PSC	AN91
Set-aside	Small business
Start date	Aug 24, 2020
End date	Dec 23, 2023
Place of performance	TORRANCE, CA
Record updated	Sep 6, 2022

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More awards won by INTELLIGENT OPTICAL SYSTEMS, INC.

MEDICAL RESEARCH AND DEVELOPMENT CONTRACT DHA SBIR SEQUENTIAL PHASE II, PROPOSAL NO. H2S-0060, TITLED: "ENHANCED RAPID ASSAY FOR MONITORING IMMUNOSUPPRESSANT DRUGS IN WHOLE BLOOD."

Department of Defense · $1,299,945 · Mar 25, 2024

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).

National Aeronautics and Space Administration · $954,993 · May 4, 2015

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.

National Aeronautics and Space Administration · $924,966 · Aug 13, 2019

ADAPTIVE, VELOCITY-SENSING RECEIVER FOR IN-LINE INSPECTION OF ADDITIVE MANUFACTURED AEROSPACE PARTS

National Aeronautics and Space Administration · $799,887 · Jun 16, 2022

A MODULAR IN-SITU CURING APPARATUS FOR THERMOSET RESIN MIXTURES APPLIED AS THERMAL PROTECTION SYSTEMS

National Aeronautics and Space Administration · $749,921 · Aug 20, 2021

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