AOSENSE, INC.

Federal contract awards won by AOSENSE, INC. (UEI C185QEUVTTM6), 2014–2026 — public record from USAspending.

Showing awards of $250K+ active within the last 5 years. Need older history or smaller awards? Tell us what you need — we expand by request.

16
awards
$29,094,277
total value
2
agencies

Agencies buying from AOSENSE, INC.

Department of Defense (12)National Aeronautics and Space Administration (4)

What AOSENSE, INC. sells

541715 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT NANOTECHNOLOGY AND BIOTECHNOLOGY) (13)334516 — ANALYTICAL LABORATORY INSTRUMENT MANUFACTURING (1)541712 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY) (1)927110 — SPACE RESEARCH AND TECHNOLOGY (1)

Awards

SBIR PHII OSD232-006, HIGH-EFFICIENCY LOW-POWER MICROWAVE OSCILLATOR FOR RUBIDIUM (HELPMOR) DEVELOP NOVEL TECHNOLOGIES TO INCREASE THE EFFICIENCY OF AND REDUCE THE POWER REQUIREMENTS OF LOW NOISE MICROWAVE SOURCES.
Department of Defense · $1,699,948 · Apr 13, 2026
RESEARCH AND DEVELOPMENT
Department of Defense · $999,960 · Sep 24, 2024
SBIR PHASE III - QUANTUM GRAVITY GRADIOMETER (QGG) ATOMIC PHYSICS PACKAGE (APP) TECHNOLOGY MATURATION AND DESIGN USING FREE-SPACE ULTRA-COLD RB SOURCE
National Aeronautics and Space Administration · $999,991 · Aug 23, 2024
SF241-D025 ALTERNATIVE POSITION, NAVIGATION AND TIMING. AOSENSE PROPOSES TO DEVELOP AN ADVANCED LASER-PUMPED ATOMIC CLOCK ARCHITECTURE. ALPACA IS A COMPACT, HIGH-PERFORMANCE, VAPOR-CELL ATOMIC CLOCK WITH LONG-TERM STABILITY TO VAPOR-CELL CLOCKS.
Department of Defense · $1,899,993 · Jul 15, 2024
STRONTIUM ATOMIC BEAM OVENS
Department of Defense · $285,000 · Apr 29, 2024
SBIR PHASE 1 CONTRACT AWARD
Department of Defense · $294,962 · Mar 1, 2024
RESEARCH AND DEVELOPMENT
Department of Defense · $1,199,992 · Nov 7, 2022
STTR PHASE II TRADITIONAL CONTRACT F2-14173 ENTITLED "LOW-POWER MICROWAVE OSCILLATOR (LMO)".
Department of Defense · $1,499,856 · Mar 19, 2021
STTR PHASE II TRADITIONAL CONTRACT F2-14174 ENTITLED QUANTUM-ENTANGLED ENSEMBLE NETWORK (QUEEN)
Department of Defense · $1,499,899 · Mar 18, 2021
STTR PHASE II TRADITIONAL CONTRACT F2-14175 ENTITLED TRANSPORTABLE RUGGED CRYSTALLINE SILICON REFERENCE (TRUCR)
Department of Defense · $1,499,932 · Mar 18, 2021
STTR PHASE II TRADITIONAL CONTRACT F2-14164 TITLED FIBER-LASER-BASED MOBILE ATOM SENSOR (FIMAS)
Department of Defense · $1,499,986 · Mar 18, 2021
TRANSPORTABLE ATOMIC GRAVITY GRADIOMETER
Department of Defense · $530,981 · Jun 15, 2020
COLD ATOM LASER MODULE (CALM )
National Aeronautics and Space Administration · $374,994 · Jun 9, 2020
IGF::OT::IGF "COMPACT PERCISION ATOMIC CLOCK"
Department of Defense · $6,058,040 · Jun 27, 2018
PRECISION NAVIGATION AND TIMING (PNT) IS A CRITICAL RESOURCE FOR GOVERNMENT AND COMMERCIAL AEROSPACE. GIVEN THE HIGH LAUNCH COST AND SHIFT TOWARD SMALLER PAYLOADS, REDUCING THE SIZE, WEIGHT, AND POWER (SWAP) OF SPACE-BASED NAVIGATION SYSTEMS IS A CRITICAL NEED. ATOM-INTERFEROMETRIC INERTIAL SENSORS HAVE DEMONSTRATED SUPERIOR PERFORMANCE OVER CONVENTIONAL INERTIAL DEVICES OWING TO THE INTRINSIC STABILITY OF ATOMIC SYSTEMS. CENTRAL TO MAKING COLD ATOM SENSORS PRACTICAL IS THEIR ABILITY TO RELIABLY OPERATE FOR EXTENDED PERIODS WITHOUT USER INTERVENTION. CURRENT LASER DIODES, WHICH ARE AT THE HEART OF ATOMIC SENSORS, SUFFER FROM POWER DEGRADATION AND MODE HOPS ON TIMESCALES INCOMPATIBLE WITH LONG TERM DEPLOYMENT. BECAUSE THESE PROPERTIES ARE INHERENT TO THE DIODES, IT IS PRUDENT TO CIRCUMVENT THESE PROBLEMS WITH DIAGNOSTIC PROTOCOLS AIMED AT EARLY DETECTION AND ACTION. DIODES CLOSE TO MODE HOPPING CAN BE TEMPORARILY TAKEN OFFLINE TO TUNE AWAY THE MODE HOP VIA CURRENT AND TEMPERATURE. DIODES WITH DEGRADED POWER CAN BE TAKEN OFFLINE ENTIRELY IN FAVOR OF A HEALTHY DIODE. THIS APPROACH WILL PROVIDE A ROBUST, WAVELENGTH-AGNOSTIC TECHNIQUE TO DELIVER RELIABLE, LONG-LIVED LASER SOURCES AT ATOM SENSOR-RELEVANT WAVELENGTHS. AOSENSE PROPOSES TO DEVELOP A COLD ATOM LASER MODULE (CALM) CAPABLE OF SUPPORTING A BROAD RANGE OF ATOMIC SENSORS. DEVELOPMENT OF THE CALM LASER MODULE WILL RESULT IN A RUGGEDIZED AND RELIABLE LASER SOURCE CAPABLE OF AUTONOMOUSLY DRIVING AN ATOM-BASED SENSOR WITHIN THE SPACE ENVIRONMENT. SUCH AN EFFORT WOULD ENABLE SPACE-BASED APPLICATIONS FOR ATOMIC SENSORS SUCH AS IMUS, CLOCKS, AND MAGNETOMETERS, OPENING UP SIGNIFICANT MARKET OPPORTUNITIES IN THE DEFENSE AND COMMERCIAL SECTORS.
National Aeronautics and Space Administration · $1,123,724 · May 8, 2018
IGF::OT::IGF SBIR PHASE III AWARD. PHASE I/II AWARDED UNDER NNX13CG02C COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS.
National Aeronautics and Space Administration · $7,627,019 · Aug 25, 2014

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