T11.06-1016 OPERATIONALLY MODULATING NEUROPHYSIOLOGICAL INTERFACE FOR EXTENDED REALITY (OMNI COG XR)

DEFINITIVE CONTRACT won by TIETRONIX SOFTWARE INC · work in HOUSTON, TX

$899,635

Recipient	TIETRONIX SOFTWARE INC UEI ZWUEWMMWJ7M5
Award ID	80NSSC26C0040
Award amount	$899,635
Award type	DEFINITIVE CONTRACT
Awarding agency	National Aeronautics and Space Administration — National Aeronautics and Space Administration
NAICS	541715 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT NANOTECHNOLOGY AND BIOTECHNOLOGY)
PSC	AJ11
Start date	Aug 5, 2026
End date	Aug 4, 2028
Place of performance	HOUSTON, TX
Record updated	Jul 29, 2026

View the official award record

More awards won by TIETRONIX SOFTWARE INC

STTR PHASE II - SHARED IMMERSIVE XR HYPER-REALISTIC ENVIRONMENT FOR EXTRAVEHICULAR ACTIVITY SURFACE OPERATIONS

National Aeronautics and Space Administration · $849,998 · Feb 14, 2024

IGF::OT::IGF NASA'S FUTURE MANNED SPACEFLIGHT MISSIONS WILL REQUIRE MEDICAL DIAGNOSIS AND TREATMENT CAPABILITIES THAT ADDRESS BOTH THE ANTICIPATED HEALTH RISKS AND PERFORM WELL IN AUSTERE, REMOTE OPERATIONAL ENVIRONMENTS. SPACEFLIGHT- READY MEDICAL DEVICES WILL NEED TO BE CAPABLE OF AN INCREASED DEGREE OF AUTONOMOUS OPERATION, ACQUIRING CLINICALLY RELEVANT AND DIAGNOSABLE DATA BY EVERY ASTRONAUT, NOT JUST SELECT PHYSICIAN CREW MEMBERS CREDENTIALED IN SPACEFLIGHT MEDICINE. ULTRASOUND IS A DIAGNOSTIC AND TREATMENT TECHNOLOGY THAT CURRENTLY FULFILLS MISSION MEDICAL CAPABILITY SUPPORT ON ISS AND IS PLANNED TO ACCOMPANY FUTURE DEEP-SPACE MISSIONS. THE FLEXIBLE ULTRASOUND SYSTEM (FUS) IS A NEW PLATFORM THAT IS CURRENTLY BEING DEVELOPED BY NASA AND RESEARCH PARTNERS TO SUPPORT THIS MISSION ROLE. WE PROPOSE THREE SPECIFIC AIMS FOR THIS PROJECT PROPOSAL FOR METHODOLOGICAL DEVELOPMENT UTILIZING THE FUS PLATFORM: 1.) DEFINE A LIST OF HIGHEST PRIORITY/YIELD ULTRASOUND METHODS TO DEVELOP AND IMPLEMENT USING THE FUS AND OUR GUIDANCE PROTOTYPE THROUGH CAREFUL REVIEW OF THE HRP ROADMAP AND DIRECT DISCUSSION WITH EXMC PHYSICIANS. 2.) EXPAND AN AUGMENTED REALITY (AR) USER INTERFACE FOR THESE ULTRASOUND METHODS THAT PROVIDES PROCEDURAL GUIDANCE IN ACQUIRING AND INITIALLY DIAGNOSING SONOGRAPHIC DATA FOR ULTRASOUND PROCEDURES TO ENHANCED DEGREE OF PROCEDURAL COMPETENCY. 3.) DEVELOP AND TEST THE INTEGRATION OF MAGNETIC-BASED VOLUME NAVIGATION, AND COMPLEMENTARY DIMENSIONAL REFERENCING TECHNOLOGIES, ON THE FUS PLATFORM TO ALLOW FOR 3-DIMENSIONAL ULTRASOUND PROCEDURAL GUIDANCE THROUGH THE HEAD MOUNTED DISPLAY. 4.) INTEGRATE THE CURRENT SYSTEM WITH PROCEDURAL GUIDANCE RESOURCES SUCH AS ELECTRONIC PROCEDURES (EPROC) AND EXISTING ULTRASOUND TRAINING MATERIALS. 5.) DEVELOP DEEP MACHINE LEARNING CAPABILITIES ON THE FUS PLATFORM TO ENABLE IMAGE RECOGNITION AND ANALYSIS THAT CAN AID IN NOT ONLY QUALITY IMAGE ACQUISITION, BUT ALSO ANALYSIS IN AUSTERE, AND REMOTE OPERATIONAL ENVIRONMENTS.

National Aeronautics and Space Administration · $817,786 · May 31, 2017

INTELLIGENT MEDICAL CREW ASSISTANT (IMCA).

National Aeronautics and Space Administration · $749,958 · Aug 2, 2021

OUR PROPOSED CONCEPT IS TO USE BLOCKCHAIN TECHNOLOGY (BCT) TO ENHANCE THE MBSE TEAM COLLABORATION. BLOCKCHAINS ARE A HIGHLY TAMPER-RESISTANT

National Aeronautics and Space Administration · $749,742 · Jan 25, 2021

See everything TIETRONIX SOFTWARE INC has won →

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

Awards tell you who won. Bids tell you what's next. BidCatch scans 100+ federal, state, and local sources every night and sends the new opportunities matching your trade — before they're awarded to someone else. Free for 14 days, then $49.99/month.

Search open bids