Defense Tech BaseSelected directory coverage, not a complete market census. Text matches are research leads, not confirmed product-to-award relationships. Confirm current offerings and fit.
Companies with related published capabilities
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Balboa Geolocation, Inc.
El Segundo, CA, United States
Balboa Geo develops software-defined geolocation and alternative positioning, navigation, and timing systems for contested and GPS-denied environments. Its POINTER platform supports defense, public-safety, space, and industrial users with three-dimensional positioning and command-system integration.
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Black Swift Technologies
Boulder, CO, United States
Develops robust autonomous small UAS and navigation technology for accurate flight, mapping and sensing in GPS-denied or hazardous environments.
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Inertial Labs, Inc.
Paeonian Springs, VA, United States
Inertial Labs develops inertial measurement units, GNSS-aided navigation, alternative navigation, LiDAR, and sensor-fusion products for platforms that require precise positioning and orientation.
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KEF Robotics, Inc.
Pittsburgh, PA, United States
KEF Robotics develops computer-vision autonomy software that enables aircraft to navigate and fly without a human pilot, including in GPS-denied environments. The company supports U.S. defense organizations and commercial partners with aircraft autonomy and integration work.
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Renegade UxS
Tampa, FL, United States
Renegade UxS develops unmanned aircraft, a backpackable ground control station, and a software-defined aerial network for strike, ISR, and relay missions in GPS-denied and communications-contested environments.
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Rhea Space Activity, Inc.
Washington, DC, United States
Rhea Space Activity develops technologies in satellite sensing, secure communications, navigation, directed energy, and autonomy to support government and defense missions. Its work includes GPS-denied positioning and space domain awareness capabilities for U.S. national-security customers.
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Seasats
United States
Builds rugged, self-righting autonomous surface vessels with collision avoidance, GPS-denied navigation and redundant communications for persistent ocean operations.
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Swarm Defense Technologies, Inc.
Detroit, MI, United States
Swarm Defense develops U.S.-manufactured drones and software for coordinated multi-aircraft operations, mission planning, and counter-UAS training. Its systems support one-operator swarm control and GPS-denied operations.
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Tycho.AI, Inc.
Cambridge, MA, United States
Tycho.AI builds autonomy hardware and software for aircraft and other platforms operating in low-altitude, high-speed, GPS-denied, and communications-degraded environments. Its products support autonomous navigation, mission intelligence, and defense applications across multiple domains.
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VATN Systems
United States
Develops modular autonomous underwater vehicles, hydrographic systems and swarm technology for GPS-denied navigation and maritime-defense missions.
Related award descriptions
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70Z03826PR0000354 contract award
Honeywell International Inc. · Department of Homeland Security · 2026-09-10 · Reported $167K
REPAIR OF EMBEDDED GLOBAL POSITIONING SYSTEM/INERTIAL NAVIGATION SYSTEM (EGI) TO BE USED ON USCG MH-60T HELICOPTERS.
Recently observed open and planning notices
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xTech|Kinetic Reach Competition
DSIP · Pre-Release · Closing 2026-12-23 · Observed 2026-10-13
DoW SBIR 2026 CSO xTech; Autonomy; Robotics; Uncrewed Ground Vehicles (UGV); Uncrewed Aerial Systems (UAS); Teleoperation; Contested Environments; GPS-Denied Navigation; Communications-Denied, Degraded, Intermittent, and Limited (DDIL) Environments; Electronic Warfare (EW) Resiliency Force Sustainment, Contested Logistics; Point-of-Need Delivery The U.S. Army is seeking innovative force sustainment solutions from eligible small businesses across the U.S. through the xTech Kinetic Reach competition. This platform offers participants the opportunity to engage with the Department of War (DoW), ea
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Resilient Integrated Photonic Transport In Denied Environments (RIPTIDE)
DSIP · Open · Closing 2026-10-21 · Observed 2026-10-13
DoW SBIR 2026 BAA free-space optical communications; photonic crosslink; cooperative navigation; alternative PNT; GPS-denied navigation; optical mesh network; time transfer; optical direction finding; laser ranging; distributed state estimation; unmanned aerial systems; LPI/LPD datalink The objective of this topic is to develop applied research toward an innovative capability that provides resilient, jam-resistant communications and cooperative navigation for distributed Group three (3) unmanned aerial system (UAS) formations operating in Global Positioning System (GPS)-denied environments acr
Questions to resolve
- Which denied or degraded conditions and navigation interfaces must be demonstrated?
- Request evidence for the stated environment, sensors and configuration.