geolocation

Applied Signals Intelligence (ASI) delivers advanced Radio Frequency (RF) Direction Finding (DF) and geolocation sensors that enable autonomous Electromagnetic Spectrum Operations (EMSO) from Group 2 Unmanned Aerial Systems (UAS) and other low-SWaP platforms. Its SNITCH ultrawideband RF sensor provides tactical DF and geolocation for contested, GPS-denied environments, supporting COMINT, SIGINT, and ELINT modalities.

3D DFElectromagnetic Spectrum Operations (EMSO)MOSA integrationpassive RF ISR-TRF Direction Finding (DF)ultrawideband RF sensing

Balboa Geo is a software-defined, hardware-enabled company delivering advanced, patented geolocation and geospatial dual-use solutions for defense, public safety, space, and industrial markets. Its flagship platform, POINTER, provides real-time 3-Dimensional centimeter-level accuracy Alternative and Complimentary Position, Navigation, and Timing (AC-PNT) in GPS-denied and contested environments. POINTER was developed at Caltech NASA's Jet Propulsion Lab (JPL) with R&D funding from the U.S. Department of Homeland Security and DARPA, and is exclusively lic

AC-PNT in GPS-denied environmentsAI-enabled situational awareness softwaregeospatial intelligenceproprietary inversion algorithmsStructural Health Monitoring

CommonGround turns the world's hardest questions into live intelligence. It finds signals scattered across local news, radio, social media, government documents, research, and community forums in dozens of languages, builds the missing data and models, and operates a continuously updated, mission-specific intelligence system for clients.

alertsdata modelingdeduplicationforecastingmission-specific AI analystnarrative trackingsignal discovery and collectiontranslation

ERIS (Emergency Response Information System) is a next generation Augmented Reality platform for first responders. It is a complete 3D mapping and visualization tool that helps firefighters pre-plan more efficiently, train more effectively, and save lives. ERIS displays virtual overlays on the real world simulating complex scenarios, and can be deployed on drones to geolocate detected events for ground personnel.

3D mapping3D visualizationaugmented realitydrone deploymentvirtual scenario training

SEADAR Technologies develops innovative subsea sensing solutions to strengthen maritime security and survey capabilities for the NATO Alliance. Its SEADAR™ underwater radar system detects, geolocates, maps, and tracks metallic materials and electronic signatures in the ocean, filling gaps left by conventional subsea sensors such as sonar and magnetometers.

3D mappingmulti-band sensingmulti-static radarsub-bottom penetrationtarget trackingultra-low frequency radio wavesunderwater radar detection