GNSS hardware can’t keep up with the pace of modern electronic warfare
We move that processing into software, allowing new capabilities and threat mitigations to be deployed as operating environments evolve.
Traditional GNSS receivers tie critical signal processing to specialized hardware, making upgrades slow as threats evolve.
Our software-defined GNSS receiver
Precise, resilient positioning for drones, ground vehicles, aircraft, and other mission-critical systems operating in contested environments.
- Assured positioning under jamming, spoofing, and interference
- New capabilities and threat mitigations deployed through software updates
- Evaluation kit designed for fast integration and testing on your platform
Electronic warfare evolves in software.Your GNSS receiver should too.
Software-defined GNSS receivers can be updated as threats change, so positioning stays accurate when jamming, spoofing, and denial show up in the field.
Precise & Resilient
Maintains positioning performance under jamming, spoofing, and interference across dynamic, real-world platforms.
Existing Compute
GNSS signal processing runs in software on edge compute already deployed on your platform, minimizing additional hardware.
Upgradeable
Deploy new positioning capabilities and threat mitigations through software updates, without redesigning receiver hardware.
Jamming
Test Conditions
Tested on a UAS in a contested electromagnetic environment with high-power, multi-frequency GNSS jamming.
Performance
Maintained uninterrupted positioning by automatically adapting to changing interference conditions.
Spoofing
Test Conditions
Tested on a ground vehicle at high latitudes during an active GPS spoofing attack.
Performance
Maintained accurate positioning by identifying and rejecting spoofed satellite signals.
High-Dynamic Flight
Test Conditions
Evaluated on an aerial delivery (air drop) platform during a high-speed mission with aggressive flight dynamics.
Performance
Achieved rapid position lock while maintaining reliable navigation throughout the mission.
Urban/Degraded GNSS
Test Conditions
Evaluated on a ground vehicle in a dense urban environment with severe GNSS multipath and signal obstruction.
Performance
Maintained centimeter-level positioning accuracy despite challenging urban conditions using dual-antenna carrier-phase differential GNSS coupled with an IMU.
Built by engineers, for engineers.
Our mission is to bring the speed, flexibility, and upgradeability of software to GNSS technology for mission-critical applications operating in contested and denied environments.
Built in Colorado, USA