Assured Position, Navigation, and Timing
Anti-jam and anti-spoof resilience for critical navigation
We drive anti-jam and multi-path resilient GPS innovations at the antenna layer, enabling high-integrity positioning for complex environments. Our architectures deliver an extremely low SWaP-C plug and play upgrade at attritable costs for mission-critical platforms.
SECURITY AND RESILIENCE
Resilient RF Architectures for Assured Navigation
Advanced Aperture Solutions for Positioning, Navigation, and Timing in Contested Environments
Modern military, aerospace, and critical infrastructure systems increasingly operate in environments where Global Navigation Satellite System (GNSS) signals may be degraded, denied, jammed, or intentionally spoofed. Maintaining reliable Positioning, Navigation, and Timing (PNT) under these conditions has become a fundamental requirement for mission success, driving the need for more resilient RF system architectures.
Â
Novaa develops advanced RF aperture solutions that strengthen Assured PNT (APNT) capabilities through innovative antenna architectures, precision beamforming, and optimized electromagnetic performance. By improving signal discrimination, supporting electronically steerable reception, and enabling advanced anti-jam and interference mitigation techniques, our technologies help create more robust navigation systems capable of operating in increasingly challenging RF environments.
​
Our engineering approach emphasizes system-level performance rather than isolated antenna metrics. We develop aperture architectures that integrate efficiently with modern navigation receivers and RF electronics while minimizing Size, Weight, Power, and Cost (SWaP-C). Through reduced architectural complexity and improved aperture efficiency, our designs support reliable operation on space-borne, airborne, terrestrial, and autonomous platforms where power availability, thermal management, and payload constraints are often critical design drivers.
​
As resilient navigation evolves beyond traditional GNSS architectures, advanced RF apertures will play an increasingly important role in enabling secure positioning and timing. We are committed to developing innovative aperture technologies that help customers build more reliable, adaptable, and mission-ready navigation systems for the next generation of aerospace, defense, and commercial applications.