Elsight has introduced a new positioning technology designed to keep drones, autonomous ground vehicles, and uncrewed maritime platforms accurately located when GPS signals are jammed, spoofed, or unavailable. Announced on October 12 at AUSA 2026…
Septentrio is expanding the ecosystem around its ultra-compact mosaic-G5 GNSS receiver family, adding new hardware partners and open-source reference designs aimed at accelerating integration into drones, robotics and autonomous navigation platforms. The Belgian GNSS specialist,…
Locus Lock has secured a new strategic funding round led by Range Ventures as the Colorado-based navigation technology company prepares to expand deployment of its software-defined GNSS architecture across defense, aerospace and autonomous platforms. The…
CyberPrism has launched CyberPrism Canary, a new monitoring system designed to detect when Global Navigation Satellite System data may have become unreliable because of spoofing, jamming or other forms of signal disruption. Rather than attempting…
Volatus Aerospace has completed the first flight tests of its V-Cortex AI Flight Controller and Autonomy Operating System, demonstrating that an aircraft equipped with the Canadian-developed platform can maintain flight without GNSS, external navigation sensors,…
Trimble has introduced a new generation of high-precision OEM GNSS receivers built around its Maxwell 8 architecture, adding stronger protection against jamming and spoofing, significantly more processing power, improved vibration tolerance and hardware designed with…
TrustPoint and NovAtel have demonstrated a C-band positioning signal operating through GNSS interference, marking an important step toward navigation systems that can continue producing positioning data when conventional satellite navigation signals are degraded or denied.…
Dirac Labs has raised $1.8 million in pre-seed funding to advance a quantum navigation system designed to operate where conventional GNSS positioning becomes unavailable, including underwater, underground and other GPS-denied environments. The Madison, Wisconsin-based startup…
Canada is investing C$20.3 million in a new quantum defense hub in Calgary that will target technologies capable of maintaining navigation, timing and communications when conventional satellite-based systems are degraded, jammed or deliberately spoofed. The…
The German Aerospace Center, DLR, has developed an interference-resistant GNSS receiver prototype designed to keep positioning and timing available when satellite navigation signals are disrupted by jamming, spoofing or other radio-frequency interference. Known as GALANT,…
Modern drone operations increasingly face a challenge that traditional satellite navigation cannot solve. As electronic warfare, signal interference, and deliberate GPS spoofing become more common, autonomous aircraft require alternative methods to determine their position. Endee…
Israel Aerospace Industries (IAI) has officially introduced HYPNOSIS, a new electronic warfare system designed to neutralize large numbers of satellite guided drones without firing a single interceptor missile. Instead of destroying incoming targets kinetically, the…