Anti-Jamming & Anti-Spoofing Antennas: How They Defend GNSS Signals

Electronic Jamming has an increasingly significant impact on unmanned devices. Generally speaking, UAVs operate through flight control, image transmission, and GNSS. Meanwhile, technologies such as frequency hopping, spread spectrum, and hidden frequency points are used to prevent interfering frequency bands from matching those of UAVs. However, image transmission and flight control protocols can be easily cracked，and GNSS links can be jamming with or have their positioning altered by spoofing devices. Currently, electronic jamming capabilities are becoming increasingly powerful, affecting everything from small FPV systems to UAVs and unmanned boats. Infox has offered a new solution to this problem.

Infox CRPAs Anti-Jamming Multi-Scenario Solutions

As electromagnetic jamming increasingly becomes an "invisible barrier" to industrial development, the Infox CRPAs Anti-Jamming Antenna stands out with its advanced anti-jamming capabilities. Engineered by Infox to tackle complex electromagnetic challenges, this Infox CRPAs-powered solution delivers customized signal protection across key sectors—military, unmanned systems (unmanned ships, unmanned vehicles, FPV drones), aerospace, maritime, surveying & exploration, emergency rescue, and data centers—solidifying its role as the "core backbone" for stable operations in jamming-prone environments, backed by Infox’s technical expertise.

The advantages of INFOX CRPAs antijamming GNSS technology

In the field of satellite navigation and anti-jamming, our product stands out with a comprehensive set of technical strengths, effectively addressing the core pain points of signal interference, environmental adaptability, and system compatibility for users across military, aerospace, marine, and rescue sectors.