Espre Technologies Information

Espre Technologies designs low-power, high-security communications silicon for autonomous and connected systems. Edge IoT devices are the most exposed layer of any deployed network. They are numerous, power-constrained, physically accessible, and dependent on RF links that can be detected, geolocated, and jammed before a single packet is decrypted. Encryption protects the contents of a transmission; it does nothing to hide that the transmission occurred, or to keep it up when the spectrum is contested. "If the waveform itself is detectable, everything you build above it is in play." — John David Terry, Ph.D., Founder and CEO The Elite Secure EP Mobile Platform pairs a Snapdragon edge-AI compute module with Espre's Griffon RF communications SoC, letting drone and automotive OEMs operate autonomy where GPS and RF links are under pressure. Griffon generates a chaotic spreading waveform on-die for low probability of intercept and detection, at the size, weight, and power an embedded vehicle or airframe platform can carry. Espre's NvisiLink family of chipsets and sensors operates inside existing networked environments rather than replacing them, adding a physical-layer security tier beneath conventional digital encryption while increasing usable network capacity. The platform is architected for 5G interoperability and deployed against Battlefield of Things and Industrial IoT applications, where devices are numerous, links are bandwidth-constrained, and the RF environment is congested or actively hostile. Espre's technology is protected by 9 issued U.S. patents, 22 international patents, and 4 pending applications. Espre Technologies, Inc. is a fabless semiconductor company headquartered in Tysons, Virginia.