Peraso Solving the Drone Bottleneck: It’s Not the Flight It’s the Signal
Posted by Financial Content on July 8, 2026
As the global drone, AI infrastructure, and autonomous systems markets accelerate, the industry's next major challenge is shifting from keeping drones in the air to keeping them securely connected. While manufacturers continue improving flight time, payload capacity, and onboard AI, the real bottleneck is increasingly becoming wireless signal communications—the ability to move massive amounts of mission-critical data securely, reliably, and in real time across increasingly crowded and contested environments.
See Full Story at Financial ContentPeraso and Virewirx Demonstrate 50Gbps Network Cluster Targeting Drone Swarms and Autonomous Systems
Posted by EE Journal on June 17, 2026
Peraso Inc. and Virewirx, Inc. today announced the successful demonstration of a simulated drone wireless communication environment requiring a high-capacity network cluster with a peak aggregate data capacity of more than 50Gbps. Each company provided fundamental technology essential to the demonstration, including Peraso’s 60 GHz wireless semiconductor solutions and Virewirx’s VX60 High Performance Wireless Network, an advanced millimeter- wave networking technology.
See Full Story at EE JournalMillimeter-Wave Network Clusters For Autonomous Digital Infrastructure
Posted by Aeronautics and Defense Technologies on June 12, 2026
Peraso Inc. and Virewirx, Inc. collaborated to develop and demonstrate a millimeter-wave wireless network cluster capable of achieving a 50Gbps peak aggregate data capacity. This integration of specialized semiconductor hardware and network control software targets autonomous systems, such as drone swarms and automated industrial vehicles, operating in congested spatial environments.
See Full Story at Aeronautics and Defense TechnologiesMillimeter-Wave Network Clusters For Autonomous Digital Infrastructure
Posted by Electronics Journal on June 12, 2026
Peraso Inc. and Virewirx, Inc. collaborated to develop and demonstrate a millimeter-wave wireless network cluster capable of achieving a 50Gbps peak aggregate data capacity. This integration of specialized semiconductor hardware and network control software targets autonomous systems, such as drone swarms and automated industrial vehicles, operating in congested spatial environments.
See Full Story at Electronics Journal