Physical and Edge AI
60 GHz — the communications fabric for Physical and Edge AI
AI compute is becoming abundant. The real bottleneck for Physical and Edge AI is moving multi-gigabit sensor, vision, video, and model data between autonomous machines, edge processors, and infrastructure. Peraso's directional 60 GHz mmWave technology delivers the bandwidth, latency, security, and interference immunity that large-scale Physical and Edge AI deployments demand.
Why 60 GHz matters for Physical and Edge AI
The biggest challenge for Physical and Edge AI isn't compute, it's moving enormous amounts of sensor and AI data between machines, edge processors, and infrastructure. As compute becomes abundant, bandwidth becomes the bottleneck. Peraso's directional 60 GHz mmWave technology is scaling fastest across defense and autonomous drones, industrial robotics, warehouse automation, and autonomous transportation, with distinct advantages across every one:
AI Model Distribution
- Multi-gigabit throughput for models tens to hundreds of gigabytes in size
- Low, deterministic latency
- Simultaneous links without Wi-Fi congestion
Industrial Robots & Factories
- Machine vision, sensor streams, and digital-twin updates
- Interference-free operation with multiple simultaneous links
- Predictable latency and high spatial reuse via narrow beamforming
Drone Swarms & Autonomous Systems
- Secure comms with Low Probability of Detection & Intercept (LPD/LPI)
- Anti-jamming resilience
- High-capacity video and sensor transport for real-time swarm coordination
Robotaxi & Autonomous Vehicles
- Vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I)
- High-speed sensor offload
- Over-the-air AI model updates and last-mile delivery