Cayley provides a unified connectivity fabric and edge‑intelligence platform that consolidates cellular, satellite, and private networks into a single high‑throughput link with sub‑15 ms latency and up to 200 Mbps uplink. Its CHORUS nodes deliver real‑time video, sensor, and telemetry processing on aerial, ground, and maritime assets, reducing backhaul bandwidth and enabling instant situational awareness for industrial automation and autonomous systems.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities and autonomous systems often suffer from fragmented network connections and limited on-device processing, leading to high latency, unreliable data streams, and excessive backhaul bandwidth requirements. These constraints hinder real-time inspection, anomaly detection, and continuous monitoring needed for safe and efficient operations.
Solution
Cayley offers a unified connectivity fabric combined with edge intelligence to enable physical AI deployments at scale. Its CHORUS platform merges multiple network types into a single high‑throughput link, delivering sub‑15 ms latency and up to 200 Mbps uplink for any asset, whether aerial, ground, or maritime. Real-time video, sensor, and telemetry processing occurs on edge nodes, reducing backhaul load and providing instant situational awareness for autonomous robots and drones. The flexible deployment architecture allows rapid installation of compute‑enabled nodes in any environment, ensuring reliable communication and on‑board analytics for continuous industrial inspection and autonomous operation.
Target Audience
Primary customers are industrial automation firms and operators of autonomous robots, drones, and sensor networks that require reliable, low‑latency connectivity and on‑edge intelligence for inspection and continuous monitoring.
Features
- Multi‑network unified connectivity fabric that consolidates cellular, satellite, and private links into one reliable high‑throughput channel
- Edge processing capabilities for real‑time video, thermal imaging, and sensor data analysis directly on CHORUS nodes
- Sub‑15 ms end‑to‑end latency with up to 200 Mbps uplink bandwidth to support low‑latency control loops
- Deployable aerial, ground, and maritime nodes that can be positioned quickly to extend coverage wherever needed
- Integrated anomaly detection and autonomous decision‑making pipelines that operate without constant cloud connectivity
- Scalable architecture designed for large‑scale industrial facilities and complex environments