Network-Integrated Sensing
Transforms existing 4G and 5G base stations into cooperative sensing nodes, creating a wide-area detection layer without deploying standalone hardware.
Governments, operators, and city-scale organizations need persistent, wide-area awareness across borders, transportation corridors, critical infrastructure, and dense urban environments. Traditional sensing requires large deployments of cameras, radar units, or custom hardware, which is expensive, difficult to scale, and often limited by line of sight.
PolyRAN uses live 4G and 5G network signals as a cooperative sensing layer. By analyzing CSI, reference signals, and multi-cell interactions, PolyRAN delivers real-time detection of drones, vehicles, and human activity over very large geographic areas. Coverage expands naturally through the RAN footprint and does not require deploying standalone sensors or optical equipment.
PolyRAN operates directly within the cellular network. It builds on existing base station infrastructure and uses network-level cooperation between cells to achieve long-range sensing and high detection accuracy. PolyEdge, by contrast, is a local standalone sensor designed for facility-level coverage.
Below are some of the most common PolyRAN use cases:
Transforms existing 4G and 5G base stations into cooperative sensing nodes, creating a wide-area detection layer without deploying standalone hardware.
Combines reflections, CSI, and signal disturbances across multiple cells to improve range, accuracy, and detection confidence.
Runs on deployed RAN equipment with no need for cameras, radars, or dedicated sensors. Operators and governments can activate sensing through software and APIs.
Extends sensing across large geographic areas, including borders, highways, airports, and dense cities. Ideal for public safety, national security, and smart infrastructure.