A passive 4G/5G sensing platform that uses ambient wireless signals to detect, classify, and monitor activity in the physical environment. PolyEdge supports camera-free situational awareness, RF-silent drone detection, perimeter awareness, occupancy and movement sensing, and tactical monitoring without active radar emissions. The platform is designed for public sector, defense, transportation, and critical infrastructure environments where privacy, low-signature operation, and flexible deployment are important.

A counter-UAS application of the PolyEdge platform focused on detecting and tracking drones, including difficult-to-detect or RF-silent threats. Unlike solutions that rely primarily on drone command-and-control emissions, PolyEdge uses passive sensing from existing 4G/5G signals to support awareness of drones that may not be actively transmitting. This helps defense, public safety, airport, and infrastructure operators improve low-altitude situational awareness and complement existing counter-UAS systems.

A network-scale Integrated Sensing and Communications solution that enables sensing capabilities through radio access network infrastructure. PolyRAN is designed for cooperative ISAC use cases where base stations or wireless networks contribute to environmental sensing and situational awareness. This solution is relevant for telecom operators, defense modernization programs, smart infrastructure, and future 5G/6G network applications that seek to combine communications and sensing in a unified architecture.

A deployable private 5G and sensing solution that combines communications infrastructure with sensing-enabled operational awareness. PolyBase is intended for environments where users need rapid, flexible network deployment along with the ability to monitor activity across a site or mission area. Potential use cases include forward operating locations, emergency response, temporary infrastructure, smart campuses, airports, industrial sites, and other environments requiring resilient connectivity and local awareness.

An autonomous response orchestration capability that connects sensing inputs with decision support and response workflows. ARCHES is designed to help organizations move from detection to coordinated action by integrating sensor data, operational context, and automated response logic. The solution can support counter-UAS, perimeter security, infrastructure protection, and other mission scenarios where faster detection, prioritization, and response coordination are required.

A resilient communications solution that leverages commercial satellite communications and network slicing concepts to support reliable, mission-adaptable connectivity. This solution is relevant for defense, emergency response, remote operations, and critical infrastructure customers that need communications paths capable of sustaining operations in contested, degraded, or infrastructure-limited environments.

A generative AI-based network analytics and assurance capability designed to support anomaly detection, network monitoring, and operational insight across complex communications environments. The solution applies advanced AI techniques to help operators identify unusual patterns, improve network awareness, and support more proactive management of communications infrastructure.