AG

Gossip is a dual-use, software-defined edge intelligence platform that transforms distributed sensor networks into real-time threat intelligence, situational awareness and decision advantage for defence and critical infrastructure.

The platform combines two layers of intelligence. At the edge, autonomous Gossip nodes process data locally from multiple sensors—including motion, acoustic, vibration and environmental sensing—to detect, classify and assess threats in real time. This reduces latency, bandwidth requirements and false alarms while allowing nodes to operate even in communications-constrained environments.

The second layer is the Gossip Mission Intelligence Platform, which aggregates intelligence from multiple nodes to create a unified operational picture. It correlates detections, tracks threats, identifies patterns and coordinated events, prioritizes risks and can provide AI-assisted recommendations to operators. This transforms isolated sensor events into an understanding of what is happening, where it is happening and what action may be required.

Gossip is designed as a software-defined system: the hardware captures signals, while the intelligence evolves through software and AI model updates. New capabilities such as drone and vehicle classification, digging detection, gunshot recognition, coordinated multi-node tracking and emerging threat identification can be added over time without replacing deployed hardware.

The platform is built on six years of operational security experience and proprietary data collected across more than 4,000 protected sites through the company's existing security business. This operational knowledge provides a foundation for developing and continuously improving threat detection models and creates a growing data-driven competitive advantage.

Gossip addresses a gap between expensive, infrastructure-heavy surveillance systems and human-only monitoring. It can be rapidly deployed around temporary military positions, forward operating locations, remote assets and critical infrastructure, while also integrating with existing security, C2 and monitoring systems.

The result is a scalable intelligence layer for the physical world: turning distributed sensing into actionable information and enabling faster, more informed decisions in environments where security, resilience and operational awareness are critical.