Open Arsenal

Persistent connectivity at every altitude.

CIRRUS GRID is a distributed atmospheric network designed to treat airspace as a structured, programmable system rather than empty space. It connects multiple layers of operation—ground infrastructure, autonomous low-altitude aircraft, and stratospheric platforms—into a single coordinated ecosystem capable of persistent communication, sensing, and compute. The system is built around the idea that connectivity should not depend on fixed towers or static infrastructure, but instead emerge dynamically through mobile, autonomous nodes in the atmosphere.

At its core, CIRRUS GRID uses a modular, event-driven software architecture where every capability exists as an independent component. Flight control, navigation, swarm coordination, communications, AI reasoning, and payload management are all separated into replaceable modules that communicate through standardized interfaces. This allows the system to evolve continuously without requiring redesign of the entire stack, making it adaptable to new hardware, mission types, and operational environments.

One of its defining features is its multi-altitude architecture. Stratospheric systems provide persistent, wide-area coverage and act as stable backbone nodes, while low-altitude swarm aircraft deliver mobility, adaptability, and fine-grained local awareness. Ground systems complete the loop by providing human control interfaces, data integration, and emergency response coordination. Together, these layers form a resilient network that can reroute, self-heal, and maintain function even under degraded or disrupted conditions.

CIRRUS GRID also emphasizes swarm intelligence and distributed autonomy. Aircraft are not individually controlled but instead operate as cooperative nodes within a larger system. They dynamically assign roles, balance workloads, and maintain network integrity through continuous coordination. This enables real-time adaptation to changing environments, including disaster zones, remote regions, or infrastructure-limited areas, while maintaining stable connectivity and situational awareness across the entire network.