DRONE RUPTURE™ · AUTONOMOUS CELLULAR INTELLIGENCEExplore the missions and platforms that demonstrate Drone Rupture's autonomous, low-signature, policy-driven cellular security.
Drone Rupture aboard an unmanned surface vessel, operating autonomously with AI at the edge to discover cellular activity, monitor the environment, and help protect mission-critical electronic assets.
Explore Autonomous Operations →Drone Rupture goes beyond passive RF monitoring. Using proprietary, standards-based cellular signaling, it pulls cellular-connected devices from incumbent networks into a controlled managed-access environment, where they are identified, classified, and selectively allowed, rejected, or mitigated according to mission-defined protection policies.
Periscope transforms autonomous cellular survey results into an RF Blueprint of the surrounding environment. Drone Rupture uses that blueprint to automatically configure its managed-access cellular infrastructure, bringing discovery, device management, selective mitigation, and distributed operations together in one protection system.
This capability helps protect dismounted forces, forward operating positions, and critical facilities from unvetted cellular-connected threats—without broadband jamming or disrupting authorized communications.
Periscope autonomously characterizes surrounding cellular networks and produces an RF Blueprint that drives configuration of the managed-access cellular infrastructure in unfamiliar environments.
Field evidence: Trident Spectre →Standards-based cellular signaling pulls cellular-connected devices from incumbent networks into a controlled managed-access environment for identification and policy-driven handling.
Field evidence: Georgia Corrections →Allow, reject, and mitigation outcomes apply mission-defined protection policies without broadband jamming.
Field evidence: Canada Suffield →Cellular ranging, movement assessment, and location estimates support threat awareness and provide decision-quality information for ISR, electronic warfare, and authorized kinetic response.
Field evidence: FoCUS (Family of Counter-UAS Systems) →Cooperating nodes extend cellular-domain awareness and managed-access protection across ground and maritime environments.
Field evidence: African Lion →Drone Rupture provides the specialized cellular sensing and control layer; MissionOS adds edge AI, operational context, governed orchestration, and integration with mission systems.
Field evidence: FoCUS Integrated Defense →Drone Rupture provides the cellular intelligence and control layer. MissionOS builds on that foundation, combining observations with mission context so customers can turn cellular awareness into actionable decisions at the edge.
Correlates cellular observations, ranging and movement information, and mission context to help operators recognize and prioritize emerging threats.
Supports continuous operational awareness, diagnosis, and governed recovery workflows to reduce the burden on deployed teams.
Supports policy-driven decisions and integration with ISR, EW, counter-UAS, and command-and-control architectures—without replacing human authority over consequential actions.
Independent by design. Integrated by mission. Explore MissionOS →
Autonomous configuration and multi-node operations.
African Lion · Trident SpectreExplore Capability →
Detect, identify, classify, track and selectively manage cellular-connected threats.
Operation Flytrap · FoCUSExplore Capability →
Standards-based, policy-driven cellular access control for protected facilities.
Corrections deploymentsExplore Capability →