End-to-end command, control, communications, computers, cyber, coalition, and ISR system design. From requirements through deployment.
Integrating local LLM inference into tactical C2 systems. Natural language interfaces for operator-driven decision support at the edge.
Adaptive Division Multiple Access — a novel polyhedral scheduling paradigm for heterogeneous compute. Patent-pending approach that outperforms TDMA and CFS.
Multi-node mesh architectures for DDIL environments. Graceful degradation, distributed AI inference, and autonomous operation when disconnected.
AI-powered security operations with MITRE ATT&CK mapping. Real-time threat detection, behavioral analysis, and automated response at the tactical edge.
EADGE-T integration and BMC2 architecture. Direct experience with UAE national air defense systems and Emirati military partnerships.
Communications system design with funded CLIN. Concept through acquisition for tactical comms architecture.
Four years integrating the Emirates Air Defense Ground Environment. Direct partnership with Emirati military. Training and operational support.
18 years across PACOM, CENTCOM, SOCOM, JSOC. Afghanistan, Iraq, Philippines, Jordan, UAE. Tactical communications, ISR, and C2 systems.
Air Transportation, Traffic Management, Communications. Charleston AFB, Travis AFB, Scott AFB, Osan AB.
Bare metal operating system with ADMA polyhedral scheduling. Maps heterogeneous compute resources to faces of an icosahedron for adaptive, health-aware workload management. Proven to maintain 100% success rate under sustained load where traditional schedulers fail.
Novel scheduling paradigm derived from military TDMA radio concepts. Replaces fixed time-slot allocation with dynamic, health-aware face selection on polyhedral geometry. Applicable to CPU scheduling, quantum computing, network management, and autonomous vehicle coordination.
Deploying 32B+ parameter language models on Apple Silicon at the tactical edge. Full C2 capability with natural language interfaces, RAG-powered knowledge bases, and autonomous operation in disconnected environments. No cloud dependency.
AI proxy with built-in RAG memory and web intelligence. Route requests to any LLM through a unified interface with persistent knowledge base.
github.com/roygurner-gif/cloxy →AI-powered SIEM with MITRE ATT&CK mapping and integrated red team toolkit. Build your own cyber range on Apple Silicon.
github.com/roygurner-gif/defendr →Ephemeral VM orchestrator for Apple Silicon. Spin up, use, destroy. No artifacts. Blockchain audit trail for every action.
github.com/roygurner-gif/zero-station →Available for consulting engagements in C4ISR architecture, AI integration, defense systems, and ADMA scheduling technology.
roy@roygurner.com