Patented Drone Swarm Coordination Technology
Compute-aware routing, kernel-level monitoring, and military-grade security for autonomous multi-vendor drone swarms.
Proprietary protocols prevent cross-platform interoperability. Violates DoD MOSA mandates.
Mesh protocols route packets, not compute. GPU-equipped drones treated same as lightweight scouts.
Drones cannot programmatically advertise capabilities. No standardized query interface exists.
No orchestration across NVIDIA, AMD, Intel, Hailo, Coral hardware within a single swarm.
Drone loss requires manual reconfiguration. No automatic reconvergence mechanism.
Most mesh protocols lack FIPS 140-3 compliance and post-quantum readiness.
Patented capabilities — not available in any existing system
Workloads are automatically routed to the drone with the best available compute resources. Not just packet routing — intelligence routing.
Every drone in the swarm exposes the same standardized interface regardless of hardware manufacturer or GPU vendor.
Kernel-level monitoring of GPU, radio, power, and sensors with sub-millisecond event detection and automatic response.
FIPS 140-3 validated cryptography with post-quantum readiness for classified operations.
Full technical architecture and implementation details available under NDA
No existing system treats GPU/NPU compute as a routable resource across multiple vendors
| Platform | GPU/NPU | Multi-Vendor | Compute Routing | Gap |
|---|---|---|---|---|
| Shield AI (Hivemind) | NVIDIA only | No | No | Single vendor, proprietary autonomy stack |
| Skydio (X10) | NVIDIA only | No | No | Visual nav only, not swarm GPU orchestration |
| Anduril (Lattice) | Various | No | No | C2 platform — routes missions, not compute |
| MAVLink / MAVSDK | None | N/A | No | Communication protocol, not compute protocol |
| ROS2 Multi-Robot | None | N/A | No | Pub/sub middleware, no GPU telemetry routing |
| TALON-EDGE™ | 5 vendors | Yes | Yes | First in category |
Every existing drone swarm platform treats drones as either packet endpoints (mesh radios, MAVLink) or mission executors (assign task, drone figures it out).
TALON-EDGE is the first system that treats drones as autonomous compute nodes that advertise GPU capabilities and accept routed workloads. A drone swarm becomes a distributed compute fabric — not just a communications mesh.
Before TALON-EDGE, drone swarms are like the internet before cloud computing — they can move data around, but they can’t intelligently route work to where the compute resources are.
When a drone is lost, the swarm automatically redistributes workloads and sensor coverage. No manual reconfiguration. No central controller dependency. Recovery in under 500ms.
Route inference workloads to the best available GPU regardless of vendor. NVIDIA, AMD, Intel, Hailo, and Coral coordinated within a single swarm through a unified abstraction.
Fuse EO/IR, LIDAR, thermal, SAR, and SIGINT data across drones from different manufacturers. Standardized sensor schema with GPU-accelerated registration.
Kernel-level battery monitoring triggers graceful workload migration before a drone departs for charging. Swarm maintains coverage throughout the charge rotation cycle.
Drones signal planned departure, migrate active workloads to peers, and only withdraw after confirming all missions are handed off. Zero disruption to swarm operations.
Minimal footprint designed for edge compute platforms
Orin NX / AGX Orin
AI Accelerator Module
Edge TPU
Embedded Series
Embedded Series
Full technical architecture available under NDA
Validated cryptographic modules for all inter-drone communication.
Hybrid key exchange for quantum-resistant classified operations.
Designed for OS, network, and application security STIG compliance.
Routing automatically enforces data handling rules per classification level.
| Asset | Domain | Claims | Status |
|---|---|---|---|
| TALON-EDGE™ NPA | Drone swarm coordination, compute routing, vendor-neutral interfaces, kernel monitoring | 20 | Filed |
| AutoScaleWorks™ NPA | Heterogeneous GPU orchestration, kernel-level monitoring, vendor-neutral compute management | 15 | Filed |
| Provisional Application | Full technical specification of drone mesh coordination system | — | Filed |
Integrate patented capabilities into your drone platform with full technical support and implementation guidance.
Freedom-to-operate license covering the full patent portfolio for your product line.
Collaborative partnership to customize the technology for your specific platform and mission requirements.