For mission-critical data, sovereignty is not a feature - it is the foundation of control.
More than a mesh network. A unified operating environment for intelligent edge decisions.
A single ontology for all entities: Nodes, Sensors, Threats, and Tracks. Optimized binary serialization ensures seamless interoperability across the stack.
Combines sensors, UAS telemetry, Remote ID, ADS-B, and RF events into a single "Common Operating Picture" processed at the edge.
Seven graph types model operational relationships (Topology, Trust, Command). Queries like "Show nodes that relayed traffic for X" enable deep analytics.
Automatic route discovery and maintenance without central coordination. Operates over any physical or logical network interface.
Store-and-forward architecture with bundle protocols ensures message delivery even with intermittent connectivity.
Coordination-free addressing using 512-bit elliptic curve keysets (Ed25519 + X25519). Route to identity, not location.
Security is not a feature; it is the physical layer. We utilize the Noise Protocol Framework to ensure mathematical security for every byte.
Industry-standard ECDH key exchange ensuring secure channel establishment even over low-bandwidth links.
Military-grade symmetric encryption with Poly1305 for high-performance authenticated encryption.
Multi-layer encryption and ephemeral identifiers prevent traffic analysis. Intermediate nodes cannot read payloads.
Fast, secure digital signatures for identity verification and anti-spoofing. Every packet is signed.
Native support for military and autonomous systems standards.
Full Cursor on Target (CoT) message support. Mesh-based routing allows TAK data to flow without servers. Role-based addressing targets units by function.
ASTM-compliant Remote ID over mesh for GPS-denied operations. Integrated ADS-B receivers create a distributed air picture.
Full MAVLink protocol routing for drone C2. Control swarms and retrieve telemetry over the private, encrypted mesh.
Intelligence features for next-generation operations.
Simulates routing changes, jamming, and mission outcomes before they happen using a complete mesh model.
Records all mesh events for forensic replay. Reconstruct timelines and analyze anomalies post-mission.
Generates fake nodes and routing paths (Honey-Mesh) to detect intruders and confuse adversaries.
Run multiple logical meshes (Red/Blue teams) over the same physical network with isolated routing domains.
Self-healing logic automatically reroutes around failures and adjusts radio parameters (SF/Power) in real-time.
ONNX Runtime support for gateway-side inference. Detect anomalies and classify RF signals at the edge.
| Metric | Specification |
|---|---|
| Engine Architecture | Proprietary high-performance core with hardware-accelerated cryptography and signal processing |
| Processing Speed | Ultra-low latency packet processing; 50x faster FEC encoding |
| Processor Architectures | AMD64 (x86_64), x86, ARM64 (AArch64), ARMv7, RISC-V, Xtensa, MIPS64, POWER |
| Radio Support | LPWAN (SX12xx), Packet Radio (AX.25/TNC), SDR, Custom RF Modules |
| Scalability | Tested to 1000+ nodes; Geographic range limited only by gateway placement |
Whether you are a government agency requiring a confidential consultation or an industrial operator with a remote data challenge, our team of engineers is ready to assist you.
Fill out our secure request form. An engineer from our solutions architecture team will contact you within one business day.