A protocol designed for the moment the network fails.
Atlas operates between the link and application layers, treating connectivity as an aggregate of paths rather than a single connection. The result is a tunnel that survives jamming, fade, and hostile spectrum.
Where Atlas sits in the stack.
A thin, deterministic layer that aggregates any IP transport beneath standard application traffic.
Three engineered guarantees.
Jam-Resistant Bonding
The Atlas scheduler treats every available link as a packet path, not a connection. Packets are sliced, replicated, and reassembled across paths in real time.
- Sub-250 ms failover across heterogeneous links
- Per-packet path selection with adaptive FEC
- Up to 32 concurrent IP paths per node
- Spectrum-agnostic: works over any transport
Tactical Encryption
AES-256-GCM and ChaCha20-Poly1305 with hardware-rooted keys. Forward secrecy renegotiated every session - overhead engineered to stay under 4%.
- AES-256-GCM · ChaCha20-Poly1305
- Per-session forward secrecy
- Hardware-rooted key storage (TPM/SE)
- FIPS 140-3 cryptographic profile available
Edge Autonomy
No controller, no cloud, no single point of failure. Nodes discover, authenticate, and self-heal locally - designed for fully air-gapped operations.
- Controller-less mesh negotiation
- Offline-first key distribution
- Zero outbound telemetry by default
- Boot-to-tunnel in under 4 seconds
Measured in the field.
Deep-dive: the Atlas Protocol architecture.
The Atlas Protocol Architecture
Download our latest Technical Briefing on how Adaptive Link Degradation and Packet-Level Bonding solve the critical failure points of standard SD-WAN in electronic warfare and industrial interference scenarios.
- Packet-level path scheduling
- Adaptive Link Degradation model
- EW countermeasure benchmarks
- SD-WAN comparative analysis