Serverless situational awareness for the tactical edge. TicTAK replaces the centralized TAK server with a peer-to-peer blockchain — every node carries the truth, every node verifies it cryptographically, every node operates through DDIL conditions where reach-back is impossible.
Servers go dark. Comms get jammed. The mission doesn’t.
TAK was built around a server. When the server is unreachable — denied, jammed, or partitioned — situational awareness degrades or stops. In contested environments, that single point of failure is mission failure.
TicTAK eliminates the server entirely. Every operator’s device is a peer in a cryptographically verified mesh. Tracks, overlays, and chat propagate through the swarm and reconcile on reconnection. No reach-back required. No certificate authority required. No central coordinator required.
- Eliminates the TAK server as a single point of failure
- Peer-to-peer track propagation across mesh radio, LTE, or any IP transport
- ML-DSA-87 (FIPS 204) signed messages — every track cryptographically attributable
- Operates fully offline in DDIL environments — no reach-back required
- Compatible with existing TAK clients (ATAK, WinTAK, iTAK) via standard CoT
- Tamper-evident audit trail — every track’s provenance is verifiable
- FedRAMP and CMMC-ready for GovCloud deployment
Four pillars. One mesh.
Every node is a peer. Tracks, chat, and overlays propagate through the mesh without a central server. Conflict-free reconciliation guarantees a coherent picture across partitions.
Every CoT message ML-DSA-87 signed. Track origin is cryptographically attributable; spoofed tracks are rejected at the receive layer. NIST FIPS 204 compliant from day one.
Built for denied, degraded, intermittent, and limited connectivity. Local store-and-forward keeps the picture coherent through outages; reconnection reconciles divergence cryptographically.
Speaks Cursor-on-Target natively. Drops into existing ATAK, WinTAK, and iTAK clients without retraining. The blockchain layer is invisible to the operator — they see TAK; they get peer-to-peer.
What TicTAK does.
P2P — Peer-to-Peer Mesh
Every node carries the truth. Tracks propagate through the swarm via gossip protocol; conflict-free reconciliation merges divergent state on reconnection. No central coordinator, no consensus bottleneck.
DDIL — Disconnected Operation
Designed for denied, degraded, intermittent, limited environments. Local persistence and Merkle-anchored reconciliation. The picture stays coherent through outages and converges on reconnection.
ML-DSA — Quantum-Secure Signatures
Every CoT message ML-DSA-87 signed (FIPS 204). Track provenance is cryptographically verifiable; spoofed or replayed tracks are rejected at the receive layer.
ZERO — No Server, No CA, No SPOF
No TAK server. No certificate authority. No single point of failure. The mesh IS the infrastructure; the cryptography IS the trust model.
Three pathways. One mesh.
Full source license with exclusive government-sector rights. SBIR/STTR, OTA vehicle, or direct agency license vehicle. Includes integration support for existing TAK deployments.
Non-exclusive license for integration into prime-contractor C2 platforms and program-of-record submissions. Drop-in CoT compatibility minimizes integration risk.
OEM licensing for tactical radio manufacturers, edge-compute hardware vendors, and tactical comms platform providers embedding peer-to-peer SA at the device layer.
Field TicTAK. Operate without the server.
Talk to us about pilot deployments, integration timelines, and licensing terms.
Start a Licensing Conversation