SynapseCommand® augments command-and-control platforms with doctrinally grounded agents, each purpose-built for a staff task, and a natural-language commander interface: sovereign, post-quantum-secure, and auditable via hash-chained, append-only decision records.
SynapseCommand® is an AI platform that helps military commanders see faster, decide faster, and act with confidence. It plugs into existing command-and-control systems, runs on infrastructure you control, including air-gapped and classified environments, and writes every decision it supports to a hash-chained, append-only record that is ML-DSA-signed in assured deployments.
Ninety seconds ago, this was a radar return. Now it is a decision.
Doctrinally grounded agents. One sovereign mesh. And no raw source data leaving your boundary without an authorised release policy.
Options ranked. Reasoning shown. Evidence sealed.
Then it stops. And waits.
The system recommends. It does not decide. A human does.
Your data. Your weights. Your jurisdiction.
Air-gapped. Post-quantum. Accountable to the last inference.
SynapseCommand. Decision superiority. On your terms.
Pulls ISR, OSINT and force data from your existing systems via STANAG-aligned adapters.
Agents reason in parallel and coordinate through the sovereign Agent Mesh, with the combination set by mission requirements.
Commanders interact in natural language and receive ranked, traceable options, auditable via hash-chained, append-only decision records, with ML-DSA signing in assured deployments.
Decent Cybersecurity is one of ten companies selected with SynapseCommand® for the NATO Defence Innovation Accelerator for the North Atlantic (DIANA) Decision Superiority Challenge, receiving €100,000 in contractual funding and working towards a live demonstration to NATO commands by December 2026. Selected in the NATO DIANA Decision Superiority Challenge, ranking in the top 2.34% of 427 submissions across 29 Allied nations.
Learn more on nato.intSynapseCommand® adds decision intelligence above the command, control, mission and operational-data environments you already run. Nothing is ripped out. Integration status varies by system and is stated per system in the compatibility catalogue, and the adapters we publish are a separate thing from any third-party system integration.
Keep your C2. Add the decision layer.
Stay in place, under your control.
Defence standards and published adapters.
Classification-aware gateway and agent mesh.
Options, evidence and an auditable record.
Connect → Understand → Rehearse → Decide → Execute → Replay
Integration pathways for NATO, national and vendor command environments. Each entry carries its own status and its own evidence. Names are used for identification only.
Published adapters map external operational data into the SynapseCommand® canonical model before it reaches the decision layer. Implementation details, fixtures and tests are publicly inspectable. The integration contract is open; the decision runtime is not.
These are data formats, not third-party products. TAK here means the Cursor-on-Target message format; the TAK Server, ATAK and WinTAK applications are listed as systems above.
C4ISR stands for Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance. This guide explains what C4ISR means, how it works, how it differs from C2 and C5ISR, and why interoperability and resilience matter.
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Hybrid threats are coordinated harmful activities carried out with malign intent to undermine a target such as a state or institution through a variety, and often a combination, of means. They can include cyber operations, information manipulation, sabotage, economic coercion, covert political activity and military pressure. Hybrid campaigns often exploit vulnerabilities, ambiguity and difficulties of detection and attribution, frequently while operating below the threshold of open armed conflict.
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A Common Operational Picture, or COP, is a shared and dynamic representation of operational information that can be tailored to support situational awareness, collaborative planning and decision-making. In military command and control, a COP brings relevant information from multiple sources into a shared, mission-focused picture. It is not simply a digital map, and it is not necessarily a single software application.
Read updateEach agent is purpose-built around a doctrinal task and governed by a fail-closed model register (an unapproved model tag is refused, never inferred), a five-role RBAC capability matrix with hash-only token storage, and a supervisor whose quarantine powers always carry an actor and a justification. Approval gates are enforced by the engine, not by a prompt: bounded, reversible automation runs human-on-the-loop, and every explicit approval gate is human-in-the-loop. Agents reason in parallel and coordinate through the sovereign Agent Mesh, with the combination set by mission requirements.
All agents complete the same verification programme. The tiers below record the technology readiness level at which each has been demonstrated.
System prototype demonstrated in an operational environment.
Tested against the same verification programme. Operational-environment demonstration not yet completed.
Sustainment and convoy decision support.
NATO AJP-4 logistics doctrine; national sustainment planning practice.
Structured reasoning and plan decomposition.
Supports mission analysis within NATO OPP / AJP-5.
Strategic-level and doctrinal analysis.
NATO AJP-01 capstone doctrine and national strategic guidance.
Exercise control, training variant only.
Aligned to NATO exercise planning and Joint Warfare Centre practice.
Air tasking order workflows.
NATO AJP-3.3 air and space operations; USAF air tasking cycle.
Canonical weather representation with deterministic confidence.
From national command centres to disconnected edge nodes, SynapseCommand deploys where decisions are made.
In-country, accredited cloud, under your jurisdiction and operational control.
Designed for deployment up to NATO SECRET. Classification enforcement is implemented in code in both directions: unlabelled requests do not cross the gateway, answers above the caller's clearance are withheld, and withheld events are counted. Accreditation is per deployment.
Runs disconnected. Inference, all operational agents and the decision record are local. Offline map packs are staged per node. The White Force Agent is training-variant only and excluded from operational builds.
Briefings available under NDA. Classified briefings arranged through cleared channels.
