Decision superiority at the price of software.
SynapseFire™ is a sovereign, post-quantum fire control and flight guidance component for defeating cruise missiles and one-way attack drones with low-cost interceptors. It raises magazine depth without adding a dollar to the round.
Cruise missiles are cheap. Interceptors are not.
Mass-produced cruise missiles, one-way attack (OWA) drones and loitering munitions invert the defender's economics.
Exquisite interceptors cannot scale to the size of the threat.
Raise probability of kill per round with better fire control, not more expensive rounds.
Magazine depth is the defining constraint of modern air defence. Every failed intercept spends a round; every round spent is capacity an adversary can exhaust. Fire control quality is the cheapest place in the kill chain to buy performance: better fusion, better launch decisions, and better guidance raise the probability of kill of every interceptor already in the inventory, at zero additional cost per round.
A fire control and flight guidance component, not a console demo.
On-premise inference. No cloud dependency, no foreign model telemetry, no data leakage outside the operator's enclave. The AI stays where the weapon system stays.
Kalman-filtered track fusion across radar, electro-optical, and passive RF at 10 Hz. Tracks survive single-sensor loss and barrage jamming. Optimised for low, slow, small (LSS) targets typical of counter-UAS engagements.
Computes launch windows, engagement quality, and salvo recommendations, published as open engageability objects to the integrated battle command layer and GBAD command layers.
Proportional navigation with live corrections at 10 Hz and command latency under 150 ms in the reference implementation.
Weapon release is never autonomous. Human authorization is enforced in software and cryptographically recorded.
Every command and track update signed with NIST-standardized post-quantum cryptography (ML-DSA), anchored in the CyberFort Blockchain™ audit chain for non-repudiable evidence.
CommanderNL™ lets operators query tracks, sensor health, and decisions in plain language. Advisory only, never a release path.
In Monte Carlo simulation, fused, agent-optimized fire control raises modeled single-shot Pk from 0.60 to 0.84 against a maneuvering cruise-missile-class target. Simulated results; methodology available in the technical white paper.
One engagement, end to end.
Radar cues a low, slow, small inbound with a one-way attack drone profile. Fusion opens a track.
A second inbound. The engagement sequencing agent ranks threats and computes launch windows.
Barrage jamming takes the radar down. The track survives on EO and passive RF.
Two-person human authorization. Signed, chained, non-repudiable.
Proportional navigation guides the interceptor to a converging predicted intercept point.
A spoofed guidance command is rejected on signature verification. The fire control chain defends itself.
Built for the raid, not the single shot. Counter-swarm and C-UAS saturation defence.
Mass-produced one-way attack drones and cruise missiles arrive in raids designed to exhaust magazines. SynapseFire™ optimises the whole engagement, not just one intercept.
The salvo economics agent computes shot doctrine across the entire raid in real time: shoot-look-shoot versus salvo per track, interceptor mix allocation across low-cost and exquisite rounds, and launcher-to-threat assignment that preserves magazine depth for what comes next. Every recommendation is costed: rounds spent, rounds saved, residual magazine.
In Monte Carlo simulation against a mixed raid of one-way attack drones and cruise-missile-class threats, salvo-optimised shot doctrine defends the same target set with 31% fewer interceptors expended. Simulated results; methodology available in the technical white paper.
Under channel saturation, the engagement sequencing agent ranks the raid by threat value and engageability, then recommends deliberate non-engagement of low-value decoys when spending a round would cost more than the leaker. Letting the right threat through is a fire control decision, and SynapseFire™ makes it explicit, explainable, and auditable. Every engage and every hold is signed and anchored in the CyberFort Blockchain™ audit chain.
Magazine depth is won before launch. SynapseFire™ spends every round like it is the last one.
Eight independent agents. One fire control chain.
The Government owns the interfaces. Government Purpose Rights on all deliverables. Published track and engagement objects, no proprietary lock.
Pure software. Runs on commodity or hardened compute. No vendor lock, no export entanglement on the software layer.
SynapseFire™ is the fire control specialization of SynapseCommand™, the company's fielded command and control platform.
synapsecommand.com ↗Built cleared. Fielded quietly.
NIST post-quantum cryptography as standard: ML-DSA signatures, ML-KEM key establishment.
Hash-chained CyberFort Blockchain™ audit ledger: every command is non-repudiable evidence.
Autonomous cyber defence of the fire control chain itself: spoofed commands rejected on signature verification.
Company holds a NATO SECRET facility security clearance.
Core fire control components fielded and qualified in an operational programme. Classified qualification evidence available to cleared U.S. Government evaluators through government-to-government channels.
Ready for hardware-in-the-loop or synthetic evaluation in 1QFY27.
Reference fire control unit cost approximately $95,000, well under typical component cost thresholds, with zero cost added per interceptor round.
A European defence deeptech.
Decent Cybersecurity s.r.o. is a European defence deeptech based in Teplice, Czechia, backed by 48 million euros in research and development funding. Its post-quantum cryptography and command and control software are fielded in operational programmes today. SynapseFire™ addresses integrated air and missile defence (IAMD), ground-based air defence (GBAD) and counter-UAS (C-UAS) missions with a single sovereign fire control core.
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Cleared government evaluators: classified qualification evidence is available through government-to-government channels.