SynapseFire

Explore SynapseFire

Decision superiority at the price of software

SynapseFire from Decent Cybersecurity is a sovereign, post-quantum fire control and flight guidance component built to defeat cruise missiles with low-cost interceptors. Instead of spending more on every round, it raises the probability of kill of the rounds already in the inventory through better sensor fusion, better launch decisions and better guidance. The result is greater magazine depth without adding a single dollar to the cost of an interceptor. It is a fire control component fielded in an operational programme, not a console demo, and it runs as pure software on commodity or hardened compute.

Key Features

Multi-sensor track fusion:

Kalman-filtered fusion across radar, electro-optical and passive RF at 10 Hz keeps tracks alive through single-sensor loss and barrage jamming, so the engagement does not collapse when one sensor is denied.

Post-launch flight guidance:

Proportional navigation with live corrections at 10 Hz and command latency under 150 ms in the reference implementation guides the interceptor onto a converging predicted intercept point.

Post-quantum, human-authorized release:

Weapon release is never autonomous. Two-person human authorization is enforced in software and cryptographically recorded, with every command and track update signed using NIST-standardized ML-DSA and anchored in the CyberFort Blockchain audit chain.

Better fire control is the cheapest place in the kill chain to buy performance.

Cheap Threats, Expensive Interceptors

Mass-produced cruise missiles and one-way attack systems have inverted the economics of air defence. The threat is cheap to build and easy to field in numbers, while exquisite interceptors are expensive and cannot scale to match. Every failed intercept spends a round, and every round spent is capacity an adversary can deliberately exhaust. Magazine depth, not raw interceptor performance, has become the defining constraint, and buying more expensive rounds does not solve it.

One Fire Control Chain, Eight Agents Behind It

SynapseFire is the fire control specialization of the SynapseCommand platform, so it delivers performance through two layers that act as one system:

1. SynapseFire Fire Control Core

Track fusion, engagement sequencing, salvo economics and guidance combine to raise the probability of kill of every interceptor, publishing open engageability objects to the integrated battle command layer rather than locking data behind a proprietary console.

2. SynapseCommand Agent Mesh

Eight independent agents, covering spectrum watch, integrity monitoring, cyber deception and the signed audit chain, run behind the fire control core so the chain defends itself while it fights, rejecting spoofed commands on signature verification.

Built for Air and Missile Defence

SynapseFire is made for the moments where a missed intercept has a real cost. In national air and missile defence, it raises the modeled single-shot probability of kill against a maneuvering cruise-missile-class target from 0.60 to 0.84 in Monte Carlo simulation, purely through better fire control. It publishes open engageability objects straight into integrated battle command, so it strengthens an existing IBCS rather than replacing it. And because it is sovereign, hardware-agnostic software with Government Purpose Rights on all deliverables, it fits allied and coalition use without vendor lock or export entanglement on the software layer.

Built Cleared, Fielded Quietly

Unlike general-purpose autonomy pitches, SynapseFire is built for environments where trust and accountability are not negotiable. NIST post-quantum cryptography is standard, with ML-DSA signatures and ML-KEM key establishment, and a hash-chained CyberFort Blockchain ledger turns every command into non-repudiable evidence. Core fire control components are already fielded and qualified in an operational programme, the company holds a NATO SECRET facility clearance, and a reference fire control unit costs roughly 95,000 dollars with zero cost added per round.

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