Digital Partner integrates multilayer protection that filters, analyzes, and validates every interaction before it reaches the AI.
This is where your data, commands, and documents arrive. This zone accepts everything, but executes nothing without validation. Like a security airlock, T1 isolates risks before they spread.
Trigger: any incoming data → N5 mapping + syntactic firewall
The brain of the system. T2 analyzes every request, distinguishes legitimate data from malicious instructions, enforces governance rules, and only lets through what is safe.
Trigger: T1-validated request → N5 flagging + N6 governance
The GPS-S system learns from every interaction to strengthen or weaken correlations between concepts. This persistent associative memory guarantees that:
This Hebbian reinforcement mechanism works without external supervision — it is fully deterministic and verifiable.
Every Swarm continuously monitors the topological invariant of its memory state. A ransomware encryption attempt is detected in under one second — 10× to 30× faster than market EDR/XDR solutions.
Benchmark: detection in 0.32 s at only 5% file encryption. Cross-swarm alert in 0.18 s. 98.3% global data survival.
If a node is fully encrypted, it can be regenerated from its genomic code — distributed identity, symbolic memory, and topological proofs stored across the multiswarm. No backup restoration required.
Benchmark: 100% tamper detection on critical host files, integrity verified in < 1 ms.
Every LLM-generated response is scanned before transmission to the user. The CircuitBreaker detects jailbreak patterns, compromised content, and anomalies in responses. On critical detection, the response is blocked and replaced with a safe message.
Trigger: LLM response → ResponseMonitor → BreakerDecision (SUSPICIOUS/DANGER/CRITICAL)
T2Conscience is now active in the Decision Engine and the Feedback Loop. Every user request and every feedback observation is validated before processing. REFUSE and QUARANTINE verdicts automatically block the request with full traceability.
Trigger: user request → T2Conscience.evaluate() → GO/CLARIFY/REFUSE/QUARANTINE
The KillSwitch is checked at every API lifecycle step. If the sentinel file /tmp/tosio_kill exists, the system logs the alert and can trigger shutdown. No request is processed without this check.
Activation: touch /tmp/tosio_kill · Deactivation: rm /tmp/tosio_kill
A bilingual syntactic firewall (French and English) blocks prompt injection attempts — hidden instructions designed to hijack the AI's behavior. More than 20 detection patterns analyze every request in real time.
Example: if someone asks "ignore all previous instructions," the request is automatically blocked before reaching the model.
Digital Partner analyzes every incoming image for hidden instructions in the least significant bits (LSB). The chi-square test compares pixel distributions in pairs (even/odd), catching messages invisible to the naked eye — including QR codes camouflaged by steganography. If the test fails (scipy unavailable), a fallback detector based on ASCII runs takes over.
Performance: F1=0.985, Recall=100%, detects fully steganographed images in ~10 ms
The system detects and prevents any jailbreak attempt — techniques designed to free the AI from its safety constraints. Model responses are analyzed for abnormal behavior.
An immediate-stop button, reachable in one click, cuts all system activity. In doubt, you can stop Digital Partner instantly, without going through the user interface.
In case of incident, the topological history lets you return to any previously known-good state. Like a time machine, you can undo any problematic action.
A Monitoring Council (N5) and an ethical framework (N6) guarantee that every decision stays aligned with your values. Rules are configurable and adaptable to your context.
The security protection code is open and auditable. Every filtering decision is logged and traceable. You can verify for yourself that the system does what it promises.
Reserved for critical infrastructure, this tier activates the full N5/N6/N9 protections with:
Before every sensitive action, the Watchman (N9) creates a temporary copy of the Swarm to simulate the impact. If the simulation reveals degradation, the action is blocked before execution.
After every incident, the Council produces a complete retrospective report: affected navigation paths, verdicts, lessons learned, and updates to the Swarm's shared DNA.
On coordinated attack, the Shield (N9) freezes affected zones and prepares a Swarm restructuring. Actual state (as of 2026-09-21): the freeze and the Proteus restructuring service are implemented and exercised by the test benches, but the automatic N9 → Proteus chain is not wired yet: triggering currently requires human validation. We do not present as automatic what is not yet automatic.
A syntactic firewall analyzes every request before it reaches the model. It detects known injection patterns in French and English, and blocks or asks for clarification when a request is suspicious.
Yes. A one-click Kill Switch immediately cuts all activity. It works independently of the user interface — even if the API is compromised, you can stop the system.
All data is processed locally on your infrastructure. Digital Partner sends no data to external servers. Communications are encrypted and access is controlled by a robust authentication system.
The system can: (1) block the request, (2) ask for your confirmation for sensitive actions, or (3) on critical threat, trigger the emergency stop and let you return to a previously known-good state.
Yes. The security modules (syntactic firewall, immune filter, circuit breaker) are available in the product itself. You can audit them, modify them, and adapt them to your needs.
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