FORENSIC EVIDENCE LAYER
Prove what your AI did.
Chain of custody for every AI decision. When regulators ask or lawyers come knocking, you have tamper-evident proof of exactly what your AI systems did – so you can deploy with confidence and defend with facts.
Chain of custody
Every AI decision cryptographically signed. Any modification is detectable.
Tamper-evident logs
Deletions and changes are cryptographically provable. Nothing hidden.
Legally defensible
eIDAS qualified timestamps. Evidence that holds up under scrutiny.
Works with any AI stack
OpenAI, Anthropic, LangChain, or custom. OpenTelemetry-native observer.
The flight recorder for AI decisions
Cryptographic chain of custody for every AI action. Tamper-evident storage that holds up under scrutiny – all without changing how you build.
Observer architecture. Zero latency risk.
We sit alongside your AI, not in the critical path. No gateway, no proxy, no single point of failure.
Semantic SDK for agents
Our SDK hooks into LangChain callbacks and emits rich OTEL spans – tool names, arguments, results. Forensic-grade evidence, automatically.
Collector templates for DevOps
Deploy our hardened OTEL Collector config. It buffers locally, retries on failure, and fans out to Cynsta + your existing tools. Zero app latency.
Hash & anchor automatically
Every span is canonicalized (RFC 8785), hashed (SHA-384), and anchored with qualified timestamps. Evidence integrity, built in.
Fan-out to existing tools
Keep using Langfuse or Datadog. Our Collector exports to Cynsta AND your existing stack. No vendor lock-in.
Deploy your way
Start with our SDK today. Gateway integration coming Q3. Zero-code mode on the roadmap.
When AI fails, you need proof of what happened
Observability shows you what broke. Forensic evidence proves it wasn't your fault – or identifies exactly what was. That's the difference when regulators or lawyers come knocking.
Don't see your industry? We support any AI system that carries liability and regulatory risk.
Talk to us about your use caseRoadmap
From Governance Evidence to Autonomous AI Safety
Today we provide cryptographic evidence for AI compliance. Next, we simulate and stress-test agents before deployment. Eventually, we become the real-time safety layer for fully autonomous AI systems.
AI Governance Evidence
Cryptographic logging for any AI system. Immutable audit trails that prove compliance to regulators and hold up in court.
Agent Testing Lab
Pre-deployment simulation powered by EuroHPC. Stress-test agents against thousands of failure scenarios before they go live.
Autonomous Safety Layer
Real-time blocking for fully autonomous agents. The last line of defense when AI systems make high-stakes decisions independently.
Got Questions?
If you can't find what you're looking for, get in touch.