Our mission is to keep your workflows safe and secure,
so your business can remain competitive and complient, in the age of AI.
Whether you need hands-on formal verification engineering or structured workforce upskilling, we provide accessible entry points for Startups, SMEs, and Enterprises.
We help engineering teams safely contain autonomous AI agents, eliminate critical vulnerabilities, and meet strict compliance thresholds with minimal disruption and rewriting existing systems.
Structured educational programs designed to equip software engineers, architects, and technical leaders with practical symbolic execution, invariant reasoning, and Petracode toolchain mastery.
Native execution bounds designed to clamp non-deterministic LLM behavior at sub-millisecond latencies. Intercept multi-agent messages, enforce guardrails both statically and dynamically at runtime.
Verified code generation and formal mathematical reasoning inside your AI workflows.
Equip Claude, Cursor, Copilot, and autonomous AI agents with push-button solver proofs and state-space guardrails.
LLMs produce probabilistic code that looks correct but hides subtle state hazards. The Petra MCP server subjects generated code to formal solver reasoning, mathematically proving invariant safety before deployment.
When an invariant fails, Petra returns minimal mathematical counterexamples back over JSON-RPC, enabling agents to self-correct with zero human triage, and provides evidence detailing how the counterexample was generated.
Formally verify plans involving sequence of tasks with resource contraints. Guarantees resource budgets will not be breached, ensuring time, money, energy constraints are satisfied.
Formally verify agent state transitions. Ensures autonomous agents operate strictly within verified safe bounds and guardrails.
Discrete state space flow verification with live symbolic interval inspection, assertions logs, and automated control transition graphs.
| Show | Variable | Symbolic Interval |
|---|---|---|
| ☑ | active | 1 |
| Line | Condition | Status |
|---|---|---|
| 6 | active == true | PASSED |
Research, development and consulting experience across Trading, AI Safety and Cybersecurity.
Mathematically verify low latency execution engines, risk management ledgers, and order state machines. Guarantee zero-drift execution, eliminate concurrency race conditions, and prove bounded risk invariants before order routing.
Wrap LLM and agent workflows with deterministic state constraints. Mathematically bound tool execution, prevent prompt injection privilege escalation, and enforce strict invariant guardrails.
Formally neutralize common CVEs—including use-after-free, null dereferencing, buffer overflows, and state corruption—prior to binary compilation and production runtime deployment.
Automated push-button formal verification and pull-request safety blocking directly inside your Git workflow.
Master symbolic execution, system coordination, and runtime reliability with our structured educational programs.
Interactive virtual classes covering Petra-Coord and Petra-Base fundamentals, state space verification, and live coding proofs.
Exclusive hands-on masterclass held at our London base.
Connect with our engineering and advisory team for scoping calls, verification audits, custom deployments, or training inquiries.