Engineered for Determinism. From Program Analysis to Autonomous Verification.
Production-Grade Security Capabilities
Built on zero-ambient-authority foundations, formal grammar parsing, and automated constraint satisfaction.
Code Intelligence & Program Analysis Engine
High-throughput compiler infrastructure providing canonical Universal Abstract Syntax Trees (UAST), interprocedural control-flow graphs (CFG), and semantics-preserving program slicing. Designed to give security agents an immutable white-box representation of codebases.
Canonical AST & CFG across C/C++, Rust, Go, TypeScript, Java, and Python with interprocedural call resolution.
Contextual program slicing along causal data-flow paths, reducing cognitive context load by up to 90%.
Resolving dynamic callback dispatch, routing macros, and framework abstractions that break naive static analyzers.
Automated translation, coverage regression, and semantic equivalence checking for static rule engines.
AST_NODE_LIMIT: 10M+ // RESOLUTION: SUB-SECOND Autonomous Verification & Falsification Pipeline
An industrial-grade verification harness for 0-day and critical vulnerability triage. Coordinates specialized agent roles to formulate hypotheses, synthesize minimal reproducible PoCs, and execute physical Canary Oracles inside isolated sandboxes to eliminate hallucinated false positives.
Decoupled roles (Triage, Exploration, Falsification, Arbitration) preventing bias and validating exploit reachability.
Deterministic verification through file, network, or memory state changes executed inside sandboxed containers.
Automated permutation of authorization states to uncover broken object-level access and state-machine bypasses.
Synthesizing code fixes that neutralize exploit paths while passing full test suites without regression.
PROOF_STANDARD: REPRODUCIBLE CONTAINER SCRIPT Range Infrastructure & Adversarial Simulation
On-demand deployment of high-interaction vulnerability environments, realistic attack surface digital twins, and autonomous threat intelligence synthesis. Designed for safe, repeatable model red-teaming and security agent benchmarking.
Automated synthesis of multi-service vulnerable networks with injected business data and realistic telemetry.
GraphRAG-powered threat intelligence mapping directly into executable Sigma rules and atomic test commands.
Zero-ambient-authority execution cells preventing non-deterministic model actions from escaping host boundaries.
Rigorous evaluation of LLM guardrails against indirect prompt injections and multi-turn jailbreak attempts.
CONTAINMENT: 100% HARDWARE-ROOTED ISOLATION
Zero Black Boxes.
Mathematical oracles, inspectable traces.
We reject the industry pattern of proprietary evaluator locks and speculative benchmark rankings. All SecDome systems are engineered so that every vulnerability claim, program slice, and remediation patch can be mathematically audited and reproduced by any external researcher.
Static analysis and agentic discoveries must have automated SMT or physical Canary witness proofs.
No closed formats. We output standardized SARIF, LLVM-IR, Sigma, and containerized PoC scripts.
Autonomous agents execute strictly within capabilities-restricted micro-VMs.