Deep Graph Reasoner
AST-based Code Property Graph (CPG) reasoning to trace multi-step tainted data flows, pinpointing complex logic flaws and security boundary breaches across microservices.
Autonomous agents traversing Code Property Graphs (CPGs) to uncover zero-days, executing target-aware exploit replays in sandboxes, and validating remediations with zero false positives.
Every security signal collapses into an active verification loop — from semantic detection to automated, sandboxed confirmation.
AST-based Code Property Graph (CPG) reasoning to trace multi-step tainted data flows, pinpointing complex logic flaws and security boundary breaches across microservices.
Dynamic payload generation pressure-tested within dedicated target containment sandboxes, mathematically proving breach exploitability with absolutely zero false positives.
Distributed agent swarms synthesizing highly precise, localized AST repairs, executing target-aware regression validation, and delivering verified patches to code registries.
Ingest codebase shifts and API states. Multi-agent security swarms compile deep Code Property Graphs (CPGs) and map data flows from raw request sources directly down to sinks.
Synthesize dynamic target-aware exploit payloads and spin up containment sandboxes. Execute exploit simulations in real-time to mathematically confirm exposure, eliminating false positives.
Agents draft precise surgical AST repairs, automatically commit code patches to repository branches, and trigger exploit replays to verify that boundaries are fully restored.
From raw source files to sandboxed exploits and verified AST patches. A distributed pipeline engineered for absolute autonomy.
Four tightly integrated phases from ingestion to verified closure.
Ingest static codebases and dynamic endpoints to compile hyper-dimensional Code Property Graphs (CPGs).
AI swarm agents automatically synthesize custom target-aware exploit payloads, tracing data routes from sink to source.
Deploy containment runtimes and replay exploits inside secure target sandboxes to mathematically prove exploitability.
Synthesize surgical AST patches, verify via automated sandbox regression replays, and record cryptographic proof.
High-performance production components engineered for deep code property representation.
Next.js dynamic dashboard on Vercel with real-time swarm logs and interactive Code Property Graph visualization.
High-speed backend orchestration gateway on Google Cloud behind Cloudflare, secured via mTLS endpoints.
Rust-powered local research companion for full IDE integration — connect local workspace directly to the Swarm.
Cloudflare mTLS tunnels powering agent synchronization, sandbox orchestration, and real-time execution telemetry.
PostgreSQL, Redis cache layers, and ChromaDB vector substrate powering structural graph queries and contextual vector memory.
Google Batch high-performance clusters building dynamic Joern-based Code Property Graphs and tracing security boundaries.
Stop chasing noisy vulnerability signals. Deploy target-aware autonomous agent swarms that discover zero-days, prove exploitability, and repair your boundaries with verified AST patches.