Synthetic Codex Research Lab focuses on real-world security behavior in web applications, APIs, and infrastructure — using a manual-first methodology with AI-assisted analysis, and strict respect for scope and responsible disclosure.
Synthetic Codex only performs testing on systems it owns, operates, or has explicit written authorization to assess. Any external work is conducted through formal programs with defined scope.
The lab exists to study how real systems break — not in theory, but in production-style conditions where authorization, state, and infrastructure interact in messy ways.
How does the system really decide who can touch what? Analysis includes broken object-level and function-level authorization, role boundaries, and multi-tenant isolation failures.
Modern systems are mostly APIs and state machines. The lab studies how workflows break when steps are skipped, replayed, or executed out of order under edge conditions.
Off-the-shelf scanners don’t see everything that matters. Synthetic Codex uses a manual-first methodology backed by proxies, structured recon templates, and AI-assisted analysis for large datasets.
For security tooling vendors, infrastructure partners, or organizations interested in research collaboration or methodology discussion, use the contact information below.
For security tooling or platform evaluations, please include a brief description of your product, typical deployment model, and any evaluation requirements or constraints.
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Synthetic Codex Research Lab evaluates security tooling to ensure accurate analysis of authorization behavior, workflow integrity, and system reliability across web and API-driven platforms. High-quality tools support the lab’s manual-first methodology by improving visibility, accelerating investigation, and enabling precise documentation of findings. Evaluations are conducted ethically, within authorized environments, and strictly in support of applied research.