Research Methodology

Synthetic Codex Research Lab uses a manual-first, tool-assisted workflow designed to uncover real-world security issues in how web, API, and infrastructure systems behave under unusual, edge-case, and high-risk conditions.

Manual-first, not scanner-first

Automated scanners are treated as assistants, not decision-makers. The lab prioritizes understanding system behavior by:

  • Inspecting and manipulating HTTP traffic through proxies
  • Tracing authorization decisions across endpoints and roles
  • Exploring workflows out of order, under unusual state and input
Proxy-centric analysis Behavior over signatures Human-led judgment

Structured recon & note-taking

Reconnaissance is guided by repeatable templates, not ad-hoc notes. Each target or environment is mapped in terms of:

  • Endpoint inventory and key parameters
  • Object types and ID patterns
  • Assumed vs enforced authorization boundaries
  • Critical workflows and their expected sequences

Authorization & workflow focus

The methodology emphasizes where systems “trust” users or other components too much:

  • Broken object-level and function-level authorization
  • Business logic flaws allowing workflow bypasses
  • State handling failures and edge-case conditions

AI-assisted analysis

AI is used as a force multiplier for:

  • Identifying patterns in large request/response sets
  • Summarizing complex log or trace data
  • Drafting initial vulnerability reports and documentation

Final assessment, prioritization, and ethical decisions remain human-led.

Reporting & remediation focus

Findings are documented in a way that developers and security teams can act on:

  • Clear impact statements tied to real assets or actions
  • Minimal, reproducible steps plus annotated requests
  • Concrete suggestions for hardening logic or configuration
Why this methodology exists

Modern systems rarely fail because of a single exotic bug. They fail at the intersections: where authorization logic meets workflow design, where APIs meet infrastructure, where assumptions meet reality. The Synthetic Codex methodology is built to live in those intersections.