Exploit-Forge
Services

Threat Modelling

Understand how systems can be attacked — and design the right defenses before code ships.

Workshops & Scope

Facilitated sessions with engineers and stakeholders to align goals, boundaries, and assets that matter.

  • Product and abuse‑case discovery
  • Assumptions, constraints, and trust boundaries
  • Prioritized scenarios and outcomes

Architecture & Dataflows

Model components, identities, and data to reveal entry points and critical paths.

  • DFDs, trust boundaries, and assets
  • 3rd‑party and supply‑chain touchpoints
  • AuthN/Z, secrets, and session lifecycles

Threat Identification

Identify misuse/abuse cases leveraging STRIDE/PASTA and ATT&CK to ground threats in real TTPs.

  • STRIDE and attack trees per flow
  • Abuse cases and plausible adversaries
  • Impact hypotheses and weak controls

Risk & Prioritization

Score severity by exploitability and impact to focus design and backlog efforts.

  • Likelihood × impact and dependencies
  • Quick wins vs. strategic investments
  • Road‑mapped security requirements

Mitigations & Patterns

Actionable patterns: controls, configs, and guardrails that teams can implement now.

  • AuthZ patterns, input/crypto, secrets
  • Hardening, isolation, and defense‑in‑depth
  • References and code examples

Outputs & Integration

Developer‑ready outputs embedded into your SDLC so decisions persist.

  • Threat model doc, attack trees, DFDs
  • Jira/GitHub issues and acceptance criteria
  • Follow‑up reviews and office hours