Threat modeling
Structured design review of new features and architectures — trust boundaries, abuse cases, and the controls that must exist before code is written.
Cybersecurity · Offensive Security
Findings that arrive after release cost a release to fix. Product Security as a Service moves security into how you build: threat modeling at design, secure-code validation at merge, and security gates inside the same pipeline your tests run in.
Every security defect that reaches production carries its remediation cost plus a re-release, a disclosure decision, and — for repeat findings — an auditor's question about your SDLC. Late security is the most expensive security.
Structured design review of new features and architectures — trust boundaries, abuse cases, and the controls that must exist before code is written.
Code review of security-critical paths — authentication, authorization, crypto, input handling — by engineers who exploit these mistakes for a living.
SAST, dependency, and secret scanning wired into your pipeline with triage rules that keep signal high — gates engineers respect instead of bypass.
Every fixed finding becomes a permanent check. Our QE practice turns security findings into regression packs — the assurance loop working as designed.
01
Review your SDLC, pipeline, and past findings for the highest-leverage entry points.
02
Stand up pipeline gates and threat-modeling cadence with your leads.
03
Ongoing design reviews, code validation, and triage as features flow.
04
Track escape rate of security defects and tune the gates quarterly.
A 30-minute call with the engineers who will do the testing — not a sales gate.