Product security program design
Define risk principles, service ownership, security requirements, review triggers, vulnerability SLAs, exception handling, metrics, roadmaps, and a practical operating model sized to the company.
APPSEC · DEVSECOPS · THREAT MODELING
Product Security Engineer as a Service
Embedded product security engineering for teams that need AppSec strategy, threat modeling, secure design, DevSecOps, vulnerability management, and developer guidance.
EXPERT-LED · MANUAL VALIDATION
Build a product security function without waiting for a full team
A pentest finds risk at a point in time. Product security engineering changes how risk is prevented, detected, prioritized, and fixed across the development lifecycle. This service embeds practical security leadership into product and engineering work with clear ownership and measurable outcomes.
HOW THE TESTING FEELS IN PRACTICE
Product Security Engineer as a Service, done by hand
Automation gives coverage. The findings that matter come from someone chaining weak controls together, questioning assumptions, and checking what a motivated attacker could reach next.
- Manual attack-path testing, not a scanner export
- Evidence you can reproduce and hand to engineering
- One retest round after remediation
ASSESSMENT COVERAGE
What the test covers
Coverage is finalized during scoping, then tested with a mix of systematic checks and manual attack-path analysis.
Threat modeling and secure design
Facilitate architecture reviews, data-flow mapping, abuse cases, trust boundaries, design decisions, and security requirements before implementation becomes expensive to change.
DevSecOps and security tooling
Select and tune SAST, SCA, secrets, IaC, container, DAST, and cloud controls. Integrate them into CI/CD with ownership, suppression governance, severity policy, and useful developer feedback.
Vulnerability management
Triage findings, validate exploitability, remove duplicates, assign owners, define remediation plans, manage exceptions, track aging, and prepare evidence for customers and audits.
Secure SDLC and developer enablement
Create review gates, secure coding standards, checklists, office hours, training, security champions, pull-request guidance, and reusable patterns for recurring risk.
Incident and disclosure readiness
Prepare vulnerability disclosure, intake, severity decisions, escalation, customer communication inputs, evidence handling, retesting, lessons learned, and product security response workflows.
RULES OF ENGAGEMENT FIRST
Penetration testing methodology
Every phase is designed to produce defensible evidence without taking unnecessary operational risk.
Scope and rules of engagement
Agree targets, environments, identities, exclusions, test windows, data handling, escalation contacts, and stop conditions before testing starts.
Architecture and threat review
Map sensitive assets, trust boundaries, data flows, likely attackers, and high-impact misuse cases so the test reflects the product rather than a generic checklist.
Systematic coverage
Use repeatable tooling and standards-aligned checks to cover the agreed surface while recording assumptions, constraints, and evidence.
Manual attack-path testing
Challenge identity, authorization, workflows, configuration, integrations, and chained weaknesses that require human context and adversarial reasoning.
Safe impact validation
Use the minimum proof required to establish exploitability. Destructive actions, persistence, and unnecessary data access stay outside scope unless separately authorized.
Report, remediation, and retest
Deliver risk context, reproduction evidence, root-cause fixes, and a stakeholder walkthrough. One retest round verifies agreed remediation.
ACTIONABLE OUTPUTS
What you receive
The report is written for two audiences: stakeholders who need a clear risk decision and engineers who need enough detail to reproduce and fix the issue.
- Executive summary and risk themes
- Scope, assumptions, exclusions, and coverage record
- Prioritized findings with evidence and reproduction steps
- Business impact and severity rationale
- Root-cause remediation guidance
- Retest status and residual-risk notes
KEEP REVIEWING YOUR CONTROLS
Security checklists for your team
COMMON SCOPING QUESTIONS
Product Security Engineer as a Service FAQ
Is this a managed security tool service?
No. Tooling may be selected and integrated, but the focus is product security engineering: design decisions, ownership, triage, developer workflows, remediation, and program maturity.
How is the engagement structured?
It can be a focused project, fractional weekly support, or a defined retainer. Scope is based on product risk, engineering capacity, existing controls, and priority outcomes.
Can you work with our developers and platform team?
Yes. The service is designed to work inside product, engineering, cloud, and DevOps workflows through architecture reviews, office hours, backlog support, and implementation guidance.
Does this replace an independent penetration test?
No. Embedded product security and independent testing solve different assurance needs. A separate pentest can be scoped when independence or point-in-time evidence is required.
CLEAR SCOPE · CONTROLLED TESTING · USEFUL REPORT
Request a Product Security Engineer as a Service scope
Share the target, environment, roles, and objective. The service field is already selected so you can send the right context quickly.
- Written scope and assumptions before testing
- Safe rules of engagement and escalation path
- Manual validation with reproducible evidence
- Remediation walkthrough and one retest round
TELL US ABOUT YOUR SCOPE
Request a security assessment
Share a few details about the target and your goals. We will reply with the right testing approach and a clear proposal.
Protected against automated submissions. Only submit systems you own or are authorized to test. Do not include passwords, API keys, or other secrets.