Security woven into architecture — not bolted on before launch.
Cybersecurity Engineering
Threat modeling, secure SDLC, penetration test remediation, and compliance-aligned controls.
Engagement snapshot
Security embedded in delivery — not a terminal audit.
Identity, secrets, and dependency policies are enforced in pipelines with evidence your compliance team can reuse.
Threat-modeled
Capability plane
Security woven into architecture — not bolted on before launch.
Scoped with explicit boundaries, operational readiness, and engineering ownership through handoff.
Overview
What we deliver
Security engineering includes identity architecture, secrets rotation, vulnerability management, and secure coding standards enforced in CI. We align controls to frameworks you must satisfy (SOC 2, HIPAA, PCI) without checkbox theater.
Deliverables
- Threat model and risk register
- Secure coding guidelines and SAST/DAST in CI
- IAM and secrets management design
- Remediation plan from assessments
Process
How we run the engagement
Risk framing
Critical paths, compliance requirements, and release cadence mapped to test and security priorities.
Control design
Test automation strategy, security controls, and quality gates integrated into CI/CD pipelines.
Execute & measure
Coverage targets, penetration findings, and flake remediation tracked with engineering leadership.
Sustain
Regression suites, policy-as-code, and review rituals embedded in team workflows.
Stack
Technologies we use
Fit
Typical use cases
- — Pre-launch security review
- — Compliance program build-out
- — Post-incident hardening
Outcomes
What changes for your team
- — Reduced critical findings over time
- — Traceable control ownership
- — Faster audit evidence collection
Engage
Start a cybersecurity engineering engagement.
Tell us about your environment, constraints, and timeline. Engineering leadership responds with scope and next steps.