Ship Fast. Ship Secure. Never Choose.

We build security into your CI/CD pipeline — SAST, SCA, container signing, SBOM, and policy gates — so your team ships confidently without slowing down.

Duration: 4-12 weeks Team: 1-2 Senior DevSecOps Engineers

You might be experiencing...

Security scans slow down deployments and developers work around them
No SBOM, no image signing — supply chain risk is unmanaged
CI/CD pipelines have no compliance gates for SOC 2 or FedRAMP controls
Secrets leaking through pipelines into logs or artifacts

Your CI/CD pipeline is your most critical security control — and most pipelines have none. We embed security at every stage: code scanning on every commit, container scanning on every build, image signing on every artifact, and policy gates before every deployment.

We work with your existing platform — GitHub Actions, GitLab CI, Azure DevOps, Jenkins — adding security layers without replacing your workflow. Developers keep their tools; security runs automatically in the background.

The result: 100% security coverage on every build, supply chain provenance on every artifact, and compliance gates that run without human review.

Engagement Phases

Week 1-2

Assessment & Design

Audit current CI/CD pipelines, identify security gaps, design the secure pipeline architecture with your team. Define SAST tools, SCA tools, container scanning, signing strategy, and policy gates.

Week 3-10

Implementation

Build the secure pipeline: SAST with Semgrep, SCA with Trivy, secret scanning with Gitleaks, container signing with Cosign, SBOM generation with Syft, policy enforcement with OPA/Rego, and branch protection rules.

Week 11-12

Hardening & Handover

Tune false positive rates, optimize scan performance, document all pipeline stages, train your team, and hand over runbooks.

Deliverables

Secure pipeline configuration (GitHub Actions / GitLab CI / Azure DevOps / Jenkins)
SAST integration with Semgrep — custom rules for your tech stack
SCA and container scanning with Trivy
Secret scanning with Gitleaks — pre-commit hooks and CI gates
Container image signing with Cosign (SLSA provenance)
SBOM generation with Syft for every build artifact
Policy-as-code with OPA/Rego or Kyverno
Compliance gate configuration for SOC 2 / FedRAMP controls
Pipeline runbooks and team training materials

Before & After

MetricBeforeAfter
Security CoveragePartial — ad-hoc scans100% — every commit, every build
Supply Chain RiskUnmanaged — no SBOM, no signingManaged — signed artifacts, full provenance
Compliance GatesManual review before releaseAutomated policy enforcement in CI/CD

Tools We Use

Semgrep Trivy Gitleaks Cosign Syft OPA / Rego

Frequently Asked Questions

Which CI/CD platforms do you support?

We work with GitHub Actions, GitLab CI, Azure DevOps, Jenkins, CircleCI, and Bitbucket Pipelines. Our approach is platform-agnostic — the security tools and patterns work across all major CI/CD systems.

Will adding security scans slow down our pipelines?

Not significantly. We tune scan configurations to minimize false positives and run scans in parallel where possible. SAST and SCA scans typically add 2-5 minutes to a pipeline. We optimize for developer experience — security should enable, not block.

What is SBOM and why do we need it?

A Software Bill of Materials (SBOM) is a machine-readable inventory of every dependency in your build artifact. It's required for FedRAMP authorization, increasingly expected for SOC 2 auditors, and critical for responding quickly to vulnerabilities like Log4j — you know instantly which builds are affected.

Do you implement supply chain security?

Yes. We implement SLSA Level 2+ supply chain security: container image signing with Cosign, SBOM generation with Syft, build provenance attestation, and branch protection rules. This protects against both external attacks and insider threats to your build pipeline.

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