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Cybersecurity

DevSecOps

Security checks that run in the pipeline are only useful if developers believe them. We choose a small number of checks, tune them to your code and wire the results into the places engineers already work.

The problem this service solves

Teams add scanners and quickly drown in findings. Developers learn to ignore the red build or bypass it. Meanwhile the pipeline itself holds powerful credentials, runs untrusted code from pull requests and signs nothing.

We approach it in two parts: make the code and dependencies safer through checks developers accept, and make the pipeline hard to abuse as a path to production.

What is in scope

  • Source code scanning

    SAST selection, tuning rules to your languages and frameworks, and triage workflow.

  • Dependencies and SBOM

    Software composition analysis, license checks, SBOM generation and vulnerability matching.

  • Secrets

    Pre-commit and pipeline scanning, history cleanup, rotation process.

  • Infrastructure as code

    Policy checks for Terraform, CloudFormation, Bicep and Kubernetes manifests.

  • Containers

    Image scanning, minimal base images, signing and admission control.

  • Pipeline hardening

    Least-privilege runner credentials, protected branches, OIDC in place of long-lived keys, pinned actions, isolation of untrusted builds.

  • Developer experience

    Results in pull requests, severity thresholds, exception workflow and metrics.

How the work runs

Baseline

See the current pipeline.

  1. 1

    Pipeline review

    Map stages, credentials, permissions and existing checks.

  2. 2

    Risk ranking

    Decide where checks add the most value.

Implement

Add controls gradually.

  1. 3

    Pilot

    Start with one repository and one team, in report-only mode.

  2. 4

    Tune

    Adjust rules until developers accept the signal.

  3. 5

    Enforce

    Turn on blocking for the few checks that deserve it.

Scale

Make it routine.

  1. 6

    Templates

    Reusable pipeline templates and policies.

  2. 7

    Training and metrics

    Developer guidance and a small set of measures.

What you receive

  • Pipeline security assessment
  • Tuned scanning configuration
  • Reusable CI templates
  • Policy-as-code repository
  • Pipeline hardening guide
  • Developer guide and metrics

Tooling and technique

SAST

  • Semgrep
  • CodeQL
  • SonarQube

SCA and SBOM

  • Dependabot
  • OSV-Scanner
  • Syft
  • Grype
  • CycloneDX
  • SPDX

Secrets

  • gitleaks
  • TruffleHog

IaC and containers

  • Checkov
  • tfsec/Trivy
  • Kyverno

Signing

  • Sigstore
  • cosign

Tool categories describe how we work. They are not a claim of vendor partnership or certification.

Standards we map to

Frameworks and references

  • NIST SSDF (SP 800-218)
  • SLSA
  • OWASP SAMM
  • OWASP CI/CD Security Top 10
  • OWASP Top 10:2025 (A03 Software Supply Chain Failures)

Mapping findings to a framework is not the same as certification against it.

Before we start

What we need from you

  • Access to repositories and pipeline configuration
  • A pilot team willing to adjust their workflow
  • Current tool inventory

What this service is not

  • Penetration testing of the application
  • A tool purchase decision made for you

What changes afterwards

  • Developers see few, relevant findings in pull requests
  • Secrets and vulnerable dependencies are caught early
  • The pipeline cannot be used as a stepping stone

Questions people ask

Will this slow our builds?

Some checks do. We run heavy scans on a schedule or on merge, and keep pull request checks fast.

What does the OWASP Top 10:2025 say about supply chain?

The 2025 list added Software Supply Chain Failures as its own category (A03), covering compromised dependencies, build systems and distribution.

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