DevSecOps
Mission impact
A secure, automated delivery pipeline reduces the operational risk that manual deployments introduce and shortens the interval between a validated code change and a running capability. By removing manual handoffs from the release path and enforcing security gates automatically, we free your engineering and operations teams to move at mission tempo rather than managing the overhead of fragile, undocumented deployment procedures.
Security as a Property of Delivery
Shipping software to production without a defined, security-gated pipeline creates operational exposure that accumulates silently until a deployment incident or a security finding makes it visible. Wilkes & Liberty designs and operates CI/CD pipelines that treat security as a property of the delivery process itself — not a gate appended at the end of a release cycle. This is the pipeline discipline our own platforms ship through daily: every release traceable from commit hash to running container, every promotion gated, every deployment reversible.
What We Engineer
- Trunk-based, tag-driven delivery — a single long-lived branch, immutable semver release tags, automatic promotion to staging, and manual, approval-gated promotion to production, so environments are driven by tags rather than branch drift.
- Security gates at pull-request time — automated code analysis and secret scanning with push protection, so credentials and known-vulnerable patterns are stopped before they enter the repository, not discovered after.
- Self-hosted build infrastructure — runners operating inside your network boundary, eliminating the exposure of routing production secrets and build artifacts through third-party infrastructure.
- Reversible releases — pre-deployment database snapshots, atomic rollback to a known-good tag, and deployment-event annotations that land in the observability stack so behavior changes are correlated with the releases that caused them.
- Reusable pipeline standards — organization-level workflow libraries so every repository ships through the same reviewed, hardened path rather than a per-project reinvention.
From Commit to Production, Accountably
Every pipeline we engineer enforces a defined path: a change is reviewed before merge, scanned before it lands, built once, promoted by tag, and approved by a named human before it reaches production. Rollback is a redeploy of the previous tag — a routine operation, not an incident procedure. The result is a release history an auditor can walk and an operator can reverse, which is precisely what compliance review and incident response both require.
Operated, Not Handed Off
We operate what we build: pipeline maintenance, runner health, scanner-rule governance, and incident response for build failures are part of the engagement, keeping the pipeline current as your codebase and threat landscape evolve. Where the work involves well-specified, repetitive pipeline hygiene, we apply the same governed agent workflows described in our Agentic AI Development practice — with human engineers owning every merge.
Documentation and Runbooks
A delivery process is only as operable as the documentation around it. We treat technical documentation as an engineering discipline — producing runbooks operators can execute under pressure, onboarding guides that compress ramp time, and architecture references that each carry a defined owner and review cadence. Documentation is structured to be navigable by human operators and queryable by AI-assisted operations tooling, and every engagement leaves your team documentation it can maintain independently rather than institutional knowledge locked in individual memory.
Ship at Mission Tempo
The pipeline runs on infrastructure you control — see our Private Infrastructure practice — and enforces the access discipline of our Zero-Trust Architecture. Contact us to scope a pipeline build, a hardening pass on an existing one, or an operational takeover.
Key capabilities
Trunk-based deployment pipeline design
Tag-driven release workflows with branch protection, required review gates, and environment-specific promotion rules that enforce a single path to production.
Mission benefit: Eliminates the drift and ambiguity of multi-branch release models that obscure what is actually running in production.Self-hosted runner infrastructure
Design and operation of self-hosted CI/CD runners inside your network boundary, with hardened base images, ephemeral execution environments, and credential isolation.
Mission benefit: Build secrets and production artifacts never leave your controlled environment.Automated code analysis and secret scanning
CodeQL static analysis and secret-scanning policies integrated at pull request time with defined fail conditions and governance rules for suppression.
Mission benefit: Security findings surface before merge, not after deployment.Gated production promotion
Multi-stage pipeline gates with defined approval workflows, automated test requirements, and environment health checks that must clear before promotion advances.
Mission benefit: Production environments only receive changes that have passed every defined gate, with a complete audit trail.Rollback automation and deployment observability
Automated rollback procedures triggered by defined failure conditions, with deployment event annotations surfaced in monitoring dashboards.
Mission benefit: Recovery from a failed deployment is measured in minutes, not hours, and the failure is visible before it escalates.
Sovereignty features
The build plane lives inside your boundary: self-hosted runners execute every pipeline, so production secrets, source, and artifacts never transit third-party build infrastructure. The pipeline itself is defined as version-controlled code — portable, forkable, and reproducible — which means your release capability survives any vendor exit, including ours.
Defense & government relevance
Engineered for environments where build infrastructure must remain inside the organizational network boundary: self-hosted runners with no outbound artifact routing, CodeQL and secret scanning aligned to supply-chain security requirements under Executive Order 14028, Software Bill of Materials (SBOM) generation, and auditable deployment records suitable for compliance review. Operational documentation is authored to the standards security operations, incident response, and compliance review teams expect, in formats compatible with customer-controlled storage and with no dependency on external documentation platforms.