DevOps Automation & CI/CD Pipelines

GitHub Actions or CircleCI pipelines, Terraform-managed infrastructure, ArgoCD-driven deploys -- typically daily deployments within 90 days.

DevOps automation illustration

Faster, Safer Deployments

DevOps at Jacobian is opinionated. We pick one CI platform per customer (typically GitHub Actions for GitHub-hosted repos; CircleCI or Buildkite when scale, parallelism, or self-hosted runners require it) and build the pipeline as code -- versioned, code-reviewed, and reusable across services. Build, test, security scan, and deploy stages all run in containers with pinned tool versions, so the same pipeline that runs locally runs in CI and in production.

Infrastructure ships as Terraform from the same repos. Modules are versioned, change plans are previewed in pull requests, and apply happens through a protected workflow with manual approval for production. For Kubernetes workloads we layer ArgoCD or Flux for GitOps-driven deploys -- desired state lives in Git, the cluster reconciles automatically, and rollbacks are a single revert. Most customers reach daily deploys within 90 days.

Security scanning is integrated, not bolted on. SAST (CodeQL, Semgrep), SCA (Dependabot, Snyk, or GitHub Advanced Security), container scanning (Trivy, Grype), and IaC scanning (Checkov, tfsec) run on every PR. Failed scans block merges; remediation is tracked. Because our team's roots are in audit and compliance work, the same pipelines that ship code also produce evidence -- signed builds, deployment logs, and approval records that satisfy SOC 2 change-management controls without a separate compliance toolchain.

DevOps pipeline diagram

Why Choose Our DevOps Automation & CI/CD Pipelines

Engineering rigor, audit-ready process, and operational depth across cloud, SaaS, and software delivery

Speed

GitHub Actions or CircleCI pipelines tuned for fast feedback -- typical PR-to-staging deploy under 10 minutes; daily production deploys within 90 days of engagement.

Speed

Reliability

ArgoCD or Flux-driven GitOps means desired state lives in Git, the cluster reconciles automatically, and rollback is a one-click revert. Failed deploys roll back in under 5 minutes.

Reliability

Security

SAST (CodeQL, Semgrep), SCA (Dependabot, Snyk), container scanning (Trivy), and IaC scanning (Checkov) on every PR. Signed builds and deployment logs satisfy SOC 2 change-management controls.

Security

Our DevOps & MLOps Process

From assessment to automation, we guide your DevOps and MLOps journey.

1

Assessment & Tool Selection

Two-week review of your repos, current CI/CD, deployment cadence, and security posture. Output: tool selection (GitHub Actions vs CircleCI vs Buildkite), pipeline architecture, and a 60-day rollout plan.

2

Pipeline & IaC Implementation

Days 15-45: build pipelines as code, migrate infrastructure to Terraform with module versioning, integrate security scanning (CodeQL, Snyk, Trivy, Checkov), and set up GitOps deploys for any Kubernetes workloads.

3

Cutover & Team Enablement

Days 45-60: production cutover with feature-flagged rollback, runbook documentation, and pairing sessions with your engineering team. Hand off documentation and a 30-day support window before steady-state.

Manual vs. Automated DevOps

See the impact of automation on your software delivery.

Deployment Cadence

Manual
Weekly or slower, gated on manual approvals
Jacobian Services
Daily, gated on automated test plus security pass

Rollback Speed

Manual
Hours to revert and redeploy by hand
Jacobian Services
Under 5 minutes via GitOps revert
DevOps Best Practices Guide
Whitepaper

DevOps Best Practices Guide

A practical guide to modern DevOps automation.

Read the whitepaper

DevOps & MLOps FAQs

Common questions about DevOps automation and ML deployment pipelines.

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