DevOps & Automation

DevOps Consulting Services: CI/CD Automation, Kubernetes & Infrastructure as Code

Your engineers should ship features, not manage pipelines. Apeniq Cloud's DevOps consulting practice eliminates the manual gates, brittle scripts, and configuration drift that slow enterprise engineering teams to a crawl. We design, build, and hand over battle-tested CI/CD pipelines, GitOps-driven Kubernetes platforms, and fully version-controlled IaC foundations — cutting average deployment frequency from monthly to multiple times per day, with zero-downtime guarantees.

10×
Increase in deployment frequency after engagement
< 15min
Average pipeline runtime on optimised stacks
Zero
Downtime deployments via blue/green & canary
100%
Infrastructure reproduced from code — no snowflake servers

Certified Technology Stack

Tools & Platforms We Engineer On

CI/CD Platforms

GitHub Actions GitLab CI/CD Azure DevOps CircleCI Jenkins Tekton

Container & Orchestration

Kubernetes (EKS/AKS/GKE) Docker Helm ArgoCD Flux CD Istio

Infrastructure as Code

Terraform Pulumi Ansible AWS CDK Crossplane Atlantis

Observability & Quality

Datadog Grafana Prometheus SonarQube OWASP ZAP Trivy

Our Methodology

How We Deliver DevOps Consulting Services

A proven engagement model built around measurable outcomes — not billable hours.

01

DevOps Maturity Assessment

We benchmark your current state against the DORA metrics (Deployment Frequency, Lead Time, Change Failure Rate, MTTR) and the DevOps Research & Assessment capability model. You receive a score across 24 capabilities — from source control practices to production observability — and a prioritised improvement roadmap with estimated delivery timelines for each initiative.

02

Pipeline Architecture & Design

We design your CI/CD architecture before writing a single YAML file. This includes branching strategy (trunk-based vs Gitflow), environment promotion flow (dev → staging → canary → production), secret management patterns (HashiCorp Vault, AWS Secrets Manager, or Azure Key Vault), and pipeline security — SAST, DAST, SCA, and container scanning baked into every build.

03

Kubernetes Platform Build

We provision production-grade Kubernetes clusters on EKS, AKS, or GKE with a hardened baseline: RBAC policies, PodSecurity admission controllers, network policies (Cilium or Calico), cluster autoscaler, and KEDA for event-driven scaling. Helm charts are developed for all application workloads and stored in a versioned chart repository. GitOps delivery via ArgoCD or Flux CD ensures every cluster state is git-reconciled.

04

Infrastructure as Code Migration

All existing infrastructure — whether click-ops AWS console resources, ARM templates, or hand-managed servers — is imported into Terraform state and refactored into reusable modules. We enforce Terraform best practices: remote state in S3/Azure Blob, state locking via DynamoDB, mandatory plan approval via Atlantis, and Sentinel or OPA policy-as-code for compliance guardrails.

05

Zero-Downtime Deployment Patterns

We implement the deployment patterns your SLA demands: blue/green deployments via AWS CodeDeploy or Argo Rollouts for instant cutover and rollback; canary releases with automated metric-based promotion gates using Datadog or Prometheus; and feature flags via LaunchDarkly or Flagsmith for decoupling deployment from release. Every pattern is tested with chaos injection before going to production.

06

Knowledge Transfer & Team Enablement

A DevOps platform is only as good as the team operating it. Every Apeniq Cloud engagement includes structured knowledge transfer: runbooks in Confluence, annotated Terraform and Helm code, recorded walkthroughs for every pipeline, and hands-on pair-programming sessions with your engineers. We also define on-call runbooks and PagerDuty escalation policies so your team is self-sufficient from day one.

Free Resource

Enterprise CI/CD Security & Automation Checklist

The 52-point checklist our engineers use to harden CI/CD pipelines before every enterprise go-live. Covers secret scanning, container security, pipeline RBAC, SAST/DAST integration, and Kubernetes admission controls.

  • Pipeline secret scanning — detect leaked credentials before they reach git history
  • Container image vulnerability scanning with Trivy or Snyk in every build
  • SAST integration (SonarQube/Semgrep) with quality gates that block failing merges
  • DAST automation (OWASP ZAP) against staging environment on every release branch
  • Kubernetes RBAC audit — service account privilege minimisation
  • Terraform plan review gates — prevent unapproved infrastructure changes
  • Deployment rollback runbook — tested and under 5-minute MTTR

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Frequently Asked Questions

What does a DevOps consulting engagement with Apeniq Cloud look like end-to-end? +

We start with a 2-week DevOps Maturity Assessment that benchmarks your current pipeline, deployment practices, and infrastructure management against the DORA metrics. From there we deliver a phased improvement roadmap — typically 3 to 6 months — covering pipeline modernisation, Kubernetes platform build, IaC migration, and observability stack deployment. We work alongside your engineers rather than taking over, with knowledge transfer baked into every sprint.

How do you achieve zero-downtime deployments on legacy applications? +

Zero-downtime deployment is a function of architecture, not just tooling. For stateless applications, we implement blue/green deployments behind an Application Load Balancer or Nginx ingress, with instant DNS-weighted cutover and automated rollback on failed health checks. For stateful services, we use canary releases with Argo Rollouts and metric-based promotion gates — only advancing to 100% traffic if error rates and latency stay within defined SLOs. Database schema changes are handled with expand-contract pattern and backwards-compatible migrations.

What is GitOps and why does it matter for Kubernetes environments? +

GitOps is the practice of using a git repository as the single source of truth for both application and infrastructure state. Tools like ArgoCD or Flux CD continuously reconcile the live Kubernetes cluster state against what's declared in git — if someone applies a manual change to the cluster, it gets reverted automatically. For enterprise teams, this means full auditability of every change, consistent environments across clusters, and the ability to recover a cluster from scratch by replaying git history.

How do you handle secrets management in CI/CD pipelines? +

We enforce a zero-plaintext-secrets policy across all pipelines. Secrets are stored in HashiCorp Vault, AWS Secrets Manager, or Azure Key Vault and injected into pipeline runners at runtime via the Vault Agent, AWS IAM roles for service accounts, or Azure Workload Identity. We also integrate secret scanning tools (TruffleHog, GitGuardian) into pre-commit hooks and pipeline stages to catch any accidental commits before they reach the remote repository.

Can you integrate DevOps automation with our existing security and compliance tooling? +

Yes — DevSecOps integration is a core part of our engagement model. We integrate SAST tools (SonarQube, Semgrep, Checkmarx), DAST (OWASP ZAP, Burp Suite Enterprise), software composition analysis (Snyk, Dependabot), and container scanning (Trivy, Clair) into your CI/CD pipelines as mandatory quality gates. We also map pipeline controls to your compliance framework — whether SOC 2, ISO 27001, or PCI-DSS — and generate the evidence artefacts your auditors need automatically on every build.

What DORA metrics can we expect to achieve after your DevOps engagement? +

Based on our client outcomes, teams in the bottom two DORA tiers (low/medium performers) typically move to the high or elite tier within 6 months of our engagement. Deployment frequency increases from monthly or weekly to daily or multiple times per day. Lead time for changes drops from weeks to hours. Change failure rate falls below 5%. And MTTR (mean time to recovery) reaches under 1 hour. We track these metrics throughout the engagement so you have before/after evidence.

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