01
Discover
Delivery path mapped end to end, with bottlenecks and failure points identified.
Output: documented current state.
DevOps Engineering
The engineering behind every release
Automated pipelines, infrastructure as code, and monitoring that catches a bad release before your customers do.
What Is DevOps Engineering?
A practice of automating how software gets built, tested, released and run. It covers delivery pipelines, infrastructure automation, containerization, security in the release process, and monitoring that tells you whether a deployment worked.
What Delivery Speed Actually Costs
43.5%
Teams take more than a week to get a change from commit to production.
DORA, State of DevOps, 2025
39.5%
Teams have a change of failure rate above 16%, meaning roughly one deployment in six causes a problem.
DORA, State of DevOps, 2025
56.5%
Teams take between one day and one week to restore service after a failed deployment.
DORA, State of DevOps, 2025
Signs You Need DevOps Engineering
- Every Release Needs a Plan
- Deployment Dependent on a Single Engineer
- Your Environments Do Not Match
- Production Issues Reported by Customers First
- Infrastructure Configured Manually
- Deployment Frequency Declining Over Time
What DevOps Engineering Covers
Build, test and deployment pipelines with automated quality gates, environment promotion and validated rollback paths.
Automated provisioning and configuration management, producing consistent, reproducible environments across the estate.
Security controls embedded in the pipeline. Dependency and container scanning, secret detection and policy enforcement on every build.
Progressive delivery through blue-green deployment, canary releases and feature flags, limiting exposure on every change.
Application packaging and orchestration with Docker and Kubernetes, sized to actual workload requirements.
Declarative infrastructure in Terraform, version controlled and peer reviewed. Reproducible, auditable and independent of tribal knowledge.
Local environment parity, reduced feedback cycle times, and internal tooling that removes friction from the development loop.
Instrumented delivery metrics across build duration, review latency, deployment frequency and change failure rate.
How We Build Delivery Pipelines
Our DevOps Engineering & consulting services runs Launch and Evolve on The Pivot.
Application changes required to support automated delivery run through Product Engineering or Legacy Modernization.
What You Walk Away With
A delivery process your team runs without thinking about it.
Automated pipelines executing on every change- Declarative infrastructure in your repositories
- Validated rollback paths
- Security scanning embedded in the pipeline
- Deployment health monitoring and alerting
- Baseline and current delivery metrics
- Runbooks under your ownership
Our Technology Landscape
Pipelines
- GitHub Actions
- GitLab CI
- Jenkins
- ArgoCD
Infrastructure as code
- Terraform
- Pulumi
- Ansible
- CloudFormation
Containers and orchestration
- Docker
- Kubernetes
- Helm
- EKS
- AKS
- GKE
Security
- Snyk
- Trivy
- SonarQube
- HashiCorp Vault
Observability
- Datadog
- Grafana
- Prometheus
- OpenTelemetry
Cloud
- AWS
- Microsoft Azure
- Google Cloud
Common Questions
Often not. Kubernetes solves problems that appear at a certain scale and creates operational overhead below it. We will tell you if something simpler fits what you actually run.
Yes. Most engagements improve something that already exists rather than replacing it. Rebuilding from scratch is a recommendation we make when the current setup genuinely cannot be fixed.
Your servers, networking and databases written in files rather than configured by hand. It means environments can be recreated exactly, changes are reviewable, and the knowledge lives in your repository rather than in one person's head.
Your team. Everything is built in your accounts and repositories with documentation written for the people who will maintain it. We are available afterwards, but nothing depends on us being there.
Tell Us Where Releases Get Stuck
Describe how code reaches production today and what goes wrong.
Talk to An Engineer