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DevOps & Platform Engineering

DevOps & platform engineering

We build CI/CD, infrastructure as code and internal developer platforms, so engineers can create environments, deploy and observe their services without waiting on tickets.

A custom engineering engagement

We scope this service around your workflow, existing systems and acceptance criteria. The work starts with the problem and its constraints, then a written scope and price. A packaged solution is a different buying route: choose it when its defined deliverables already fit the job.

01The problem

Where things usually stall

Pipelines, environments and internal platforms that make delivery self-service.

  • 01

    The infrastructure queue

    Developers wait days for an environment or a database.

  • 02

    Hand-built servers

    Nobody can rebuild production from scratch because it was configured by hand.

  • 03

    Blind spots in production

    Problems surface through customer complaints before any alert fires.

02Capabilities

What we deliver

  • 01

    Infrastructure as code

    Terraform and Ansible modules for every environment, reviewed like application code.

  • 02

    CI/CD pipelines

    Fast, cached builds with tests, security scans and automated deploys.

  • 03

    Kubernetes platforms

    Clusters, service templates and autoscaling set up and maintained.

  • 04

    Observability

    Metrics, logs and traces with dashboards and alerts tied to user-facing SLOs.

  • 05

    Developer portals

    Self-service templates for new services, environments and databases.

  • 06

    Incident response

    Runbooks, on-call rotations and post-incident reviews that lead to fixes.

03Outcomes

What changes once it’s live

  • 01

    A usable path to production

    Application teams can build, deploy and observe software through documented platform workflows.

  • 02

    Consistent environments

    Infrastructure and deployment definitions reduce unexplained differences between staging and production.

  • 03

    Clear operational ownership

    Service health, incident response and platform maintenance have named responsibilities.

04Approach

How we deliver it

  1. 01

    Study the developer journey

    Trace a change from commit to production and identify the manual steps, waits and recurring failures.

  2. 02

    Define the platform contract

    Agree what the platform provides, what application teams own and which interfaces must stay stable.

  3. 03

    Build the supported path

    Implement templates, delivery pipelines, secrets handling and observability around representative workloads.

  4. 04

    Adopt before expanding

    Move real services onto the path, gather operator feedback and document upgrades, incidents and recovery.

05Stack

Tools we use most

  • Kubernetes
  • Docker
  • Terraform
  • GitHub Actions
  • Prometheus
  • Grafana
  • ArgoCD
  • Helm
  • Pulumi
  • AWS
  • Azure
  • Vercel

07FAQ

Frequently asked questions

View pricing guide
Do we need Kubernetes?

Not always. Many teams run better on managed container services or serverless. We recommend the simplest platform that fits.

Can you work alongside our ops team?

Yes. We build the platform with them so they can run and extend it after we step back.

How do you measure improvement?

Deployment frequency, lead time, change failure rate and time to restore, tracked from the start.

How is the engagement priced?

We agree a fixed scope and price after reviewing the work, system dependencies and acceptance criteria. The pricing guide explains approved ranges for the engagement types it covers. A written proposal confirms what is included before a build starts.

How should the first delivery decision be made?

Trace a change from commit to production and identify the manual steps, waits and recurring failures. Agree what the platform provides, what application teams own and which interfaces must stay stable.

What should the acceptance criteria cover?

Application teams can build, deploy and observe software through documented platform workflows. Infrastructure and deployment definitions reduce unexplained differences between staging and production. Service health, incident response and platform maintenance have named responsibilities.

AI readiness

Not sure where you stand?

Ten questions, about three minutes. Find out what needs attention before you build.

DevOps & Platform Engineering

DevOps & Platform Engineering

Pipelines, environments and internal platforms that make delivery self-service.