Hire · Delivery and operations

Hire DevOps Engineers

Senior DevOps engineers who join your team to make shipping software safe and boring: fast pipelines, reproducible container builds, Kubernetes workloads that roll out gradually and alerts that point at real user pain. Candidates have repaired a broken pipeline and run a mock incident in a paid trial before you meet them.

Trial includes a live mock incident

Senior, lead and SRE levels

Joins your on-call with agreed boundaries

On your team

What a DevOps engineer owns on your team.

01Owns

CI/CD pipelines

Keeps builds fast with caching and parallel stages, runs tests and security scans where they catch issues early, and makes every deploy repeatable from a commit.

02Owns

Container builds

Writes small multi-stage images with pinned bases, non-root users and SBOMs, and keeps them patched without breaking releases.

03Owns

Kubernetes operations

Manages manifests or Helm charts, resource requests, probes, autoscaling and upgrades, often through GitOps with Argo CD or Flux.

04Owns

Observability

Instruments services with metrics, logs and traces, defines service-level objectives and tunes alerts so pages mean something.

05Owns

Release safety and incidents

Introduces canary or blue-green rollouts, feature flags and fast rollback, and runs blameless reviews after incidents.

Measure delivery before hiring for it

Before writing the role, gather four numbers: how often you deploy, how long a change takes from merge to production, how often deploys cause an incident and how long recovery takes. They show where a DevOps engineer will help most, and they give you a baseline to judge the hire against later.

Ask candidates which of those numbers they moved in their last role and how. Specific answers about caching, trunk-based development or automated rollback are good signs.

Vetting

Skills we test before a DevOps engineer joins.

01Tested

Pipeline engineering

GitHub Actions, GitLab CI or Jenkins at scale: reusable workflows, secrets handling, caching and keeping main always deployable.

02Tested

Kubernetes in production

Debugging CrashLoopBackOff and OOMKilled pods, network policies, pod disruption budgets and safe cluster upgrades.

03Tested

Observability tooling

Prometheus and Grafana, OpenTelemetry instrumentation, structured logging and building dashboards around golden signals.

04Tested

Incident handling

Calm triage, clear roles and communication during an outage, and post-incident actions that actually get done.

05Tested

Supply chain security

Image scanning, signed artefacts, dependency pinning and least-privilege tokens for pipelines.

06Tested

Scripting and automation

Bash, Python or Go for tooling, and the judgement to delete a script once a platform feature replaces it.

Work sample

How the DevOps engineer work sample runs.

  1. 01Step 1

    Fix a slow, flaky pipeline

    The candidate receives a CI configuration that takes too long and fails intermittently, finds the uncached steps and the race condition, and fixes both.

  2. 02Step 2

    Harden a deployment

    They add probes, resource limits, a pod disruption budget and a canary strategy to a Kubernetes service, explaining each choice. The time is paid.

  3. 03Step 3

    Run a mock incident

    In a timed session, error rates spike after a deploy. We watch how they triage with dashboards and logs, communicate and decide to roll back.

  4. 04Step 4

    Write the review

    They write a short blameless incident review with timeline, contributing factors and two actions, readable by a product manager.

Levels

DevOps Engineers: what changes at each level.

01Level 1

Senior

Owns pipelines and deployments for several services, takes a share of on-call and reviews infrastructure changes from colleagues.

02Level 2

Lead

Sets release standards, alerting policy and on-call practices, and decides which platform tools the organisation adopts.

03Level 3

Site reliability engineer

Owns service-level objectives and error budgets, capacity planning and reliability work across critical services.

Senior, lead or SRE

A senior DevOps engineer adds capacity where pipelines and clusters already exist. A lead suits teams where every service deploys differently and alerts are ignored. Hire a site reliability engineer once reliability targets are a business commitment and someone needs to own error budgets and capacity.

Watching someone handle an incident

Configuration knowledge is easy to claim. Behaviour under pressure is not. Our mock incident shows whether a candidate checks recent changes first, communicates status while investigating and is willing to roll back before fully understanding the cause. Those habits shorten real outages.

Two things to fix first

Ask the new engineer to make rollback a single, tested action for your most important service. Fast recovery reduces the cost of every future mistake.

Next, review the alerts that paged someone last month. Delete or demote the ones that needed no action. A quieter pager makes the remaining alerts credible.

FAQ

Questions to resolve before the build.

01Will a DevOps engineer join our on-call rotation?

Usually yes, once they know your systems. We agree hours, escalation paths and handover expectations in advance so on-call is sustainable across time zones.

02Do we need Kubernetes to hire a DevOps engineer?

No. Plenty of teams run well on managed container services or virtual machines. A good DevOps engineer will tell you if Kubernetes would add more operational work than value for your size.

03How is this different from hiring a cloud engineer?

DevOps engineers focus on how code moves from commit to production and how it behaves once there. Cloud engineers focus on the accounts, networks and permissions underneath. The roles overlap at the edges and work best together.

Primary sources

References behind this page

Dated official documentation, standards, and research that support the factual claims on this page.

  1. 01
    Google SRE Book: Monitoring Distributed Systems

    The golden signals and principles for alerting on symptoms.

  2. 02
    Kubernetes documentation: Configure Liveness, Readiness and Startup Probes

    Official reference for health checks that make rollouts safe.

How to read this page

Scope, cost and timeline figures are planning guidance until confirmed in a written proposal. Diagrams and screens are illustrations, not client deliverables, and source-code rights and handover follow the signed agreement. See the delivery process and the full disclaimer.

Next decision

Turn the brief into an accepted product scope.

Define outcomes, constraints, evidence, rights and handover before delivery begins.

Commercial rights, repositories, environments, documentation, acceptance and handover remain contract-defined.