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A DevOps and cloud engineer owns the path from commit to production

Most teams do not need a platform department. They need one engineer who makes deploys boring, puts every environment in version control, ties the cloud bill to what the product actually uses, and turns a 3am page into a step in a runbook. The engineer works in your cloud account, under the access rules your security team sets. That is the role we staff.


Profiles in three daysYou interview and chooseEngineers in Poland and Ukraine

When to hire a DevOps engineer, and what they take on first.

A DevOps engineer is usually hired because one of these six things has started to cost the team time or money. Each comes with the work the engineer does first.

  1. Deployments are manual or slow

    Releases need a checklist, a quiet afternoon and whoever remembers the steps, so finished code waits days to ship.

    The work

    • The release written as pipeline code
    • One build promoted from staging to production
    • Rollback rehearsed before it is needed
  2. Your developers are running the cluster

    Product engineers lose days to Kubernetes upgrades, broken staging and access requests, and the roadmap slips.

    The work

    • Cluster upgrades scheduled and tested first
    • Staging rebuilt from code on demand
    • Developer access granted through roles
  3. You are moving to the cloud

    The product runs on-premise or with a legacy host, and a move to AWS, Azure or Google Cloud is planned.

    The work

    • An inventory of what actually runs
    • A move plan built from that inventory
    • The new account written as Terraform
  4. The last outage took hours to diagnose

    Logs sit on separate machines, alerts fire constantly or never, and the fix depended on who was awake.

    The work

    • Logs and metrics in one place
    • Each paging alert with a runbook
    • Noisy alerts deleted, not muted
  5. The cloud bill keeps growing

    Each month costs more than the last, and the invoice does not say which service or environment caused it.

    The work

    • Idle resources off, oversized ones resized
    • Storage and data transfer costs explained
    • Budget alerts per environment
  6. Servers set up by hand, years ago

    Nothing is written down, credentials sit in a shared file, and nobody can say what a restart would break.

    The work

    • Running servers captured as code
    • Credentials moved into a vault
    • Upgrades tried on a copy first

The path this role owns.

Five stages between a developer opening a pull request and a customer seeing the change. A DevOps engineer is hired because one of them is manual, slow or owned by nobody in particular.

  1. 01

    Commit

    Passed

    A pull request opens the pipeline. Branch protection and required checks are configuration in the repository, not a rule in a wiki.

    GitHub, GitLab
  2. 02

    Build and test

    Passed

    One build artefact, tested once and promoted between environments rather than rebuilt for each of them, so staging and production run the same thing.

    Docker, GitHub Actions, GitLab CI, Jenkins
  3. 03

    Scan

    Blocked

    Dependencies, container images and commits are scanned for known vulnerabilities and leaked secrets inside the pipeline, where a serious finding blocks the merge instead of filling a report.

    Trivy, Dependabot, Gitleaks
  4. 04

    Deploy

    Waiting

    Environments are described in code and applied from the pipeline. Every change to production is a diff someone reviewed, including the urgent ones made during an incident.

    Terraform, Ansible, Kubernetes, Helm
  5. 05

    Observe

    Waiting

    Metrics, logs and traces in one place, and alerts that page a person only when customers would notice. Deleting the alerts nobody acts on is the harder half.

    Prometheus, Grafana, OpenTelemetry

What the role actually works with.

The pipeline tools are named stage by stage above. These are the platforms around the pipeline that the engineer also answers for, from the cloud account to the bill.

Cloud platforms

Separate accounts or projects per environment, and a managed service chosen over a self-hosted one unless the bill or a compliance rule says otherwise.

  • AWS
  • Azure
  • Google Cloud

Databases

Managed databases with backups that are restored in a test, and schema migrations that run through the pipeline, not by hand.

  • PostgreSQL
  • MySQL
  • MongoDB
  • Redis

Networking and edge

Private networks by default, TLS certificates that renew themselves, and a CDN and firewall in front of what customers load.

  • Cloudflare
  • NGINX

Scripting

The glue no tool covers, kept in the repository and run by the pipeline rather than from someone's laptop.

  • Bash
  • Python

Secrets and identity

Least-privilege roles, secrets in a vault instead of environment files, and access removed the day someone leaves.

  • HashiCorp Vault
  • AWS IAM

Cost and usage

Every resource tagged to a team and an environment, so the monthly bill can be read service by service.

  • AWS Cost Explorer
  • Kubecost

Seniority, and what each level owns

The difference between levels is not years. It is how much of the system the engineer can be handed without a second pair of eyes.

Mid · 3–5 years
Runs an existing pipeline and extends it. Works comfortably in someone else's Terraform, adds services to a running cluster and takes an on-call shift with a runbook in front of them. Changes to access rules and networking go to a senior engineer for review.
Senior · 5–8 years
Designs the pipeline and the environments from nothing, and can lead a cloud migration on their own. Owns the cost line, the release process and the incident review, and is the person who decides what does not get built.
Lead · 8+ years
Sets the platform direction across several product teams and writes the standards other engineers build to. Your CTO talks to this engineer about compliance, disaster recovery and what the next twelve months of infrastructure spend should buy.

AI-assisted DevOps, with a senior engineer answering for every change.

Coding agents draft the repetitive half of infrastructure work: modules, manifests, pipeline files and the documentation nobody had time for. The half where a mistake costs an outage or a breach stays with the engineer: access policies, network boundaries, secrets, anything applied to production, and changes that move the bill.

infra/staging-node-poolDrafted with an agent

Example · terraform plan

  • Added aws_eks_node_group.stagingwill be created
  • Added aws_cloudwatch_metric_alarm.cpuwill be created
  • Added aws_iam_role_policy.nodesHuman decision
  • Changed aws_eks_cluster.mainupdate in-place

Plan: 3 to add, 1 to change, 0 to destroy.

Senior DevOps engineerWildcard policy narrowed to two actionsApproved
Apply to staging

More infrastructure written down, sooner

Agents turn what already runs into Terraform modules, Kubernetes manifests and pipeline files, so infrastructure that lived in someone's head becomes code a reviewer can read.

Every generated change is a reviewed plan

Nothing an agent writes reaches an environment until a senior engineer has read the plan, the diff and what it could destroy. The pipeline enforces it, not good intentions.

Access, secrets and production stay human decisions

Who can reach production, which ports are open, where secrets live and when a change is applied are decided by the engineer. An agent may draft the policy; it never approves it.

From your requirements to matching developers in 3 working days.

You do not need to enter a long recruitment process before you know whether we have the right people.

Senior DevOps engineer

7 years · ImproveIT engineer

  • AWS
  • Kubernetes
  • Terraform
  • GitHub Actions
English
C1
Overlap with CET
Full working day
Available
In two weeks
Rate
In the proposal

Recent projectTook over CI/CD for an AI document platform

Example profile · day 3Book your interview
01

Tell us what you need

Send the role, stack, seniority, required experience, working-hour overlap, team size, and expected start date.

02

Get matching profiles

Within three working days, we send relevant profiles with CVs, project experience, English level, availability, and rates.

03

Interview the developers yourself

Use your own technical interview and selection process. Meet the people who would actually join the team and reject anyone you are not confident about.

04

Start working together

Once you choose, we handle the contract and onboarding. Your developers join your repositories, standups, tooling, and delivery process.

Choose the engagement model that fits the gap.

You can hire software developers through an outsourcing model that matches how much ownership, capacity, and flexibility your team needs. Most clients start with one engineer and grow. Roles and stacks are further down the page.


01

Ad-hoc staff augmentation

One engineer or several, embedded in your team and managed by you. The most common way clients start with us.

Best for a named capability or capacity gap you already understand.

Speed
Profiles in 3 days
Pricing
Per hour
Managed by
You
02

Dedicated team

A complete team for a product, a module or a roadmap stream — engineering, QA, DevOps and design as the work needs it.

Best for stable delivery capacity without hiring every role in-house.

Speed
2–4 weeks to assemble
Pricing
Monthly per person
Managed by
You, or jointly with our lead
03

Recruitment

We recruit for a skill set we do not have on the bench, against your requirements, and the person joins on your contract.

Best for a niche stack, a rare seniority level, or a role you keep failing to fill locally.

Speed
2–4 weeks
Pricing
Per hire
Managed by
You
04

Build, operate, transfer

We hire and run the team in Poland or Ukraine, then hand it over to you as your own staff for direct contracts when you are ready.

Best for opening a development centre in Europe without setting one up yourself first.

Speed
3-4 weeks to build
Pricing
Monthly per person, plus a transfer fee
Managed by
Us, then you

The reason to outstaff is speed. The reason to stay is quality.

Netguru, a 500-person Polish consultancy whose own clients include UBS, has staffed projects with our engineers for more than 8 years. They could hire anyone.

Staff augmentationNetguru, 2018-ongoing

Read the Netguru case study
8+years

Netguru has staffed projects with our engineers

500+people

at Netguru, whose own clients include UBS

Where our engineers ran the pipeline alongside the product.

Neither engagement was a DevOps hire on its own. In both, CI/CD was part of what our engineers built and answered for, alongside the product.

Endpoint security softwareUndisclosed US cybersecurity vendor

One senior engineer shipped a secure Windows service with automated CI/CD

1 Senior EngineerTeam
2024-2025Period

A US anti-ransomware vendor had limited in-house C# and Windows expertise for a critical component. Our engineer built it with CI/CD pipelines, installer scripts and secure configuration management, which cut manual effort. On time and within budget.

Read the Undisclosed US cybersecurity vendor case study
3days

From your requirements to matching profiles with CVs

90%

Of our developers have 5 to 20 years of experience

6years

Our longest continuous engagement, still running

10+

Time zones, with working hours flexed to match your team

What it is like to have our engineers on your team.

“I have worked with ImproveIT for more than 3 years, as a mobile product manager for Photoweb and now as a director of Piiics. In both, the technical challenge is quite high. The dev team has been highly motivated and professional.”

Clement PoursacPhotoweb Group · France

“We work with ImproveIT Solutions for years. Thanks to their support with new talents/developers we were able to proceed with many new projects. For sure we value their employees, we are happy to have them with us and we always do our best to keep them as long as we can in our projects.”

Barbara KucharczykNetguru · Poland

“Their attention to detail is great, and they question us if they think it might be better to solve the issue in a different way. They really care about the product they're building.”

Michael KolomenkinEyeToAi · Israel

“Their ability to advise and provide professional guidance made them a go-to partner. The engineering team demonstrated outstanding dedication and technical skills.”

Yannick BlondeauHotel-Spider · Switzerland

“They understand the needs and manage the project seamlessly. They stand out for their professionalism, skills, and the quality of the candidates they provide.”

Andrew NolanAnitech Solutions · Ireland

“Great app that works with functionality exactly like we want it. Internal stakeholders are particularly impressed with the quality of deliverables. They take ownership beyond their contractual obligations.”

Alok AlstromBeyond Liberum AB · Sweden

“Within one year we reached a 99% crash-free user ratio on both operating systems, which was one of our goals. Within two years we reworked all our apps and improved our conversion rate by 50%.”

Axel BouthorsPiiics · France

“All tasks are done on their side, they've always delivered on time, and their code quality is good. The developer assigned to us is always available.”

Luka SikicOnpreo GmbH · Germany

“We were very impressed with the wide range of experts. We've been able to significantly speed up the development of a number of our projects on a very reasonable budget.”

Martin Enderleintencio s.r.o · Czech Republic

“Exceptional service delivery: in-time, on-budget, with high quality and professional advice.”

Marcus ZedlerCamyylyon · Switzerland

“With a limited budget, we have been able to master 3 new tools: Rich Snippet, Rating-Widget, Survey. A good outcome that helped me and my lead frontend developer.”

Carsten SchaeferTrust · Germany

“Developers are experienced. They can discover the main potential issues and are able to solve them beforehand.”

Romain CoiraultLalalab · France

“A highly adaptive team that offers helpful insights and delivers work at reasonable rates.”

Didier GromaireCedemo · Monaco

Questions about hiring a DevOps engineer.

Is a DevOps engineer the same as an SRE or a platform engineer?

Overlapping, not identical. A DevOps engineer is usually hired to build and own delivery: pipelines, environments and infrastructure as code. An SRE is hired against a reliability target on a system that already runs. A platform engineer builds shared tooling that several product teams then use themselves. With no pipeline yet, you want the first. If you are missing uptime commitments, say so, because that changes the profile we send.

Is one DevOps engineer enough, and can they cover on-call?

For building and running delivery, often yes. For on-call, no. One person cannot be a sustainable rotation, and we will not sell you one pretending otherwise. Round-the-clock cover needs several people sharing the pager: more of our engineers, your developers with runbooks the DevOps engineer writes, or both. We agree which before the profiles go out.

What does the first month look like?

Mostly reading, then fixing. The engineer starts with read access, maps what runs, where it runs and who can change it, and writes down what was never documented. Before changing anything significant, you get a written list of what is fragile, ranked by what would hurt most if it failed. The rest of the month goes on the top of that list, not on a rewrite.

Can they run a cloud migration, or only maintain what exists?

Both. A migration off on-premise or legacy hosting starts with an inventory of what actually runs: the running processes, not the architecture diagram. The plan comes out of that inventory, and each service moves with a way back until the new one has carried real traffic. Moving a system unchanged is sometimes the right first step, and we will say so, because the rewrite can happen afterwards, in the cloud, instead of blocking the move.

Will a DevOps engineer reduce our cloud bill?

Often, though we will not promise a percentage before anyone has read the bill. The usual sources of waste are idle environments, oversized instances, storage classes no one chose and data transfer no one planned for, and a cost audit finds them in your own billing data. The engineer then tags resources and reads the bill monthly, so the saving does not drift back over the next two quarters.

Will the engineer change our application code?

Where delivery depends on it, yes. Dockerfiles, build scripts, health checks, configuration read from the environment and database migrations that run through the pipeline are in scope. Features and business logic stay with your developers. When code cannot be deployed safely, for example because it keeps state on the server's disk, the engineer raises it with your team and agrees the fix rather than rewriting it alone.

What should we ask a DevOps candidate in the interview?

Ask them to walk you through the last production incident they handled: how they found the cause, what they changed and what they did so it could not happen again. Then show them a plan or pipeline file from your own repository and ask what it would change and what it could break. Someone who has run production names the risk before the syntax.

What happens to access and infrastructure when the engineer leaves?

The infrastructure stays where it always was, in your accounts, and the access goes. The repository, the Terraform state, the pipeline and the secrets vault are yours from day one, so nothing has to be transferred. Runbooks and the reasons behind decisions are written into the repository as the work happens. On the last day the engineer's access is removed and any credentials they could read are rotated.

Can we start with one senior developer?

Yes. Many clients start with one senior engineer to cover a specific capability or capacity gap, then add specialists only when the roadmap requires them.

Can we scale the team up or down?

Yes. Adding an engineer follows the same route as the first, and you interview them. Reducing the team follows the notice period agreed in the contract, and the work is handed over in your repository before anyone leaves.

Will the developer work as part of our team?

Yes. You manage priorities and day-to-day work directly, in your own channels and delivery process.

Do we interview the developer before they start?

Yes. You interview every candidate using your own process and make the final decision about who joins the team.

Are the developers your employees or freelancers?

Our engineers are ImproveIT employees and long-term contractors working through our teams in Poland and Ukraine. We are not a freelance marketplace and do not resell developers from other vendors.

What if the developer is not the right fit?

Replacement terms are defined in the contract upfront, so it does not become a negotiation.

Who owns the code and intellectual property?

You do. IP assignment is included in the contract, and we can sign an NDA before discussing the project.

How do you handle security, access and NDAs?

We sign an NDA before discussing the project, and confidentiality and IP assignment are part of the contract. Engineers work in your repositories, cloud accounts and tools with the access your team grants, so you can narrow or revoke it at any time.

Can your developers work with our timezone?

Yes. Our engineers work with teams across Europe and the US. We agree the required working-hour overlap before matching candidates.

How is their English?

Our developers work in English with international product and engineering teams every day. English level is included in the candidate information you receive before the interview.

What does it cost to hire a developer?

Rates depend on the role, seniority, experience, and engagement model. You receive the rate, availability, and candidate profile in writing before making any commitment.

What are the minimum engagement and notice period?

Both are agreed before the engagement starts and included in the proposal and contract. We are flexible in that and usually agree on the terms suitable for a client.

Hiring for more than the pipeline?

A whole team instead of one engineer, a test suite the pipeline can trust, or trained models that need running in production.

Tell us which engineers you need.

Stack, seniority, how many and when. We come back with matching profiles, availability and rates within three working days.

You interview them with your own process, and you reject anyone you are not sure about.

  • 1Send the requirements
  • 2Get profiles with CVs, availability and rates in 3 days
  • 3Interview, choose, and start within a week

We sign an NDA before discussing anything in detail. We reply within 24 hours.

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