Skip to main content

DevOps capacity without another hiring cycle

We operate as your DevOps team for CI/CD, Infrastructure as Code, release automation, developer environments, cloud operations, and deployment reliability.

Retained plans, defined onboarding, visible deliverables, and engineering work your product team can keep using.

Service playbook

From problem to operating evidence

Main content is structured like a case study: context first, scoped work next, then the operating changes and evidence a team can use after handoff.

Service briefBuyer contextWho it is forExample use casesWhat is included

DevOps as a Service is for teams that need production-grade delivery systems but do not want to build a full platform team before shipping. We take ownership of the practical work around CI/CD, infrastructure automation, release safety, environments, and operational handoff.

This is not generic staff augmentation. Each plan starts with discovery, a named operating surface, and a visible backlog. Work is delivered through pull requests, configuration changes, runbooks, reviews, and documented operating decisions so your team can keep using and maintaining the delivery system.

Case-study lens

Scoped

Problem, responsibility, and handoff boundaries before implementation.

Evidence

Dashboards, runbooks, reviews, and operating records over borrowed logos.

Outcomes

Conservative summaries focused on observable operational improvement.

EvidenceSection 01

Buyer context

Runbooks, dashboards, reviews, and handoff material make the work auditable.

DevOps work is usually bought when delivery risk becomes visible to leadership: releases take too long, environments are unreliable, enterprise customers ask for evidence, or the engineering team is spending product time on infrastructure chores. This service fits when the business needs continuing platform capacity but the right next move is not yet a permanent hire.

Buyer questionHow we answer it
Why are releases slow or risky?We map the path from pull request to production and separate pipeline, environment, runner, and process issues
Can we satisfy enterprise delivery evidence?We add release records, access notes, deployment controls, audit trails, and operational documentation where in scope
Who owns infrastructure changes?We define review, approval, state, promotion, and rollback responsibilities
How do we control ongoing DevOps work?We run a reviewed backlog, operating cadence, and plan boundary instead of open-ended requests
Should we hire or retain support?We identify which work needs recurring senior ownership and which work can be project-based
Operating modelSection 02

Who it is for

Responsibilities, response paths, and technical changes are made explicit before work starts.

Team situationWhy this service fits
Product team shipping slower than plannedWe reduce pipeline friction, environment delays, and release risk
Startup preparing for enterprise customersWe add repeatable infrastructure, evidence, and security controls
Engineering team without dedicated DevOpsWe supply the operating capacity and document what changes
Company moving from ad hoc scripts to IaCWe standardize provisioning, state, review, and promotion workflows
Team with cloud cost or environment sprawlWe simplify environments and make ownership visible
OutcomeSection 03

Example use cases

Expected changes are framed as practical operating improvements, not unsupported guarantees.

Operating example

SaaS team preparing for larger customers

A startup has working infrastructure but cannot easily prove how code reaches production, who can deploy, which checks run before release, or how rollback works. We inventory the current delivery path, add missing gates and records, document the release routine, and create evidence suitable for customer-security conversations.

Operating example

Product team blocked by fragile environments

Developers lose time because staging differs from production, preview environments are inconsistent, and manual fixes are common. We standardize environment creation, document ownership, and move repeatable infrastructure into code so product work is not blocked by environment drift.

Operating example

Engineering manager without platform capacity

The team knows which DevOps issues hurt but cannot spare engineers to fix them. We maintain the backlog, handle recurring delivery work, review priorities monthly, and keep implementation visible through normal engineering workflow.

Operating example

Organization moving toward controlled operations

Manual deployments, console changes, and undocumented permissions are no longer acceptable. We introduce infrastructure review, secrets handling, runner hardening, release notes, and operational handoff without forcing a wholesale platform migration unless the evidence supports it.

ScopeSection 04

What is included

The work is broken into visible capabilities, acceptance points, and handoff artifacts.

What changes

CI/CD ownership

  • pipeline design for build, test, security scan, artifact, and deploy stages
  • GitHub Actions, GitLab CI, Jenkins, Buildkite, CircleCI, Azure DevOps, or custom runner support
  • caching, parallelization, test splitting, artifact handling, and runner optimization
  • approval gates, rollback paths, deployment records, and release documentation
  • pipeline security checks for secrets, dependencies, images, and permissions

What changes

Infrastructure as Code

  • Terraform, Pulumi, CloudFormation, Bicep, Ansible, or Helm depending on your stack
  • environment provisioning for development, staging, preview, and production
  • state management, module boundaries, review workflow, and drift reduction
  • cloud account, network, database, Kubernetes, and observability resources where in scope

What changes

Developer and release environments

  • development and preview environments
  • managed self-hosted runners and build infrastructure
  • container registries and artifact repositories
  • staging and production deployment topology
  • documentation so developers know how to ship safely

What changes

Production operations support

  • deployment troubleshooting and rollback assistance
  • infrastructure incident triage within the agreed service plan
  • monitoring and alerting integration for delivery-critical systems
  • monthly reviews for pipeline health, environment reliability, and backlog priorities
Operating modelSection 05

Operating model

Responsibilities, response paths, and technical changes are made explicit before work starts.

Operating surfaceWhat we ownWhat remains with your team
BacklogTriage, sequencing, technical recommendations, and implementation notesProduct priorities, business deadlines, and final acceptance
RepositoriesPull requests, workflow changes, IaC updates, documentation, and review responsesCode ownership, merge approval, and release decisions
EnvironmentsProvisioning patterns, drift reduction, access recommendations, and handoffApplication behavior, data ownership, and customer-impact decisions
ReleasesDeployment mechanics, gates, rollback steps, and evidenceGo/no-go decision, customer communication, and product sign-off
IncidentsDelivery and infrastructure triage inside the plan boundaryApplication incident command unless separately scoped

We work inside your existing engineering workflow where possible. If a new process is needed, we keep it small: clear owners, written acceptance criteria, reviewable changes, and a durable handoff note.

OutcomeSection 06

Onboarding and discovery

Expected changes are framed as practical operating improvements, not unsupported guarantees.

  1. Commercial fit — confirm whether the need is an audit, project, retained plan, managed operation, or emergency response.
  2. Scope statement — define repositories, environments, cloud accounts, CI/CD platforms, production surfaces, and out-of-scope systems.
  3. Access plan — request least-privilege access for repositories, CI/CD, cloud consoles, observability, secrets, and ticketing systems.
  4. Current-state map — document pull-request checks, build and test stages, artifact flow, deployment paths, environments, runners, secrets, and incident history.
  5. Risk and backlog review — identify urgent fixes, durable platform work, and items that need buyer decisions before implementation.
  6. Cadence setup — agree on meeting rhythm, communication channel, change approval, escalation path, and monthly reporting format.
EvidenceSection 07

Ongoing cadence

Runbooks, dashboards, reviews, and handoff material make the work auditable.

CadenceTypical activity
Weekly or biweekly delivery checkReview active work, blockers, pull requests, access issues, and upcoming releases
Monthly operating reviewPipeline health, environment reliability, cloud or runner cost notes, security concerns, and backlog changes
Release support as scheduledPre-release checks, deployment path validation, rollback readiness, and post-release notes
Incident or escalation reviewTime-boxed triage, action log, handoff notes, and follow-up remediation items
Quarterly plan review where appropriateReassess plan size, scope boundary, risk level, and whether managed operations or project work is a better fit
ScopeSection 08

Concrete deliverables

The work is broken into visible capabilities, acceptance points, and handoff artifacts.

  • delivery-system inventory covering repositories, workflows, runners, artifacts, environments, and deployment targets
  • prioritized DevOps backlog with impact, effort, risk, owner, and plan fit
  • pull requests for pipeline, IaC, environment, or documentation changes
  • environment inventory with ownership, purpose, access notes, and cost or lifecycle concerns where visible
  • release checklist with gates, rollback steps, deployment record location, and monitoring hooks
  • runbooks for common delivery failures, runner issues, environment drift, and rollback assistance
  • monthly delivery review summarizing completed work, open risks, upcoming decisions, and recommended next steps
OutcomeSection 09

Packages

Expected changes are framed as practical operating improvements, not unsupported guarantees.

PackageBest forTypical deliverables
DevOps AssessmentTeams unsure where delivery is blockedCI/CD map, environment map, risk list, recommended plan
Pipeline ImplementationTeams with a specific delivery bottleneckNew or rebuilt pipeline, runner setup, deployment path, handoff
IaC FoundationTeams moving infrastructure into codeIaC repository structure, provisioning workflow, docs, review process
Ongoing DevOps PlanTeams needing continuous capacityMonthly support plan, backlog ownership, delivery reviews, incident help
EvidenceSection 10

Plan alignment

Runbooks, dashboards, reviews, and handoff material make the work auditable.

PlanFitIncluded emphasis
XSSmall teams establishing the basicsBasic CI/CD, environment support, standard reviews
SGrowing teams with multiple environmentsIaC, preview environments, stronger cloud and DevSecOps coverage
MProduction teams needing senior ownership24/7 support where scoped, advanced release controls, reliability and security work
CustomComplex or regulated teamsDedicated scope, SLA, compliance evidence, multi-region or multi-cloud needs

View the full pricing comparison →

Operating modelSection 11

Boundaries and prerequisites

Responsibilities, response paths, and technical changes are made explicit before work starts.

What changes

We need from you

  • a technical sponsor who can approve access, priorities, and merge decisions
  • repository and CI/CD access appropriate to the agreed work
  • cloud, Kubernetes, secrets, monitoring, and ticketing access when those surfaces are in scope
  • known constraints such as compliance requirements, maintenance windows, customer commitments, and change freezes
  • an agreed process for production changes and emergency escalation

Scope boundary

Not included unless scoped

  • application feature development unrelated to delivery or platform work
  • broad security audit beyond delivery, cloud, runner, or infrastructure controls
  • formal compliance certification or legal attestation
  • guaranteed uptime or response times without a written SLA and explicit operating boundary
  • large migrations, new platform builds, or major re-architecture outside the retained backlog
  • ownership of customer communication, product release approval, or business-risk acceptance
OutcomeSection 12

Escalation and handoff

Expected changes are framed as practical operating improvements, not unsupported guarantees.

For retained plans, escalation paths are agreed during onboarding: communication channel, severity definitions, authorized approvers, production-change rules, and when Assistance may act directly versus advise. After each meaningful change, we leave a handoff note that explains what changed, how to validate it, how to roll it back, and what remains risky.

If an issue moves outside the DevOps plan boundary, we route it to the right service path: Emergency Response for active production impact, SRE as a Service for reliability operations, Security Audit for broad security review, or a scoped implementation project for larger platform changes.

OutcomeSection 13

Outcomes you can measure

The result is described as an operating change the team can observe, review, and sustain.

  • shorter feedback loops for builds and tests
  • fewer manual release steps
  • clearer environment ownership
  • more repeatable infrastructure provisioning
  • deployment rollback path documented before release
  • visible backlog of delivery, security, and reliability improvements
  • cloud and runner costs reviewed instead of left unmanaged
Operating modelSection 14

Proof we leave behind

Responsibilities, response paths, and technical changes are made explicit before work starts.

EvidenceWhy it matters
Pipeline mapShows every build, test, artifact, and deploy path
IaC repository and review rulesKeeps infrastructure changes reproducible and reviewable
Environment inventoryClarifies what exists, who owns it, and what it costs
RunbooksGives responders a safe first action during failures
Monthly delivery reviewTracks whether the service is improving day-to-day engineering work
OutcomeSection 15

Common starting points

Expected changes are framed as practical operating improvements, not unsupported guarantees.

Signal quality

Rebuild a slow or flaky pipeline

We baseline build duration, queue time, failure modes, and deployment blockers, then improve the critical path with caching, parallelization, runner sizing, and clearer test boundaries.

What changes

Introduce Infrastructure as Code

We turn console-created infrastructure into versioned code, define promotion rules, and document how developers request or change environments.

What changes

Make releases safer

We add release gates, staged deployments, rollback steps, deployment records, and monitoring hooks so production changes become easier to reason about.

What changes

Prepare for enterprise customers

We improve delivery evidence: access controls, audit trails, deployment history, security scans, and operational documentation.

Next stepSection 16

Decision points and common questions are made explicit so follow-up work is scoped cleanly.

Next stepSection 17

Getting started

Decision points and common questions are made explicit so follow-up work is scoped cleanly.

Start with a DevOps assessment. We will review your delivery path, identify the highest-impact fixes, and recommend an audit, implementation package, or flat-rate plan.

Request DevOps assessment →

Next stepSection 18

Frequently asked questions

Decision points and common questions are made explicit so follow-up work is scoped cleanly.

Can you work with our existing CI/CD platform? Yes. We usually improve the current platform before recommending a migration.

Do you replace our engineers? No. We supply DevOps capacity and operating structure so your engineers can keep shipping product.

How quickly can work start? A focused assessment can start after access and stakeholder availability are confirmed. Implementation timing depends on repository count, environment complexity, and change-control requirements.

Do flat-rate plans include unlimited work? Plans include ongoing support within the agreed scope. Large migrations, new compliance programs, or major re-architecture are scoped separately when needed.

Can this include emergency production help? Yes, when incident response coverage is included in the selected plan or scoped as a separate emergency engagement.

Ready to get started?

Book a quote review or talk to an engineer.

Get pricing

Pricing

Flexible scopes available. if you need custom terms or bundled service pricing.

Hourly rate
90/hr

Minimum engagement: 40 hours (3.600 €/mo retainer)

Dedicated DevOps engineers embedded in your team. Packaged hourly with a 40-hour monthly minimum.

Talk to a senior engineer

Need a clearer path for DevOps as a Service?

We'll help you understand fit, scope, pricing, and the fastest practical next step for your team.

No obligation • Senior engineer review • Recommendations grounded in your current stack