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DevOps Services

Ship Product Without Fighting the Path to Production.

Mayan.Host builds and operates the pipelines, infrastructure automation, environments, and release controls behind reliable software delivery. We replace manual deployment work, inconsistent configuration, and fragile production knowledge with repeatable systems your engineers can use without becoming infrastructure operators.

CI/CD Automated build, test, security, release, and deployment workflows
IaC Reviewed, repeatable infrastructure changes instead of console drift
3 envs Development, staging, and production aligned through shared definitions
1 path One documented route from source control to production feedback

Best Fit

When DevOps Services Are the Right Engagement

DevOps support creates the most value when delivery friction is recurring, infrastructure knowledge is concentrated, and product engineers are spending too much time maintaining the path to production.

Releases depend on manual steps and individual memory

Delivery slows down when every deployment needs a checklist, a specific engineer, or a sequence of commands that exists only in team knowledge.

  • Production releases require repeated manual intervention.
  • Rollback procedures are incomplete, outdated, or untested.
  • Only a few engineers understand how applications reach production.

Environments behave differently from one another

Development, staging, and production drift creates failures that appear late, waste debugging time, and reduce confidence in every release.

  • Configuration changes are applied differently across environments.
  • Staging does not reproduce production dependencies or behavior.
  • Infrastructure changes are difficult to review or recreate.

Product engineers are maintaining the delivery platform

The delivery system becomes a product of its own, but without clear ownership it consumes the same engineers expected to build customer-facing features.

  • Pipeline failures interrupt planned product work.
  • Infrastructure requests queue behind the busiest engineer.
  • Security, secrets, monitoring, and deployment work compete for attention.

Scope

What We Build and Operate

The scope connects source control, CI/CD, infrastructure, environments, security checks, releases, and production feedback into one repeatable delivery system.

CI/CD pipeline engineering

We create delivery workflows that make builds, tests, approvals, releases, and rollback consistent across repositories and services.

  • GitHub Actions, GitLab CI, Jenkins, AWS CodePipeline, and Cloud Build workflows
  • Build caching, test stages, artifact handling, approvals, and deployment promotion
  • Blue-green, canary, rolling, and rollback patterns matched to workload risk

Infrastructure as code

Infrastructure changes move into reviewed definitions so environments can be reproduced, audited, and changed without hidden console work.

  • Terraform, Pulumi, Ansible, Packer, and provider-native automation
  • Module structure, state handling, secrets boundaries, review, and promotion
  • Drift detection, import strategy, documentation, and recovery procedures

Environment standardization

We reduce environment-specific surprises by aligning configuration, dependencies, deployment behavior, and ownership.

  • Development, preview, staging, and production environment design
  • Configuration, secrets, service dependencies, and database migration workflows
  • Reproducible local or ephemeral environments where they improve delivery

Containers and Kubernetes delivery

Container and Kubernetes workflows are designed around reliable releases, resource control, and production visibility.

  • Container build standards, image scanning, registries, and promotion
  • Kubernetes manifests, Helm, GitOps, Argo CD, scheduling, and rollout controls
  • Resource requests, limits, probes, autoscaling, and deployment diagnostics

Security in the delivery path

Security checks become part of normal engineering workflow instead of a separate review that arrives after release.

  • Secret detection, dependency checks, image scanning, SBOM, and IaC validation
  • Least-privilege pipeline access, short-lived credentials, and protected environments
  • Policy gates and evidence collection aligned to your risk and compliance needs

Observability and release feedback

A release is not complete until the team can see whether it improved or damaged production behavior.

  • Deployment markers, logs, metrics, traces, errors, and release dashboards
  • Health checks, smoke tests, alerting, and automated rollback signals
  • Change failure, lead time, recovery, and pipeline reliability reporting

Delivery Model

A Practical DevOps Workflow From Audit to Operation

The goal is not a collection of new tools. It is a controlled, observable delivery path that reduces manual work, improves release confidence, and remains understandable to your team.

01

Map the current delivery path

We review how code, configuration, infrastructure, approvals, and releases move from development into production today.

  • Inventory repositories, pipelines, environments, dependencies, and owners.
  • Identify manual steps, recurring failures, access risks, and hidden knowledge.
  • Agree on target outcomes, constraints, and the highest-value workflow to fix first.
02

Design the delivery baseline

We define a practical target architecture that fits your stack, team size, release frequency, and production risk.

  • Choose pipeline stages, environment promotion, approvals, and rollback behavior.
  • Define infrastructure, configuration, secrets, and artifact boundaries.
  • Create an implementation backlog sequenced around delivery impact.
03

Build and migrate safely

We implement automation in controlled phases so product delivery continues while the new system proves itself.

  • Build pipelines, IaC, environment automation, security checks, and observability.
  • Test release and rollback behavior before production adoption.
  • Migrate services incrementally with documentation and team review.
04

Operate and improve the system

We monitor delivery performance, resolve failures, and improve the workflows as applications and teams evolve.

  • Track pipeline failures, release quality, manual work, and recovery time.
  • Prioritize reliability, speed, security, and developer-experience improvements.
  • Transfer knowledge or continue operating the platform with your team.

Deliverables

What You Get

  • DevOps and delivery assessment with a prioritized implementation backlog
  • CI/CD pipelines for build, test, security, release, deployment, and rollback
  • Infrastructure as code for cloud, Kubernetes, networking, and shared services
  • Standardized environment, configuration, secrets, and promotion workflows
  • Container, registry, Kubernetes, GitOps, and release automation where applicable
  • Deployment observability, operational documentation, runbooks, and ownership maps
  • Ongoing pipeline maintenance, release support, and managed DevOps operations

Outcomes

What Changes

  • Faster releases because repetitive delivery work is automated
  • Fewer deployment failures caused by drift and undocumented manual steps
  • Shorter recovery time through tested rollback and clearer production feedback
  • Less interruption for product engineers maintaining infrastructure workflows
  • Auditable infrastructure and delivery changes through source-controlled definitions
  • A delivery platform that can evolve without depending on one engineer

Keep Your Current Stack. Fix the Delivery System Around It.

DevOps improvement does not require an immediate platform migration. We can automate delivery across your existing AWS, GCP, private-cloud, Kubernetes, VM, or hybrid environment, then recommend architecture changes only where they clearly improve reliability, speed, security, or operating cost.

Request a DevOps ReviewReview Managed InfrastructureExplore Private Cloud

Start the Review

Share your delivery workflow and infrastructure context.

Use the form to request a DevOps review. A Mayan.Host engineer will assess your repositories, pipelines, environments, infrastructure workflow, release pain points, and the level of implementation or ongoing ownership you need.

  • Tell us how applications are built, tested, and deployed today.
  • Mention recurring problems with pipelines, environments, infrastructure, secrets, or releases.
  • Include your cloud, Kubernetes, source-control, and CI/CD tools where relevant.

Request DevOps Workflow Review

FAQ

DevOps Services FAQ

Can you improve our existing pipelines instead of replacing them?

Yes. We first assess the current workflow, failure patterns, maintainability, access model, and delivery goals. We retain what works, simplify unnecessary complexity, and replace components only where the expected reliability or productivity gain justifies the change.

Which CI/CD and infrastructure tools do you support?

We work with GitHub Actions, GitLab CI, Jenkins, AWS CodePipeline and CodeBuild, Google Cloud Build, Argo CD, Terraform, Pulumi, Ansible, Packer, Docker, Kubernetes, Helm, and related cloud-native tooling. Tool selection follows your environment and operating needs.

Can you migrate manually created infrastructure into code?

Yes. We inventory existing resources, identify ownership and dependencies, establish state safely, import or recreate infrastructure in controlled phases, and verify that production behavior remains stable before removing manual configuration paths.

Do you provide ongoing DevOps support after implementation?

Yes. We can maintain pipelines, support releases, manage infrastructure automation, improve environments, respond to delivery failures, and operate the DevOps system alongside your product, platform, or SRE team.

How do you avoid disrupting active product development?

We sequence work around the highest-value bottlenecks, build new workflows alongside existing delivery paths where necessary, test rollback behavior, migrate services incrementally, and coordinate changes through agreed maintenance and release windows.

How are DevOps services different from SRE services?

DevOps services focus primarily on the path from code and infrastructure change to a safe production release. SRE services focus on measurable production reliability, observability, incident response, SLOs, capacity, and reducing operational risk after systems are running.