Operate CI/CD · IaC · Observability · SRE

Ship faster with safer releases and clearer recovery.

We help engineering teams automate delivery, manage infrastructure as code, improve observability, and build SRE practices that reduce release risk.

The work starts from the most painful gap first: manual deployments, fragile infrastructure changes, noisy alerts, improvised recovery, or security checks that arrive too late.

When this is needed

Three signals that this is the right next step.

01 / Manual releases Production deployments still depend on manual steps and high-stress windows.
02 / Users find outages first Issues are discovered after customers or internal users complain.
03 / Delivery speed is blocked The engineering team is bigger, but delivery is not getting faster.
Reference flow

From commit to production. With control built in.

This is an illustrative delivery flow. Tooling such as GitHub Actions, GitLab CI, AWS CodePipeline, Terraform, CloudFormation, or AWS CDK is selected based on your existing investments and operating model.

01 / COMMIT

Code & review

Pull requests, automated checks, code review, and clear ownership before merge.

02 / CI/CD

Gated Delivery

Automated build, test, approval, deployment, and rollback paths.

03 / INFRA

Infrastructure as code

Versioned, reviewable, repeatable infrastructure using Terraform, CloudFormation, or CDK.

04 / OBSERVABILITY

Signals for investigation

APM, traces, logs, dashboards, and alerts tuned for operational questions.

05 / SRE

Reliability practice

SLOs, SLIs, error budgets, runbooks, and post-incident learning.

DEVSECOPS · APPLIED ACROSS ALL STAGES

Automated code scanning · secrets management · policy as code · software bill of materials · security checks inside the delivery flow.

CI/CD Automated pipelines from commit to production, with tests, gates, approvals, and rollback paths designed into the flow.
Infrastructure as code Infrastructure managed through pull requests, version history, reusable modules, and clear review before change.
Observability APM, tracing, logs, dashboards, and alerts designed around the questions teams ask during incidents.
SRE & DevSecOps SLOs, runbooks, incident learning, code scanning, secrets management, policy checks, and SBOMs inside the delivery process.
Engineering principles

The reliability operating model. Built for delivery, not ceremony.

We connect delivery automation, infrastructure ownership, observability, SRE practice, and DevSecOps into one operating model so teams move faster without adding fragile process.

01 / Pipeline Release deliberately

CI/CD should reduce release stress with automated tests, gates, approvals, and rollback paths.

02 / Infrastructure Reproducible over click-configured

Terraform, CloudFormation, or CDK makes infrastructure reviewable, versioned, and repeatable.

03 / Observability Actionable signal only

Dashboards and alerts should answer real investigation questions, not create noise.

04 / SRE Reliability is an operating practice

SLOs, SLIs, error budgets, runbooks, and post-incident reviews make trade-offs explicit.

05 / DevSecOps Security where developers work

Code scanning, secrets management, policy as code, and SBOMs belong inside the pipeline.

Merged operating model

Fix the most painful delivery or reliability gap first, then expand the practice.

The model starts where the team feels friction: manual deployment, click-configured infrastructure, noisy alerts, improvised recovery, or late security checks. Each improvement is designed to be owned by the team, reviewed in code, and measured in production.

What we do

What we do.

A DevOps & Site Reliability engagement covers the delivery pipeline, infrastructure workflow, observability stack, reliability practice, and DevSecOps controls needed to make engineering delivery safer and more repeatable.

CI/CD
Automate the path from commit to production GitHub Actions, GitLab CI, AWS CodePipeline, or the right tool for your current stack.
Includes test gates, approvals, deployment automation, rollback path, and release visibility.
Infrastructure as code
Make infrastructure reviewable and repeatable Terraform, CloudFormation, or AWS CDK managed through version control and review.
Includes modules, state strategy, PR review, drift control, and environment consistency.
Observability
Build dashboards and alerts teams can use APM, distributed tracing, logs, uptime checks, and operational dashboards tuned to incident investigation.
Includes Alert review, noise reduction, and first-look views for on-call teams.
SRE
Turn reliability into an operating practice SLOs, SLIs, error budgets, runbooks, and post-incident learning loops.
Includes Reliability targets, response procedures, incident review, and improvement backlog.
DevSecOps
Put security controls inside delivery Security checks are integrated into the pipeline so developers get feedback where they work.
Includes Code scanning, secrets management, policy as code, SBOMs, and gate design.
After hand off
Keep ICS involved or run it internally Your team can own the practice directly, or ICS can continue support through Managed Cloud & AI Operations.
Includes Documentation, runbooks, pipeline ownership, and transition support.
After we hand off
After implementation, you can keep ICS engaged for ongoing SRE coverage and platform engineering through Managed Cloud & AI Operations, or your team can run the practice directly. The runbooks, SLOs, and pipelines are documented for that handover.
Talk to us

Start with a deployment-and-reliability assessment. Then fix the pain first.

If releases are stressful, infrastructure changes are risky, or outages are detected by users, start with a focused assessment of your delivery and reliability gaps.

The output is a sequenced plan that fixes the most painful gaps first before expanding the wider DevOps and SRE practice.

Start a conversation
DevOps assessment

What the assessment covers

  • Deployment process review and bottleneck identification
  • Observability gap assessment against current incident posture
  • CI/CD and infrastructure-as-code current-state baseline
  • SRE readiness review: SLOs, on-call, and post-incident practice
  • Sequenced implementation plan starting from the most painful gap