DevOps & Infrastructure Automation

DevOps & Infrastructure Automation that Ships with Confidence

Full CI/CD pipeline automation and AIOps for infrastructure that runs itself. Fewer incidents, faster releases, and engineering teams freed up to build instead of babysit.

Proven Performance Metrics

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Faster deployments
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Fewer production incidents
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Release frequency
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Less time on toil

Why DevOps Automation Matters Now

Release speed is now a competitive metric, but most teams are still slowed by manual pipelines, flaky environments, and incident firefighting that burns senior engineers. Every hour spent on manual infrastructure upkeep is an hour not spent building. Automated CI/CD and AIOps make deployments routine and incidents rare, so engineering capacity goes to product, and the gap between shipping weekly and shipping monthly compounds fast.

The Old Way

Without automated pipelines

The Intelegencia Way

With Intelegencia

Manual deployments that block releases for days
Commit-to-production pipelines that run unattended
Incidents discovered by users, not monitoring
AIOps catches anomalies before users notice
Security reviews bolted on after merge
Policy-as-code gates enforce security at every merge
On-call engineers pulled into repetitive firefighting
Runbook automation resolves common incidents automatically

How We Automate DevOps End to End

We assess your current pipeline maturity, build or refactor CI/CD and observability tooling to production grade, then layer AIOps on top so the system learns to heal itself. Each phase has clear acceptance criteria before we move forward.

Pipeline Assessment

We map your delivery chain, score bottlenecks, and define the target automation state.

  • CI/CD maturity scoring across build, test, and deploy stages
  • Toolchain gap analysis: GitHub Actions, GitLab CI, Jenkins, Tekton
  • Security posture review across the software supply chain
  • Deployment frequency and change-failure-rate baseline

CI/CD Build

We implement automated pipelines with GitOps-style version-controlled delivery and progressive rollout controls.

  • GitOps workflows using ArgoCD or Flux for declarative deployments
  • Canary and blue-green release strategies with automated traffic shifting
  • Policy-as-code gates via Open Policy Agent or Checkov
  • Automated rollback triggered by error-rate thresholds

AIOps & Observability

We wire full-stack telemetry and predictive models so issues are caught and remediated before users feel them.

  • Unified observability across logs, metrics, and traces (OpenTelemetry)
  • Predictive anomaly detection trained on your baseline traffic patterns
  • Automated remediation runbooks tied to alert conditions
  • MTTR dashboards tracking mean-time-to-resolution week over week

Pipelines That Ship Themselves

We automate every step from commit to production using GitOps-style workflows with ArgoCD or Flux, so no human hand-off is required to ship. Canary releases (where a small percentage of traffic hits the new version first) let you validate stability before a full traffic shift, and automated rollbacks trigger on error-rate spikes, so a bad deploy resolves in minutes, not hours.

End-to-end CI/CD automation
GitOps & progressive delivery
Automated rollback & canary releases
Policy-as-code security gates
Pipelines That **Ship Themselves**
**AIOps That Prevents Incidents**

AIOps That Prevents Incidents

We wire unified telemetry across logs, metrics, and traces using OpenTelemetry, then layer predictive anomaly detection trained on your normal traffic baseline. When a signal crosses a threshold, automated runbook scripts attempt remediation, such as restarting a pod or rolling back a config, before anyone is paged. This cuts MTTR (mean time to resolution, the average gap between alert and recovery) and reduces how often on-call engineers are pulled into incidents that could resolve themselves.

Predictive incident detection
Automated remediation runbooks
Full-stack observability
Reduced mean-time-to-resolution

Driving Measurable Business Outcomes

Explore the specialized capabilities within this service, each engineered to deliver measurable business outcomes at enterprise scale.

Remove friction from the software development lifecycle using AI-accelerated CI/CD automation, declarative configuration, and self-healing environments that let your team ship code daily with confidence.

Pipeline Audit
Foundation Build
Production Rollout
AIOps Activation

Your DevOps Automation Journey

Four stages take you from a current-state audit to a self-healing delivery platform. Each stage has defined exit criteria so progress is visible and the value case stays intact at every step.

  1. 01

    Pipeline Audit

    Two-week assessment of your CI/CD, release process, and observability gaps, with a scored remediation backlog.

  2. 02

    Foundation Build

    Automated pipelines, GitOps configuration, and a baseline observability stack deployed to a non-production environment.

  3. 03

    Production Rollout

    Progressive delivery controls and security gates go live, with canary releases proving stability before full traffic shift.

  4. 04

    AIOps Activation

    Predictive incident detection and automated runbooks come online, cutting mean-time-to-resolution across your stack.

Our DevOps Delivery Operating Model

Consistent governance and discipline are what separate a one-time pipeline fix from a durable DevOps capability. These four phases define how we stay rigorous across every engagement, regardless of team size or cloud provider.

Phase 01

Instrument

Baseline telemetry and deployment metrics are captured before any changes so every improvement is measurable.

Phase 02

Automate

CI/CD pipelines, security gates, and infrastructure-as-code are built to repeatable, peer-reviewed standards.

Phase 03

Govern

Policy-as-code enforces compliance continuously, and change-advisory processes are embedded in the pipeline, not around it.

Phase 04

Improve

Weekly DORA metric reviews and quarterly roadmap sessions drive compounding gains in deployment frequency and reliability.

Frequently Asked Questions
About DevOps & Infrastructure Automation

Here you will find answers to questions we get asked the most about our offerings.

We work across GitHub Actions, GitLab CI, Jenkins, Tekton, and CircleCI on the pipeline side, and deploy to AWS, Azure, and GCP. We also integrate with Kubernetes-native tooling including ArgoCD, Flux, and Helm. Our approach is to extend what you already have rather than mandate a platform change, though we will flag where a toolchain choice is creating compounding risk.

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