Remember when DevOps first emerged? It was about breaking down silos between developers and operations. Now, a new discipline is taking the industry by storm: Platform Engineering. In 2025, it’s not just about pipelines—it’s about building internal platforms that empower developers to ship faster.

What is Platform Engineering?

Simply put: Platform Engineering = DevOps + Product Thinking

Instead of just automating deployments, we build self-service platforms that developers can use to:

  • Provision infrastructure
  • Deploy applications
  • Monitor services
  • Manage secrets
  • Handle compliance

The Evolution

2010: Manual Deployments
    ↓
2015: DevOps + CI/CD
    ↓
2020: GitOps + Kubernetes
    ↓
2025: Platform Engineering

Why Now?

Developer Experience Matters

  • Average developer spends 30% of time on non-coding tasks
  • Platform teams can reduce this to 5%
  • Self-service = faster iteration = competitive advantage

Complexity Has Exploded

  • Microservices → hundreds of services
  • Multi-cloud → multiple environments
  • Security → compliance requirements
  • Platforms abstract this complexity

Key Components of an IDP

1. Developer Portal

  • Self-service provisioning
  • Service catalog
  • Documentation
  • API access

2. Infrastructure Templates

  • Pre-configured Kubernetes clusters
  • Database provisioning
  • Caching layers
  • Message queues

3. Pipeline Templates

  • Standardized CI/CD
  • Security scanning
  • Compliance gates
  • Deployment strategies

4. Observability Stack

  • Metrics collection
  • Log aggregation
  • Distributed tracing
  • Alert management

Platform Engineering Tools

Category Tools
Portals Backstage, Port, Cortex
IaC Terraform, Pulumi
GitOps ArgoCD, Flux
Service Mesh Istio, Linkerd
Secrets Vault, Sealed Secrets

Building Your Platform

Start Small

  1. Identify Pain Points
    • What takes developers the most time?
    • What causes the most incidents?
    • What’s the biggest bottleneck?
  2. Choose Your Scope
    • Start with one team
    • Expand gradually
    • Don’t try to build everything at once
  3. Pick Your Stack
    • Kubernetes for container orchestration
    • Terraform for infrastructure
    • GitLab/GitHub for source control
    • Backstage for developer portal

Key Metrics

  • Deployment Frequency — How often can teams ship?
  • Lead Time — Time from commit to production
  • MTTR — Mean time to recovery
  • Change Failure Rate — What percentage of deploys fail?

My Experience

Building MyUbuntu gave me insight into platform engineering. The principles apply whether you’re building:

  • A Linux server management platform
  • An internal developer portal
  • A self-service infrastructure system

The Future

Platform Engineering in 2026 and beyond:

  • AI-powered provisioning
  • Natural language interfaces
  • Automated compliance
  • Self-healing infrastructure

Conclusion

Platform Engineering isn’t a buzzword—it’s the natural evolution of DevOps. By treating our internal platforms as products, we empower developers to do their best work.

The question isn’t whether to build a platform, but where to start.

What’s your platform story? Let’s connect and discuss.

Connect: LinkedIn GitHub