Imagine: your development team is drowning in routine — setting up environments, figuring out access, provisioning secrets, coordinating deployments. Each task takes hours, sometimes days. Sound familiar? According to a 2023 CNCF survey, 41% of organizations have already adopted or plan to adopt internal developer platforms (IDPs), and this number is growing every year. Platform Engineering is not just a buzzword; it's a response to a real pain point: how to give developers self-service and speed without losing control and security.
The course "Platform Engineering — Internal Developer Platforms" on asibiont.com is your chance to systematically master this discipline. We'll break down how IDPs work, compare leading tools, and learn to design platforms that truly accelerate software delivery.
What is an Internal Developer Platform and Why It Matters
An Internal Developer Platform (IDP) is a layer between developers and infrastructure that provides standardized paths for deployment, environment management, and access to services. It's like a "golden path" for developers: instead of dealing with a bunch of tools, they work with a single interface — a portal, API, or CLI.
A prime example is Spotify. Their internal platform, Backstage, was so successful that the company open-sourced it and donated it to the CNCF (it's now an incubation project). Backstage enables the creation of a Service Catalog — a unified database of all company services, with documentation, owners, and metadata. Many companies, such as Netflix, Lyft, and Airbnb, build their own IDPs because they deliver measurable results: reduced Change Lead Time and lower MTTR (Mean Time to Recovery).
Tool Comparison: Backstage, Port, Kratix
In the course, we thoroughly examine three approaches to building an IDP — from open-source to commercial solutions.
| Tool | Type | Architecture | Cost | Best For |
|---|---|---|---|---|
| Backstage (Spotify/CNCF) | Open-source | Service Catalog + plugins; Spotify stack | Self-hosted: support costs, but no licenses | Teams that want to build the platform themselves |
| Port | Commercial SaaS | Low-code platform: ready-made widgets, integrations; quick start | Subscription, simpler TCO (no operational overhead) | Companies needing fast implementation without deep engineering |
| Kratix | Open-source (declarative approach) | "Platform as a Product": declarative APIs, GitOps | Self-hosted | Organizations with high Kubernetes maturity that value declarative approaches |
Why does this matter? The choice of architecture affects everything: from implementation speed to long-term maintainability. For example, Backstage requires significant investment in plugin development but offers full flexibility. Port, on the other hand, allows you to launch a portal in weeks, but you become dependent on the vendor. Kratix stands out with its declarative approach: you describe the desired state of the platform, and it manages resources itself.
What You Will Learn in the Course
The program is structured as a journey from concept to production-grade solutions. Here are the key modules:
- Platform as a Product — how to think of the platform as a product for internal users: researching needs, metrics, feedback.
- Service Catalog — building a service catalog on Backstage: describing components, owners, APIs.
- Infrastructure Orchestration — using Crossplane and Terraform to provide infrastructure to developers via APIs.
- Environment-as-a-Service — creating dynamic environments for each branch or PR.
- CI/CD Platform — designing pipelines that integrate into the platform.
- Observability as a Service — giving developers ready-made dashboards and alerts.
- API Gateway and Secret Management — securely managing access and secrets.
- Developer Portal — unifying everything into a single interface.
- FinOps — calculating cloud resource costs and optimizing them.
Each module includes real configurations and architectural diagrams. You don't just read theory — you see how it works in production.
Who This Course Is For
If you are a DevOps engineer, SRE, architect, or tech lead looking to level up, this course is for you. It is also useful for developers who want to understand how platforms work to use them more effectively. No "baby" explanations — only practice and depth.
How Learning Works on asibiont.com
Unlike classic online courses with recorded videos, we use AI generation of personalized lessons. The neural network analyzes your level and goals and creates lessons that fit you. You read text materials, complete assignments, and the system adapts the program to your pace and learning style.
Why is this effective? Because every person is unique: some grasp concepts quickly, others need more examples. The AI tutor (that's what we call it) explains complex things in simple language, provides additional examples if it sees the topic isn't understood, and gives practical tasks that match your real projects.
Access to the course is available 24/7 — you study when it's convenient and reread materials as much as you need. No deadlines or stress.
Why AI Learning Is Modern
The world is changing, and education must change with it. Static courses become outdated, while AI allows for dynamic content that updates with the latest trends. For example, in our Platform Engineering course, we account for changes in Backstage, new versions of Kratix, and other ecosystem updates. The neural network doesn't just provide information — it helps you build your own mental models by asking clarifying questions and offering mini-case studies.
Practical Insights: What Research Says
We rely on data from public sources. For instance, the CNCF report and Puppet surveys show that IDP adoption is growing: in 2021, only 23% of organizations used such platforms, but by 2023, that figure reached 41%. Companies that adopted IDPs report improved DORA metrics: Change Lead Time shrinks from days to hours, and MTTR decreases thanks to standardized tools. For example, in one case described in the Port blog, a team reduced environment creation time from three days to three minutes — that's what a proper platform can do.
Conclusion
Platform Engineering is not the future; it's the present. The ability to build IDPs is becoming as important as knowing Kubernetes or CI/CD. The course "Platform Engineering — Internal Developer Platforms" on asibiont.com will give you not only theory but also practical tools you can apply tomorrow.
It's time to break free from routine and build a platform that accelerates your entire organization. Sign up for the course and start your journey in Platform Engineering today: Platform Engineering — Internal Developer Platforms. We look forward to seeing you in our community!
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