Platform engineering is becoming really important in the world of DevOps. It is growing fast and people are starting to think that it will replace traditional DevOps soon. Platform engineering takes all the tools and knowledge that DevOps teams use and puts them into a platform that any engineer can use.

A company called Gartner said that by 2026 most software companies will use developer platforms to manage their tools and make life easier for developers. This is already happening. Platform engineering is becoming the standard way of doing things for companies that have grown too big for traditional DevOps.

This guide will talk about the 10 platform engineering tools that are changing the way software is delivered in 2026. It will also explain the difference between developer platforms and DevOps and how tools like Backstage are making it possible for developers to do things on their own.

What is Platform Engineering?

Platform engineering is the process of designing, building and maintaining developer platforms. These platforms are like a layer of tools that lets development teams build, deploy and operate applications without needing to know a lot about DevOps.

The main benefit of platform engineering is that it provides a “golden path.” A simple and reliable way to get code from a laptop to production. Instead of every team solving the same infrastructure problems, platform engineering centralizes those solutions and makes them available through self-service.

Developer Platforms vs DevOps

Traditional DevOps is often done by a team that serves all development teams. They set up infrastructure, manage pipelines and handle deployments. This model does not work well when a company grows too big. The DevOps team becomes a bottleneck and development teams lose control.

Platform engineering solves this problem by building a developer platform. This platform lets developers set up infrastructure, create pipelines and deploy applications on their own. The platform engineering team maintains the platform but they do not do the operational work.

The shift from developer platforms to DevOps is not about getting rid of DevOps knowledge. It is about turning that knowledge into tools that can be used by everyone.

Top 10 Platform Engineering Tools for 2026

1. Backstage

Backstage is an open-source internal developer portal framework created by Spotify. It is one of the most widely used platform engineering tools for building internal developer platforms.

Why Backstage is Important

Backstage provides a central place where developers can find:

• Services
• APIs
• Libraries
• Documentation
• Data pipelines

It also lets developers create projects with complete CI/CD pipelines, Kubernetes deployment and monitoring dashboards.

Best For

Platform engineering teams building internal developer portals and software catalogs.

2. Port

Port is an internal developer platform builder that takes a more opinionated approach than Backstage.

Why Port is Important

Port provides:

• No-code workflows
• Software catalogs
• Self-service actions
• Developer portals

It is useful for teams that want a Backstage-like experience without managing infrastructure.

Best For

Organizations that want self-service developer platforms with minimal setup.

3. Crossplane

Crossplane is a Kubernetes-based platform engineering tool for cloud resource management.

Why Crossplane is Important

Crossplane lets platform engineering teams provision and manage cloud infrastructure as Kubernetes objects.

It allows development teams to access infrastructure through Kubernetes APIs.

Best For

Cloud infrastructure automation and self-service provisioning.

4. Terraform + Terraform Cloud

Terraform and Terraform Cloud are widely used platform engineering tools for infrastructure self-service.

Why Terraform is Important

Terraform enables:

• Infrastructure as Code
• Version-controlled infrastructure
• Automated provisioning
• Policy-based governance

Terraform Cloud adds collaboration and workflow management capabilities.

Best For

Infrastructure provisioning and cloud automation.

5. Humanitec

Humanitec is a platform orchestration tool.

Why Humanitec is Important

Humanitec connects:

• CI/CD pipelines
• Cloud infrastructure
• GitOps tools
• Kubernetes environments

It helps platform engineering teams build cohesive internal developer platforms.

Best For

Organizations building complex self-service platforms.

6. Kratix

Kratix is an open-source framework that allows platform teams to offer curated infrastructure services.

Why Kratix is Important

Kratix enables:

• Self-service infrastructure
• Kubernetes-native workflows
• Platform abstraction

It builds on concepts similar to Crossplane.

Best For

Teams building reusable infrastructure services for developers.

7. Cortex

Cortex focuses on service maturity and developer experience.

Why Cortex is Important

Cortex helps organizations:

• Track service quality
• Improve engineering standards
• Measure platform maturity
• Create developer scorecards

Best For

Organizations focused on developer experience and operational standards.

8. Spacelift

Spacelift is an infrastructure automation platform that works with tools like Terraform, Kubernetes and Ansible.

Why Spacelift is Important

Spacelift provides:

• Policy-as-code
• Drift detection
• Infrastructure automation
• Approval workflows

Best For

Infrastructure operations and governance automation.

9. Argo Workflows

Argo Workflows is a Kubernetes-native workflow orchestration engine.

Why Argo Workflows is Important

Platform engineering teams use Argo Workflows to automate operational workflows.

For example:

• Crossplane provisions resources
• Ansible configures servers
• ArgoCD deploys applications
• Datadog configures monitoring

All through a single workflow.

Best For

Automating infrastructure and deployment workflows.

10. Roadie

Roadie is a managed Backstage service for platform engineering teams.

Why Roadie is Useful

Roadie handles the complexity of operating Backstage so platform engineering teams can focus on developer experience.

Best For

Organizations wanting a Backstage developer portal without managing infrastructure.

Pricing

Starts at approximately $600 per month depending on organization size.

Difference Between Platform Engineering and DevOps

DevOps Model

• DevOps teams handle operational work for developers
• Developers often wait for infrastructure requests
• DevOps teams own most operational knowledge
• Scaling becomes difficult as organizations grow

Platform Engineering Model

• Platform teams build self-service tools
• Developers can deploy and provision resources independently
• Knowledge is shared through automation and platforms
• Better scalability and developer productivity

The transition from DevOps to platform engineering usually happens gradually over time.

Getting Started with Platform Engineering

Start with Developer Pain Points

Find the repetitive tasks developers struggle with.

These become the first candidates for automation.

Build a Software Catalog

Use tools like Backstage or Port to centralize:

• Services
• APIs
• Documentation
• Ownership information

Create Self-Service Templates

Provide reusable templates for:

• Code repositories
• CI/CD pipelines
• Kubernetes deployments
• Monitoring setups

Measure Developer Experience

Track:

• Deployment speed
• Developer satisfaction
• DORA metrics
• Platform adoption

Treat the Platform Like a Product

Successful platform engineering teams continuously improve their platforms using developer feedback.

Why Platform Engineering Matters in 2026

Platform engineering tools are helping companies:

• Deliver software faster
• Improve developer productivity
• Reduce operational bottlenecks
• Standardize infrastructure
• Improve security and governance
• Scale engineering operations efficiently

Platform engineering is not just a trend. It is becoming the standard operating model for modern software companies.

Frequently Asked Questions (FAQs)

Q1. What is platform engineering?

Platform engineering is the practice of building self-service developer platforms that simplify infrastructure, deployments and operational workflows.

Q2. What is an internal developer platform (IDP)?

An IDP is a collection of tools and workflows that developers use to deploy and manage applications independently.

Q3. Why is Backstage popular?

Backstage provides a centralized developer portal with software catalogs, documentation and CI/CD integrations.

Q4. How long does platform engineering implementation take?

Basic implementations can take a few weeks while mature developer platforms may take several months.

Q5. What skills do platform engineers need?

Platform engineers need skills in:

• Kubernetes
• Cloud infrastructure
• Automation
• CI/CD
• Infrastructure as Code
• Developer experience design

Q6. Is platform engineering only for large companies?

No. Even small organizations benefit from self-service automation and standardized workflows.

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