Developer scenarios
Understanding which capability solves a problem is important, but seeing how those capabilities fit into real development workflows can make it easier to understand when and why to use them.
The following examples show how different development roles can use Windows capabilities to reduce manual effort, streamline workflows, and stay focused on building applications.
Engineering manager
An engineering manager is onboarding several new developers onto a project. Each new team member needs the same set of development tools, settings, and dependencies before they can begin contributing code.
Instead of having each developer manually configure their device, the manager uses Windows Developer Configurations to help standardize environment setup across the team.
Result: Developers spend less time preparing devices and more time contributing to projects, helping teams scale onboarding more efficiently as they grow.
Quick takeaway: Standardized configurations can simplify onboarding and create more consistent development environments. Think about it: How much time could your team save if new developers could start with the same tools and settings from day one?
DevOps engineer
A DevOps engineer is validating containerized application builds that will be deployed to Linux-based environments. They use Windows as their primary desktop environment but regularly need Linux command-line tools and Docker-based container workflows to test and validate application behavior before deployment.
The engineer uses Coreutils for Windows and WSL containers to work with familiar Linux workflows directly on Windows.
Because WSL containers are currently in public preview, the team verifies the latest Microsoft documentation before using them in production workflows.
Result: Less time switching between environments and more time focused on building, testing, and validating applications.
Quick takeaway: Cross-platform development tools can help streamline workflows that span Windows and Linux environments.
Application developer
An application developer is testing a new feature when a command-line tool returns an unexpected error. Researching documentation, troubleshooting the error, and searching for possible fixes would require switching between multiple tools and information sources, taking time away from development work.
The developer uses Intelligent Terminal to access context-aware assistance without leaving the terminal environment.
Because Intelligent Terminal is currently in experimental preview, the developer verifies the latest release status and evaluates the feature before using it in their production workflows.
Result: Reduced time to identify and resolve issues, allowing developers to return to development tasks more quickly.
Quick takeaway: Reducing context switching can help developers maintain focus and resolve issues more efficiently.
Windows application developer
A developer building a native Windows application uses AI-assisted development tools as part of their workflow. They want those tools to incorporate Windows-specific development knowledge so they can get more relevant guidance while building their application.
The developer uses Windows Development Skills to provide structured Windows application development knowledge to their AI agents.
Result: The developer receives more relevant guidance while building their application, helping them work more efficiently and stay focused on development tasks.
Quick takeaway: Structured Windows development knowledge can help AI-assisted tools provide more relevant guidance, helping developers spend less time searching for information and more time building applications.
Reflection
Think about a development team you work with or support.
- Which scenario felt most relevant?
- Which capability could have the biggest impact on developer productivity?
- How could reducing setup time, context switching, or troubleshooting overhead help that team focus more on building applications?
Tip
When speaking with customers or development teams, listen for challenges related to onboarding new developers, cross-platform workflows, troubleshooting interruptions, or AI-assisted development. These conversations can help identify which Windows capabilities might provide the greatest value.