Terminal Archives

Winsage

June 4, 2026

Microsoft Positions Windows as a Platform for AI Agents — THE Journal

Microsoft Build 2026 highlighted a shift in Windows strategy, positioning it as a comprehensive operating environment for AI agents rather than just a collection of AI features. Key announcements included: - Expanded Windows AI APIs utilizing CPUs, GPUs, and NPUs. - New local AI models optimized for execution on Windows devices. - Enhanced Windows Terminal and developer tools for agent-driven workflows. - Increased support for Linux development, including native command-line utilities and Linux container support via the Windows Subsystem for Linux. Security measures were emphasized, with mechanisms like execution containers to regulate AI agent behavior and access permissions. The conference focused on agent orchestration, communication protocols, and tools for managing autonomous systems. Microsoft aims to establish Windows as a robust infrastructure for future collaboration between software agents and human users.

Winsage

June 3, 2026

Microsoft Brings AI Agents Directly Into the Windows Terminal

Microsoft has released Intelligent Terminal 0.1, an open-source variant of Windows Terminal that includes native agent functionality. It can be installed via the Microsoft Store or WinGet and operates alongside the existing Windows Terminal. Intelligent Terminal allows users to troubleshoot issues directly within the terminal by interacting with an AI agent that understands the terminal context. The tool features a persistent agent pane for seamless interaction, with GitHub Copilot CLI as the default agent, though it supports any ACP-compatible agent. Automatic error detection is included, providing users with relevant error context and potential fixes. An agent management panel helps users oversee multiple agents and their statuses. The Command Palette has been updated to facilitate agent interactions without disrupting the workflow. Microsoft plans to evolve Intelligent Terminal based on community feedback, with its GitHub repository open for contributions. The release also marks the phasing out of Terminal Chat in Windows Terminal Canary, while the mainline Windows Terminal remains unchanged.

Winsage

June 3, 2026

Microsoft’s new developer-optimized Windows embraces Linux even more

Microsoft is enhancing its Windows operating system by integrating Linux-like command line utilities and further developing its Linux subsystem. This includes the introduction of frequently used command line utilities, a streamlined setup process, and a built-in mechanism for creating and interacting with Linux containers on Windows. Notable advancements include the introduction of Coreutils for Windows, which brings Linux-like command-line utilities to the platform, and deeper integration of Windows Subsystem for Linux (WSL) with WSL containers that allow developers to create, run, and manage Linux containers within Windows. A command-line interface and API for WSL containers will be available in public preview soon. Additionally, Microsoft is enhancing the Windows Terminal with a new feature called the Intelligent Terminal, which provides contextual assistance for tasks like querying and debugging. Microsoft is also rolling out Windows Developer Configurations to simplify the setup of new machines with developer-friendly settings, installing essential tools such as WSL, PowerShell 7, and Visual Studio Code.

Winsage

June 3, 2026

Build 2026: Furthering Windows as the trusted platform for development

Build is an annual event focused on connecting with the global developer community and sharing innovations. Feedback from developers emphasizes the need for a frictionless and adaptable platform for seamless development across various environments. Key announcements include: - Coreutils for Windows: A suite of Linux-like command line utilities available natively on Windows. - WSL containers: A forthcoming public preview feature for creating and interacting with Linux containers. - Windows Development Skills: Structured knowledge for building native Windows apps using WinUI3 and WinApp CLI, now generally available. - Intelligent Terminal: An experimental feature integrating context-aware intelligence into the terminal for improved debugging and task execution. - Windows Developer Configurations: A WinGet-powered setup for distraction-free development, now generally available. - Windows 365 with Developer Configuration: A pre-configured cloud-based development environment in public preview. For security, the announcements include: - Microsoft Execution Containers (MXC) SDK: A policy-driven execution layer for agent access and containment, available in early preview. - Agent 365 integration: Enhances security for agents with protections from Defender, Entra, Intune, and Purview, available in preview. - OpenClaw: Runs securely on Windows using MXC for easy installation of agent connections. - NVIDIA's OpenShell: A deployment package for autonomous agents on Windows, built on MXC. - Windows 365 for Agents: Secure Cloud PCs for executing enterprise workflows, now generally available. For AI capabilities: - Aion 1.0 Instruct: An on-device small language model for local workloads, available soon. - Expanded Windows AI APIs: Now accessible on more Windows 11 PCs, enhancing local AI capabilities. - Surface RTX Spark Dev Box: A device for developers featuring NVIDIA RTX Spark silicon for local AI workloads. - DGX Station for Windows: A powerful AI supercomputer for developing agents, coming in Q4. - Project Solara: A platform for agent-driven experiences, simplifying development across environments. - New Speech Recognition API: Real-time, on-device transcription capabilities. - Expansion of Windows AI APIs across GPUs and CPUs: Now available for broader hardware support. Windows is enhancing its security framework to reduce risks and ensure robust protection for applications.

Winsage

June 3, 2026

One of Microsoft’s best apps now has an experimental sibling because, you guessed it, it’s been stuffed with AI

Microsoft has introduced the Intelligent Terminal, an experimental version of the Windows Terminal that integrates AI capabilities while keeping the core Windows Terminal unchanged. Users can access it via the Microsoft Store, winget, or GitHub, with GitHub Copilot as the default AI agent, though users can choose other compatible agents. Early reactions include skepticism about AI, but many users appreciate that the standard Windows Terminal remains intact.

Winsage

June 2, 2026

Build 2026: Microsoft Optimizes Windows 11 for Developers

Microsoft unveiled a series of enhancements for developers at Build 2026, aiming to retain its existing developer base and attract new ones to Windows 11. Key offerings include: - Windows Developer Configuration: A feature that creates a distraction-free environment for software development, now generally available. - Windows Developer Skills: Introduction of WinApp CLI with AI agents for creating native Windows applications, also generally available. - Terminal Improvements: An experimental preview of an Intelligent Terminal mode that features a dual-pane display. - Enhanced Linux Capabilities: Windows Subsystem for Linux (WSL) will support containers in public preview and has native support for Coreutils, now generally available. - Agentic Capabilities: Microsoft Execution Containers (MXC) SDK in early preview, allowing resource specification for agents, with integration for security protections. - On-device AI: Introduction of Aion 1.0 Instruct and Aion 1.0 Plan for local AI tasks, with a preview available through Edge Insider channels and an open-source model expected in July. - Surface RTX Dev Box: A desk-based datacenter focused on AI capabilities set to launch later this year.

Winsage

June 2, 2026

With Intelligent Terminal, Microsoft is reinventing the Windows terminal

The terminal is experiencing a resurgence due to innovative coding tools like Claude Code, while its core functionality remains unchanged. Microsoft has introduced the Intelligent Terminal in Windows 11, which integrates coding agents directly into the terminal environment to streamline developers' workflows. This new feature allows developers to receive real-time assistance within the terminal, addressing inefficiencies caused by switching between the terminal and chat windows for troubleshooting. The Intelligent Terminal can automatically detect errors and suggest fixes, and it offers customization options for displaying agents in various formats or disabling them entirely.

Winsage

May 27, 2026

Is it time to move from Windows to Linux?

The evolution of software development has progressed from intricate coding practices in the era of Windows 3.1 to more user-friendly programming environments. Linux applications typically require less RAM, often functioning efficiently with 8 to 16 GB, compared to 32 GB for Windows. Users can explore Linux through platforms like WSL, Hyper-V, or VirtualBox without fully committing. Linux serves as a viable alternative for older PCs that cannot support Windows 11 and acquiring Linux development skills can enhance professional profiles. Linux updates generally do not require reboots, and users can choose when to install them. Windows systems tend to slow down over time due to registry clutter, while Linux maintains performance integrity. Windows runs numerous background processes that could be disabled for better performance, but users may not know which ones are safe to turn off. Developers may find Windows frustrating due to increasing restrictions and limited administrative privileges. In contrast, Linux provides transparency regarding telemetry data. Microsoft's Visual Studio Code is a leading text editor for Linux, highlighting Microsoft's influence on Linux development. The introduction of Python and C# on Linux has showcased its performance advantages. While Windows has an edge in GUI development, tools like Flutter are enabling Linux GUI application creation. Many Linux utilities work seamlessly from the terminal. Transitioning to full-time Linux use is a personal choice, especially for gamers or those with specific project needs. The ability to develop in languages like Rust, Flutter, and C# across both operating systems encourages exploration of various Linux distributions.

Winsage

May 26, 2026

How to Remove Microsoft Edge (Windows 10 and 11)

Removing Microsoft Edge from Windows can be complex due to its integration as a system component, especially in Windows 10 and standard Windows 11 installations. Edge may not have a straightforward Uninstall button in the Settings page, but methods exist for uninstallation, including using Edge's own installer or command-line approaches. In the EU, users may find an easier uninstall option in Settings due to the Digital Markets Act (DMA). To uninstall Edge, users should check their Windows version and region, install a replacement browser beforehand, and be aware that updates might reinstall Edge. Elevated permissions are typically required for uninstallation methods. Method A involves using Edge's setup.exe in uninstall mode from its Installer directory, which is widely compatible. Method B allows for a Settings-based uninstall in certain EU Windows 11 builds influenced by DMA. Method C uses PowerShell to remove Edge partially but may not be effective on newer builds. Method D suggests disabling Edge instead of fully uninstalling it for better system stability. Advanced techniques exist but carry risks, including potential system integrity issues. Users should consider application dependencies and the likelihood of Windows updates restoring Edge. For enterprise environments, policy-based control is preferred over complete removal. The EU DMA is driving changes toward a more modular Windows architecture, allowing for greater user choice regarding browser components.

Tech Optimizer

May 25, 2026

How to create a Metabase dashboard with Docker

Creating a self-hosted analytics dashboard using Metabase and Docker involves deploying the Metabase container, which integrates with PostgreSQL for data storage. The prerequisites include a server or local machine with Docker, terminal access, an available port (typically 3000), a PostgreSQL database, and connection details for the business database. The installation steps are as follows: 1. Pull the Metabase Docker image using `docker pull metabase/metabase:latest`. 2. Run the Metabase container with `docker run -d -p 3000:3000 --name metabase metabase/metabase`. 3. Verify the container operation using `docker ps` and check logs with `docker logs -f metabase`. 4. Access the Metabase setup wizard at `http://localhost:3000` or `http://your-server-ip:3000`. 5. Manage the Metabase container using `docker stop metabase`, `docker start metabase`, and `docker restart metabase`. For a production setup, it is recommended to integrate PostgreSQL for persistent storage. Steps include creating a project directory, a Docker Compose file, launching both Metabase and PostgreSQL containers, monitoring logs, accessing Metabase, managing the deployment with Docker Compose commands, and updating Metabase by pulling the latest image. To create a business intelligence dashboard, connect your business data source by selecting the database type and entering connection details. Create questions using the visual query builder or SQL, choose suitable visualizations, compile saved questions into dashboards, add filters for interactivity, and share the dashboard with stakeholders while managing permissions.