Resolve git merge conflicts and push a fix
Microsoft Scout brings native shell integration to your development workflow. Task: Microsoft Scout brings native shell integration to your development workflow. Unlike browser based or IDE locked AI assistants, Scout uses the Model Context Protocol (MCP) to talk directly to your local terminal. This lets developers run shell commands, manage Git repositories, and handle debugging tasks using plain text prompts instead of memorized command syntax. This article covers how Microsoft Scout automates Git and shell commands, what you need before installing it, and how the approval based safety model works. What Microsoft Scout Actually Does Scout is an enterprise agent built for developers who want to skip repetitive terminal work. It reads your prompt, builds a plan, and generates the correct CLI syntax for the task. Instead of typing out multi step Git operations or PowerShell scripts by hand, you describe what you want in a sentence. Scout can run builds, execute test suites, use git, gh, and curl, install dependencies, and check system status from a single prompt. The Automated Test and Fix Loop The part of Scout that saves the most time is not just running commands, it is what happens when a command fails. Scout reads the terminal output after every action, and if something breaks, it does not just report the error back to you and stop. The loop works in four steps. Scout runs the command you asked for, such as a linter or a build script. It scans the resulting terminal output and identifies the specific line or error causing the failure. It opens the relevant file inside your workspace and applies a fix to the code. It re-runs the original command to confirm the error is actually resolved before reporting back to you. This closes the loop that a plain command runner cannot, since a normal script just fails and stops. Automating Git Commits and Branching Rather than running git status, git diff, git add, git commit, and git push one at a time, you can hand Scout a single instruction covering the whole sequence. For example, a prompt like: "Check what's changed, write a proper commit message for it, and push everything to a new branch called fix/checkout-bug." Scout responds by checking the current status and diff of your workspace, drafting a commit message based on what actually changed, creating the new branch, and pushing the commit. You still approve the generated commands before anything runs, depending on your permission settings. Resolving Merge Conflicts with Scout When a git pull leaves you with conflict markers in a file, you can point Scout directly at that file instead of resolving it line by line yourself. It reads the conflict markers, compares both versions of the code, and proposes a merged version of the file for your review. System Prerequisites for Microsoft Scout Scout is not available as a standalone personal download. It is gated behind three separate enterprise requirements, and missing any one of them will block sign in. Organization enrollment: Your company must be enrolled in the Frontier preview program through the Microsoft 365 admin center. Device policy: An IT administrator has to push a specific Intune policy to your machine before Scout is allowed to manage the local terminal. Licensing: You need an active Microsoft 365 Copilot license along with a GitHub Copilot Business or Enterprise license tied to your account. How to Install and Set Up Microsoft Scout Once your organization clears the prerequisites above, setup itself is a short process. Download the Scout installer from your company's internal software portal or the Microsoft Learn download page, since it is not distributed through public app stores. Run the installer on Windows 11 and step through the setup wizard. Launch Scout and sign in with your corporate Microsoft 365 credentials, then complete the follow up prompt to connect your GitHub Enterprise account for Git and gh support. Assign a local workspace path. Scout only reads and writes inside this folder, which keeps it away from system files and other projects on your machine. How Scout Executes Commands Safely Scout does not run commands blindly. By default, it operates in Semi-Autonomous Mode, meaning it drafts the required command and waits for a manual confirmation click before anything executes. You can grant full autonomy to specific trusted commands so Scout stops asking for approval on actions you already trust. To keep local shell access safe, apply the following when configuring Scout.; tools: Microsoft Scout. Human role: The original post does not say how a person stayed involved.; limitations: Scout requires a corporate Microsoft 365 account, Frontier preview enrollment, specific Intune policies, and GitHub Copilot licensing. It is restricted to a designated local workspace folder to prevent system access. Destructive commands like `git reset --hard` require manual approval unless explicitly granted autonomy. Source reliability is secondary, based on a tech blog..
Tools
Published on Agent Work Atlas:
Overview
Microsoft Scout brings native shell integration to your development workflow.
Workflow
Microsoft Scout brings native shell integration to your development workflow. Unlike browser based or IDE locked AI assistants, Scout uses the Model Context Protocol (MCP) to talk directly to your local terminal. This lets developers run shell commands, manage Git repositories, and handle debugging tasks using plain text prompts instead of memorized command syntax. This article covers how Microsoft Scout automates Git and shell commands, what you need before installing it, and how the approval based safety model works. What Microsoft Scout Actually Does Scout is an enterprise agent built for developers who want to skip repetitive terminal work. It reads your prompt, builds a plan, and generates the correct CLI syntax for the task. Instead of typing out multi step Git operations or PowerShell scripts by hand, you describe what you want in a sentence. Scout can run builds, execute test suites, use git, gh, and curl, install dependencies, and check system status from a single prompt. The Automated Test and Fix Loop The part of Scout that saves the most time is not just running commands, it is what happens when a command fails. Scout reads the terminal output after every action, and if something breaks, it does not just report the error back to you and stop. The loop works in four steps. Scout runs the command you asked for, such as a linter or a build script. It scans the resulting terminal output and identifies the specific line or error causing the failure. It opens the relevant file inside your workspace and applies a fix to the code. It re-runs the original command to confirm the error is actually resolved before reporting back to you. This closes the loop that a plain command runner cannot, since a normal script just fails and stops. Automating Git Commits and Branching Rather than running git status, git diff, git add, git commit, and git push one at a time, you can hand Scout a single instruction covering the whole sequence. For example, a prompt like: "Check what's changed, write a proper commit message for it, and push everything to a new branch called fix/checkout-bug." Scout responds by checking the current status and diff of your workspace, drafting a commit message based on what actually changed, creating the new branch, and pushing the commit. You still approve the generated commands before anything runs, depending on your permission settings. Resolving Merge Conflicts with Scout When a git pull leaves you with conflict markers in a file, you can point Scout directly at that file instead of resolving it line by line yourself. It reads the conflict markers, compares both versions of the code, and proposes a merged version of the file for your review. System Prerequisites for Microsoft Scout Scout is not available as a standalone personal download. It is gated behind three separate enterprise requirements, and missing any one of them will block sign in. Organization enrollment: Your company must be enrolled in the Frontier preview program through the Microsoft 365 admin center. Device policy: An IT administrator has to push a specific Intune policy to your machine before Scout is allowed to manage the local terminal. Licensing: You need an active Microsoft 365 Copilot license along with a GitHub Copilot Business or Enterprise license tied to your account. How to Install and Set Up Microsoft Scout Once your organization clears the prerequisites above, setup itself is a short process. Download the Scout installer from your company's internal software portal or the Microsoft Learn download page, since it is not distributed through public app stores. Run the installer on Windows 11 and step through the setup wizard. Launch Scout and sign in with your corporate Microsoft 365 credentials, then complete the follow up prompt to connect your GitHub Enterprise account for Git and gh support. Assign a local workspace path. Scout only reads and writes inside this folder, which keeps it away from system files and other projects on your machine. How Scout Executes Commands Safely Scout does not run commands blindly. By default, it operates in Semi-Autonomous Mode, meaning it drafts the required command and waits for a manual confirmation click before anything executes. You can grant full autonomy to specific trusted commands so Scout stops asking for approval on actions you already trust. To keep local shell access safe, apply the following when configuring Scout.
Reported result
The source does not provide measured outcomes, efficiency gains, or error rates for this workflow. It describes the intended capability to resolve conflicts and push fixes but lacks evidence of successful execution in a real business context. No specific metrics on time saved or accuracy are reported.
Human role
The original post does not say how a person stayed involved.
Limitations
Scout requires a corporate Microsoft 365 account, Frontier preview enrollment, specific Intune policies, and GitHub Copilot licensing. It is restricted to a designated local workspace folder to prevent system access. Destructive commands like `git reset --hard` require manual approval unless explicitly granted autonomy. Source reliability is secondary, based on a tech blog.
Try it
Act as a developer using Microsoft Scout to resolve a Git merge conflict and push a fix. My project is [replaceable: project name] located at [replaceable: local workspace path]. I have a conflict in [replaceable: file path] after a pull. 1. Instruct Scout to read the conflict markers in the specified file. 2. Ask Scout to propose a merged version of the code that resolves the conflict. 3. Review the proposed changes manually. 4. If approved, instruct Scout to stage the file, create a commit with message '[replaceable: commit message]', and push to branch '[replaceable: branch name]'. 5. Ensure Scout waits for my confirmation before executing any Git commands. 6. Verify the push was successful by checking the remote repository. Do not execute any commands without my explicit approval. If inputs are missing, ask for the file path and branch name.
Source reports are not independently verified. Publication date is the catalog publication date, not the original article date.