BrowserStack MCP for AI Agents. Debug builds and sessions in conversation.
BrowserStack lets you manage entire cross-browser testing pipelines right from your AI agent. You can list projects, track build statuses (passed, failed, running), retrieve specific session details, and dump raw logs for debugging without ever leaving your IDE or chat window.
Give Claude and any AI agent real-world access
You can list every test project you manage on BrowserStack Automate.
Retrieve a summary of recent automation builds, including their duration and ultimate success or failure status.
Fetch comprehensive details for any specific test session, including which OS and browser combination was used.
Dump the full text execution logs from a failing session to analyze exactly where the script broke down.
Check your current plan's parallel session usage and how many sessions are waiting in the queue.
Delete entire builds or individual test sessions when they are no longer needed.
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What AI agents can do with BrowserStack: 10 Tools for Testing Pipelines
These tools let you manage everything from listing projects to fetching raw execution logs, giving your agent comprehensive control over your automated testing environment.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using BrowserStack MCPList Projects
Lists all test projects you have set up on BrowserStack Automate.
Get Project
Retrieves full details for a specific project, including its linked recent builds.
List Builds
Gets a list of your most recent automation builds and their current status (running...
Get Build
Fetches all session details associated with a specific build ID.
Get Session
Retrieves full information for one test session, including its video and log URLs.
Get Session Logs
Pulls the raw text execution logs for a specific session to help you debug failed steps.
List Browsers
Lists all supported operating systems and browsers required for configuring your test capabilities.
Get Plan
Shows current plan details, including parallel sessions used and remaining capacity.
Delete Session
Removes a specific BrowserStack session using its unique ID.
Delete Build
Deletes an entire build from your account using the build ID.
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Debugging test failures used to be an exercise in tab-switching hell. Solved with Vinkius AI Gateway
You find a flaky test. To debug it, you open the BrowserStack dashboard. You click into the build history. Then you select the session. You scroll through dozens of metrics until you finally find the log section. You copy that text blob and paste it somewhere else just so your teammates can look at it.
Now, you simply tell your agent, 'Show me the logs for the last failed test run.' The MCP handles all those clicks behind the scenes, gathering the raw session data and feeding it directly back to you. You get the actionable log snippet instantly.
BrowserStack lets you manage build history with `list_builds`.
Before this, checking project status meant navigating through multiple folders and reading timestamps to figure out if the test was running, timed out, or genuinely failed. It was guesswork.
Now, your agent gives you a clear summary of all recent builds and their outcomes in one go. You know exactly what happened, instantly.
What your AI can actually do with this
Running automated tests across different browsers used to mean constant context switching—jumping between your IDE, the CI/CD dashboard, and the BrowserStack site just to figure out why a test failed. This MCP changes that. It connects all that data into your AI agent's natural conversation flow. You can list every project you run builds on, then dive deep into recent build outcomes, seeing exactly which sessions passed or timed out.
If something breaks, you don't just get an error message; you retrieve the raw text execution logs of the failed session directly into the chat for rapid debugging. Plus, it keeps track of your quota, letting you know if you’re hitting parallel session limits before a build fails due to throttling.
For access to this comprehensive set of tools, check Vinkius—it's where all compatible MCPs live.
019d7564-d9ad-7391-827b-13f9bc6e868a Here's how it actually works
The bottom line is that your AI agent handles all the API calls, so you never have to leave your conversation window.
Subscribe to this MCP and enter your BrowserStack Username and Access Key into your AI client.
Ask your agent to list recent builds, or ask for the details of a specific test project you want to investigate.
Your agent processes the data and returns structured information—like build statuses, session logs, or quota usage—right in the chat.
Who is this actually for?
This MCP is for QA Engineers who hate context switching and DevOps teams who need to monitor build concurrency. It solves the pain of manually logging into multiple dashboards just to debug a single failure.
You fetch the exact log output from a failing session directly into your IDE or chat for immediate root-cause debugging.
You check parallel session concurrency limits and clean up stuck execution sessions without logging into the CI/CD platform.
You parse build results in natural language, getting a summary of outcomes immediately after code deployment.
What Changes When You Connect
Stop clicking through dashboards. You get a summary of build outcomes, including the duration and status, instantly by using list_builds.
When a test fails, you don't just see 'Error.' Instead, your agent uses get_session_logs to dump the precise text output where the script broke down.
Keep track of resource usage. Before starting a massive suite, check your concurrency limits using get_plan so you know if you’re going to throttle out.
Debug failures with precision. By calling get_session, you get OS and browser stats for any session, telling you exactly what environment failed.
Manage clutter quickly. If a test run is done or corrupted, use delete_build or delete_session to clean up the account without manual navigation.
See it in action
The nightly build fails silently
A QA engineer notices a failure in the latest Nightly Regression run. Instead of logging into BrowserStack, they prompt their agent to use list_builds to find the failed ID, then ask for get_session_logs on that failing session to pinpoint the exact line of code or element selector causing the timeout.
Checking deployment readiness
A developer needs to know if their test suite can handle a new load. They ask the agent to check get_plan to confirm available parallel session capacity, ensuring they don't exceed their current team limits before kicking off pre-production tests.
Investigating environment discrepancies
A test fails only on Chrome running Windows 10. The agent uses get_session to retrieve the full OS/browser configuration payload for that specific run, confirming if the expected environment was actually used.
Cleaning up old resources
A DevOps engineer needs space on their account and identifies three old builds. They instruct the agent to use delete_build on all three IDs, freeing up capacity for current testing cycles.
The honest tradeoffs
What to watch out for, and the recommended way to handle each one.
Copying/pasting logs manually
A developer gets an error message and then has to manually navigate the BrowserStack dashboard, click through multiple builds, find the right session ID, and copy text log outputs into a bug report.
Ask your agent to use list_builds first. Then pass that build ID to ask for get_session_logs. The full debugging output comes directly back in the chat.
Assuming environment compatibility
A junior QA assumes a test will run on iOS/Safari, but forgets to check if their plan supports that specific combination or if they need to adjust capabilities.
Before writing the script, use list_browsers to review all supported OS and browser combinations. This confirms your configuration limits.
Waiting for CI/CD report generation
The team waits hours for a complex build pipeline to finish generating comprehensive reports before they can even start debugging the failure.
Use get_build immediately after the run. This provides session details and immediate status information, allowing you to start debugging while the full report is still processing.
When It Fits, When It Doesn't
Use this MCP if your primary pain point is context switching during automated QA testing. You need a single source of truth for build history, session logs, and resource usage. The core value here is getting machine-generated data (like raw logs or quota counts) into natural language conversation flow.
Don't use it if you only need to check the status of one specific project. In that case, simply using get_project works fine. But if you need to track builds and retrieve logs, this MCP is necessary. If your goal is pure CI/CD pipeline orchestration (triggering builds), look for a dedicated workflow automation tool instead; this focuses purely on observation and data retrieval.
Questions you might have
How do I check my parallel session limits using BrowserStack MCP? +
Use the get_plan tool. It will show your current team usage and how many more concurrent sessions you can start before hitting a limit.
Can BrowserStack MCP help me debug a specific failed test session? +
Yes, use get_session_logs. This tool retrieves the raw text execution logs, which is exactly what's needed to see the underlying failure reason in the chat.
What is the difference between `list_builds` and `get_project` with BrowserStack MCP? +
list_builds gives you a summary of recent runs across all projects. Use get_project if you want to see the detailed history, builds, and metadata for one specific project ID.
If I delete a build using BrowserStack MCP, does it affect other data? +
No, running delete_build only removes that specific build record. Other projects or active sessions remain completely unaffected by the action.
Does this MCP support all OS/browser combos for automation? +
You can check supported combinations using list_browsers. This tool provides a list of every OS and browser version you need to know about when setting up capabilities.