Sentry Alternative MCP. Audit errors and releases from your chat client.
Works with every AI agent you already use
…and any MCP-compatible client
Just plug in your AI agents and start using Vinkius.
Sentry Alternative monitors your application health by letting your AI client query live error data directly. It lets you list projects, search issues, inspect raw error events with stacktraces, track releases across environments, and audit alert rules—all without leaving your chat window.
What your AI agents can do
Get auth info
Verifies that your token is active and correctly configured for use with the server.
Get event
Retrieves complete details, including full stacktraces, for a single error event using its unique ID.
Get issue
Pulls the full profile and history of an issue using its numeric Sentry Issue ID.
Search for bugs across projects, view their current status, and assign or change their state (e.g., resolve or mute) using list_issues or search_issues.
Retrieve full error event details, including stacktraces, platform context, and breadcrumbs, by calling get_event with a specific ID.
List all deployed application releases using list_releases, allowing you to pinpoint which version introduced an error or regression.
Review every active alert rule configured for your organization, checking what triggers Slack messages, emails, or PagerDuty calls via list_alert_rules.
List all Sentry organizations, teams, and projects to scope your searches accurately using tools like list_organizations, list_projects, and list_teams.
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Supported MCP Clients
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Sentry Alternative MCP Server: 15 Tools for DevOps
These tools allow your AI agent to interact with every part of Sentry—from listing organizations to updating specific bug statuses.
019d847cget auth info
Verifies that your token is active and correctly configured for use with the server.
019d847cget event
Retrieves complete details, including full stacktraces, for a single error event using its unique ID.
019d847cget issue
Pulls the full profile and history of an issue using its numeric Sentry Issue ID.
019d847cget project
Fetches detailed configuration information for a specific Sentry project by slug.
019d847cget release
Retrieves metadata and details about an application release using the organization and version string.
019d847clist alert rules
Lists all configured alert rules, showing what conditions trigger notifications like Slack or email.
019d847clist events
Returns a list of recent error events for a project, including basic stacktrace snippets and timestamps.
019d847clist issues
Lists issues across an organization or specific project, allowing filtering by status or priority using query parameters.
019d847clist organizations
Retrieves a list of all connected Sentry organizations and their unique slugs.
019d847clist projects
Lists every project within an organization, providing necessary slugs for focused querying.
019d847clist releases
Provides a list of all past deployments (releases) for an organization or project to track historical versions.
019d847clist tags
Lists existing tags used in Sentry, which helps you filter and group errors across multiple projects.
019d847clist teams
Provides a list of teams within an organization, detailing their members and associated projects.
019d847csearch issues
Searches for issues across the whole organization or one project using advanced Sentry query syntax (e.g., 'is:open priority:10').
019d847cupdate issue
Changes the status of an issue, assigns it to a user, or adds/removes tags using its numeric ID.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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Make Your AI Do More
Start with Sentry Alternative, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
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- Works with Claude, ChatGPT, Cursor, and more
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What you can do with this MCP connector
Listen up. This server connects your AI client straight into Sentry’s entire error database. You don't gotta jump back to a web dashboard every time something breaks; your agent handles all the deep dives right here in the chat window. It keeps you on the fix, period.
Handling Issues and Bugs:
You can find, search, and update specific bugs across any project. You use list_issues or search_issues to pull a list of issues either organization-wide or scoped down to one spot. You can filter that dump by status—like only showing open or high-priority stuff. Once you've found the bug, you can even change its state using update_issue, assigning it to another user or tagging it as resolved.
Want a deeper dig? Running search_issues lets you use advanced Sentry query syntax (think things like finding all issues where 'is:open' and 'priority:10') across the whole organization, which is way faster than clicking through menus.
Inspecting Raw Failures:
If you need to know exactly what broke, you pull up the raw event data. You call get_event with a specific ID to grab all the details on a single error event. That includes full stacktraces—the whole chain of calls—plus platform context and breadcrumbs. For a list of recent failures, running list_events gives you quick access to basic stacktrace snippets and timestamps across a project.
If you need the entire profile history for an issue, use get_issue with its numeric Sentry Issue ID.
Mapping Errors to Code Versions:
You gotta know which version of the code caused the mess. You can track deployments using list_releases, which pulls back all past application versions (the releases) for both an entire organization or a specific project. This lets you pinpoint exactly what code change introduced the error or regression.
Auditing and Structure:
You gotta see who owns what, and how alerts are set up. You use list_organizations to get a list of all connected Sentry organizations and their unique slugs. To narrow your search, you can run list_projects to fetch every project within an organization. Need to know the teams? list_teams shows those too—all the members and what projects they're associated with.
You can also run list_tags to see all the tags used across multiple projects, which helps immensely when you need to group errors for analysis.
And don't forget about the alerts. If something goes wrong, who gets notified? Use list_alert_rules. This function lists every single configured alert rule, showing exactly what conditions trigger those notifications—whether it's a Slack message, an email blast, or some other service call. It lets you audit the entire notification system.
Getting Started:
Before anything else, your AI client verifies its credentials. You run get_auth_info to confirm that your token is active and correctly set up for the server. Just tell your agent what you need—like 'show me all open issues in the payment service' or 'list every project slug.' Your agent executes the necessary tool calls, pulling back the formatted answer with all the data you need.
How Sentry Alternative MCP Works
- 1 Subscribe to the server and provide your Sentry Internal Integration Token.
- 2 Direct your AI client with a specific query (e.g., "Show me all unresolved issues in Project X.").
- 3 The agent runs the appropriate tools (
list_issues,get_project, etc.), compiles the data, and returns it as a conversational response.
The bottom line is that your AI client acts like a unified Sentry dashboard, executing complex queries using multiple specific tools.
Who Is Sentry Alternative MCP For?
This server is for the on-call engineer who hates switching tabs during an outage. It's for the DevOps specialist who needs to audit release health quickly. And it’s for developers who need deep, raw error data without logging into another browser tab.
Uses search_issues and get_event to triage new errors instantly, checking stacktraces and issue status before escalating.
Runs list_alert_rules and list_releases to audit the entire deployment pipeline and ensure notification channels are correctly configured.
Uses get_project and list_organizations to map error data across different services and understand dependency failures.
What Changes When You Connect
- Instant Triage: Don't open the dashboard. Use
search_issuesto find all unresolved bugs organization-wide, seeing status and priority counts immediately. - Deep Debugging: Need the full story on a failure? Call
get_eventwith an ID to pull the raw stacktrace, breadcrumbs, and HTTP context into your chat window for instant analysis. - Release Correlation: When an issue pops up, use
list_releasesto see exactly which version was deployed last. This cuts down debugging time by isolating the faulty code. - Incident Management: Instead of emailing a status update, call
update_issueright from your agent to change the status or assign ownership when the problem is fixed. - Operational Auditing: Use
list_alert_rulesto validate that your incident response plan is solid. Check if notifications for critical errors are correctly pointing to Slack or PagerDuty.
Real-World Use Cases
The Urgent Bug Hunt
A developer gets an alert about a payment failure but doesn't know where it started. They ask their agent: "What are the latest events for payments?" The agent uses list_events and presents the top 5 raw error logs, showing complete stacktraces, allowing the developer to identify the exact failing function immediately.
The Post-Mortem Audit
An engineering manager needs to know why a critical bug appeared only in Production. They ask their agent to use list_issues and scope it by release, cross-referencing the output with get_release. This instantly proves if the issue started after version v2.14.3 was deployed.
Managing Incident Fallout
An on-call engineer confirms a hotfix is ready. They tell their agent: "Mark Issue #789 as resolved and assign it to the QA team." The agent executes update_issue, changing the status and ownership without needing to navigate away from Slack.
Checking Alert Coverage
The DevOps specialist is setting up a new service. They ask their agent to run list_alert_rules to see what notification channels are already active (Slack, Email, PagerDuty) and confirm that the new service's error types are covered by existing rules.
The Tradeoffs
Trying to find all bugs with a single command
Manually asking for 'all open issues across all projects, but only those created in the last 7 days that are critical.' This requires remembering complex filter syntax and multiple slugs.
→
Use search_issues first. Specify your criteria directly: "Search for issues where is:unresolved priority:high and created > -7d." Then, if you need more detail, run list_projects to ensure the scope is correct.
Confusing listing with searching
Assuming that simply running get_project gives a full list of all related bugs. The tool only provides project metadata; you still need dedicated issue tools.
→
Always use list_projects first to get the scope, then pass that data to search_issues or list_issues to pull actual bug records.
Ignoring deployment context
Debugging a failure and only looking at the issue description without knowing if it was introduced by a recent code change. This leads to endless guesswork.
→
Always run list_releases when an issue is reported. Correlate the bug ID with the list of versions to identify the exact source release.
When It Fits, When It Doesn't
Use this server if your primary job involves diagnosing, auditing, or reacting to live application failures. You need a single point of truth for error data across multiple services and releases.
Don't use it if you just need general ticket management (use a standard ticketing tool). Don't use it if the problem is purely business process related (e.g., 'Who needs approval?'). If your goal is to read historical operational documentation, look at static knowledge bases instead of live event data.
When in doubt: Start by running list_organizations to confirm scope, then move to search_issues for the bug, and finish with list_releases to find the cause.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Sentry. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 15 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Context switching shouldn't be part of your incident response plan.
Today, when an alert fires, you get pulled into a separate dashboard. You check the issue status there, then copy data to Slack for your team lead, and finally open another tab to look at raw events. It's a painful loop of clicking, copying, and pasting just to get one answer.
With this MCP server, that workflow disappears. Your AI agent pulls the required information—whether it’s an issue status from `list_issues` or a full stacktrace from `get_event`—and presents it conversationally. You stay in chat, you keep moving.
Sentry Alternative MCP Server: Track errors and audit releases.
You no longer need to manually cross-reference issue IDs with release versions or check multiple dashboards for alert rule changes. The agent handles the calls to `list_issues`, then correlates that data against `list_releases` automatically.
It's a single, unified view of application health. You get the full picture—from code deployment to active bug status—right here.
Common Questions About Sentry Alternative MCP
How do I find all bugs in my payments service? +
You should use search_issues. Run a query like "project:payments-service is:unresolved." This scopes the search to the correct application and filters for open problems.
What's the difference between `list_events` and `get_event`? +
list_events gives you a quick list of recent errors with snippets. Use get_event when you have a specific event ID and need the full, detailed stacktrace for deep debugging.
Can I update an issue's status using Sentry Alternative MCP Server? +
Yep. You use the update_issue tool. Just provide the numeric issue ID and the desired new status (like 'resolved'). It updates it instantly.
Do I need to run `list_projects` before searching issues? +
It's helpful, but not always mandatory. Running list_projects first confirms your available project slugs, which ensures you pass the correct scope parameter to search_issues.
How do I check if my Sentry token is valid using get_auth_info? +
Yes, running get_auth_info immediately confirms your setup. This command verifies the current token and associated user details before you run complex queries like searching issues or listing projects.
How can I list all organizations in my account using list_organizations? +
You start by calling list_organizations. This pulls the unique slug and name for every organization you belong to. You need this slug before running any commands that target specific teams or projects within them.
How do I find out what version caused an issue using get_release? +
You must provide the organization slug and the exact release version string for get_release. This tool lets you pull deployment metadata, helping you pinpoint whether a bug appeared immediately after a specific code push.
What information does list_alert_rules provide about my team's alerts? +
It lists every active alert rule configured in the organization. This shows you the conditions (like 'issue created X times') and the corresponding actions, whether that’s a Slack message or a PagerDuty trigger.
How do I create a Sentry Internal Integration Token? +
Go to your Sentry Organization Settings, select API Keys > Create New Integration. Name it (e.g. 'Vinkius MCP'), select the scopes you need (recommended: org:read, project:read, event:read, team:read, release:read), and click Save. Copy the token immediately — it starts with sntrys_ and won't be shown again.
Can I resolve or mute an issue directly from the agent? +
Yes! Use the update_issue action with the issue's numeric ID and set status to resolved (marks it fixed), muted (hides it from the inbox) or deleted (removes it permanently). You can also reassign issues using the assigned_to parameter.
What Sentry query syntax does the search support? +
Sentry uses its own query syntax. Common filters include: is:unresolved (open issues), is:resolved (fixed issues), priority:[1-50] (priority levels), first_release:1.2.3 (issues introduced in a specific release), user.email:example@co.com (errors affecting a specific user). You can combine filters: is:unresolved priority:50.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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