Bronto is an observability data platform built for petabyte scale: sub-second search across 12 months of always-hot retention, no rehydration, no waiting on archives. This connector gives Claude direct access to your live telemetry. Ask what's happening in production and Claude works the way an engineer would: find the relevant datasets, inspect their schemas and field values, build precise filters, then search raw events or aggregate them into trends and percentiles. You describe what you're looking for instead of needing the query language up front. Investigations don't have to end when you find the answer. Claude can turn the query that exposed a problem into a monitor so it's caught automatically next time, save the useful views for your team as timeseries, top-lists, tables or geomaps, and attach an investigation playbook that runs when the monitor fires — so on-call starts from a diagnosis rather than a blank page. Monitors are always created muted, so nothing pages anyone until you've reviewed it in Bronto. You can also ask about coverage itself: which datasets are ingesting but unmonitored, which are heavily ingested but never searched, which have gone stale, and where errors are concentrated. What Claude can do: Discover datasets, inspect schemas, and search raw telemetry events over any time range Aggregate with counts, sums, averages, percentiles, grouping, and time bucketing Create, find, and re-run saved searches with tags and custom visualizations Create threshold and no-data monitors, muted for review, with optional AI investigation prompts Health-check existing monitors to spot ones that have silently stopped working Audit per-dataset monitoring, search, and ingestion coverage, and pull org-wide error summaries at no search cost Authentication uses your existing Bronto login — OAuth, SSO, or Google Social — and admins control which login methods are permitted for MCP access. Connect the endpoint for your data region, EU or US.
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Candidate groups, not verified unique MCPs. How grouping works
Enables AI agents to control web browsers through the Model Context Protocol, supporting navigation, clicking, typing, and screenshots.
Automate your browser with AI using a Chrome extension and MCP server, enabling logged-in sessions and stealth automation.
Enables AI agents to inspect and modify Chrome state directly through extension APIs, listing tabs and windows and moving or reordering tabs within and across windows. Operations are validated and never simulate mouse/keyboard input, steal focus, or activate tabs implicitly.
MCP server that drives a user's real Chrome browser via a WebSocket-connected MV3 extension, enabling tab management, navigation, page interaction, screenshots, and script evaluation through natural language.
MCP server for Puppeteer-based browser automation with a unified observe (a11y snapshot + pixel overlay), diff engine, event layer, and action primitives.
A Model Context Protocol server that provides browser automation capabilities using BrowserCat's cloud browser service. This server enables LLMs to interact with web pages, take screenshots, and execute JavaScript in a real browser environment without needing to install browsers locally.
An open-source framework for building site-specific MCP servers that run over real, authenticated user browser sessions locally, turning them into composable AI tools.
MCP server for Browserless.io: scrape and automate any site, bypass captchas and enable stealth mode
Approval receipts for AI browser purchases. Enables purchase evaluation, approval recording, budget alerts, and receipt export.
BrowserStack's Official MCP Server
Provides real-time Bitcoin market regime detection by fusing on-chain, derivatives, and absence sensors into a convergence score, enabling AI agents to make informed trading decisions.
MCP server that lets AI agents operate a user-owned wallet on the Bitcoin-IPC testnet, enabling BTC deposits, cross-subnet wBTC payments, and anchored payment receipts, with local key signing and spend caps.
Connects AI assistants to health data via the Biological Sovereignty Protocol, with cryptographically verified user consent enforced on-chain.
MCP server that gives autonomous agents pay-per-call Bitcoin context (self-custody radar, fee percentiles, price change windows, condition frequencies) paid in sats over Lightning via L402 invoices, with no account or API key required.
Flag features directly from chat in your code editor, including VS Code, Cursor, Windsurf, Claude Code—any IDE with MCP support.
Enables AI assistants to search and retrieve content from Bucketeer's feature flag and experimentation documentation for accurate information.
A Model Context Protocol server that enables management of feature flags in Bucketeer through CRUD operations including listing, creating, retrieving, updating, and archiving feature flags.
Enables MCP-compatible clients to generate and upscale AI images, videos, music, and sound effects, manage generation jobs, access model catalogs, and track credits.
Bugfender MCP server for read access to logs, devices, crashes, and issues, with automatic token refresh.
Enables AI coding agents to sniff a deployed app's homepage and receive a free Sniff Score out of 100, a verdict, structured findings, and a paste-ready fix prompt, plus retrieval of earlier results without spending a new sniff. It also reports what paid Smoke and Deep runs would add beyond the free homepage check.
An MCP server that allows AI agents to manage BuildBase resources (users, workspaces, subscriptions, projects) via 48 tools, with built-in agent authentication and discovery.
AI for product teams. Connect all your company and customer knowledge to all of your other tools via BuildBetter's MCP.
Enables AI assistants to build complete, live websites from natural language descriptions by connecting to Buildez.ai.
What this catalog covers
- Source listings
- 167,896
- Candidate groups
- 168,272
- Setup-eligible endpoints
- 30,743
Sources observed 2026-10-24–2026-11-11. Listings can overlap across sources. Groups are identity candidates; setup eligibility is not a successful connection test.
SourcesMCP data from Glama connectorsMCP data from Glama source codeOfficial MCP RegistryClaude connector directoryAPI Tracker · publisher documentationSlack MCP directory
Default browsing excludes 2,356 specialized utility groups across the catalog. They remain available through keyword search and direct links. This editorial filter does not change the indexed totals or establish publisher quality.
Categories currently cover records matched to our reviewed catalog; other listings remain Uncategorized. Source-only projects have no generated connection option. Browse reviewed official MCPs →
- Glama connectors
API result set; pagination may cap at approximately 1,000 connectors. Not exhaustive.
- Glama source code
Complete chronological source-code catalog response; includes source-reported author classifications, not publisher attestations or ready-to-use endpoints.
- Official MCP Registry
Complete paginated registry response; registry membership is not publisher verification.
- Claude connector directory
Complete public Claude directory MCP components. Source tiers, tools, icons and sign-in hints are declarations, not publisher or runtime verification.
- API Tracker · publisher documentation
Reviewed publisher and third-party remote, local and setup-only MCP listings. Publisher status is retained per exact connection. Discoverability does not establish connection readiness.
- Slack MCP directory
Reviewed additions discovered through the public Slack Marketplace MCP category. Complete discovery inventory is retained separately; membership does not prove external-client compatibility.
Listings are grouped by exact public endpoints, exact package sets, or explicit reviewed identity bindings. Shared names or repositories alone do not merge implementations. Official includes publisher evidence and accepted source author classifications. It does not mean independently verified, runtime-tested or security-certified.