Monitor, Discover
and Explore
MCP Servers
Real-time status, uptime monitoring, and a comprehensive directory of Model Context Protocol servers.
Ecosystem Providers
This platform monitors 35 registered MCP server endpoints on a recurring schedule. Each check observes availability, connection latency, transport handshake, protocol version, and capability discovery (tools, resources, prompts).
441 monitoring checks have been performed to date. Historical observations are aggregated hourly and daily, capturing status transitions, incidents, and capability changes over time.
Live MCP Checker
Check any MCP server endpoint
02 / Ecosystem
MCP Server Ecosystem
A growing infrastructure dataset of Model Context Protocol servers, providers, products, and monitored endpoints. These figures reflect the current state of the registered ecosystem.
MCP Servers
19623
Companies
14458
Products
13966
Endpoints
21722
Monitoring Checks
441
03 / Discovery
Discover MCP Servers
Browse the registered MCP server directory. Filter by provider, product, transport, verification status, and current monitoring availability.
By Provider
Explore servers grouped by the company or organization that publishes them.
By Transport
Filter by Streamable HTTP, SSE, or stdio-based transports.
By Verification
Identify official, third-party verified, or unverified server listings.
By Status
See current, archived, or monitoring-available servers.
04 / Monitoring
MCP Server Status & Monitoring
For each registered MCP server, the platform tracks current status and maintains a history of observations. Status reflects the latest known state; monitoring captures availability, connection, handshake latency, protocol version, transport, and server version, with capability snapshots recorded alongside each check.
Current Status
Operational, degraded, down, or unknown — based on the most recent observation for each monitored endpoint.
Continuous Monitoring
Remote endpoints with monitoring enabled are checked on a recurring schedule. Local or stdio-based servers are listed without remote monitoring.
Handshake & Latency
Observed connection latency and transport handshake results for each monitored endpoint.
Capabilities
Discovered tools, resources, prompts, and logging support as reported by each server during checks.
05 / History
MCP Server History
The platform maintains a historical record of monitoring observations. Aggregated data is retained at hourly and daily intervals, capturing availability, latency, status transitions, incidents, and protocol or capability changes over time.
Hourly Aggregates
423
Daily Aggregates
70
Incidents
25
Latest Observation
2026-10-23 07:01
Historical data is available per monitored server. Visit any server detail page to review its observation timeline, status transitions, and incident history.
06 / Reliability
MCP Server Reliability & Compatibility
Reliability is observed, not asserted. The platform records availability, latency, and incidents over time, and exposes protocol versions, transports, tools, resources, prompts, and capability changes as factual observations. No server is ranked or scored.
Observed Availability
Availability is derived from historical monitoring checks, not estimated or predicted.
Latency
Observed connection and handshake latency for each monitored endpoint.
Protocol & Transports
Observed protocol versions and transport modes (Streamable HTTP, SSE, stdio).
Capabilities
Supported tools, resources, prompts, and logging — with supported, not-advertised, and not-observed distinctions.
Example Registered Servers
07 / Security
Security Observations & Verification
The platform exposes factual observations about each MCP server — HTTPS support, authentication mode, remote monitoring availability, provenance, and verification status. These are observations, not a penetration test, audit, or security certification.
HTTPS
Observed transport security for each monitored endpoint.
Authentication
Observed authentication requirements and modes where detectable.
Provenance
Provider, product, and verification status for each registered server.
Remote Monitoring
Whether the endpoint is continuously monitored or listed only.
Disclaimer: MCPServerStatus performs read-only protocol health checks and exposes observed metadata. It does not perform penetration testing, security audits, or issue security certifications. Use these observations as a starting point for your own security evaluation.
08 / Learn
Learn About MCP Servers
Technical reference material covering the Model Context Protocol, health check methodology, and platform architecture.
Documentation
Model Context Protocol overview and MCPServerStatus Phase 1 architecture.
Health Check Specifications
Multi-stage protocol health check methodology: URL validation, SSRF protection, transport negotiation, and tool discovery.
Educational Guides
In-depth technical guides covering MCP server architecture, protocol mechanics, compatibility, security, monitoring, and reliability.
What Is an MCP Server?
Architecture, transports, and how MCP servers differ from clients and hosts.
How MCP Servers Work
JSON-RPC messaging, initialization handshake, notifications, and request lifecycle.
MCP Server Architecture
Hosts, clients, transports, tools, resources, and authentication boundaries.
MCP Server Compatibility
Protocol versions, transport support, capability discovery, and verification.
MCP Server Monitoring
Health checks, latency, availability, incidents, and status transitions.
MCP Server Security
Transport security, authentication, authorization, and risk evaluation.
MCP Server Status
HEALTHY, DEGRADED, DOWN states, incidents, and observed availability.
09 / Explore
Explore the MCP Server Ecosystem
Browse registered servers, review monitoring history, and check any MCP endpoint against the live protocol health checker.
Browse MCP Servers