RabbitMQ is an open-source message-broker software that implements the Advanced Message Queuing Protocol (AMQP). It acts as a message broker, accepting and forwarding messages between applications in a reliable and scalable way.
Uptime monitoring from your AI agent: create and diagnose checks (40 types: HTTP, TCP, DNS, SSL, ICMP, databases, message queues and more), read results and incidents, and manage status pages and maintenance windows. Built into the self-hostable SolidPing server, served over streamable HTTP at /api/v1/mcp.
42
12
AGPL 3.0
Why this server?
Provides tools to interact with RabbitMQ via its HTTP API, enabling management of queues, messages, vhosts, and other RabbitMQ resources.
GOSCE Portfolio Router
Single entry point for the GOSCE agent portfolio. Routes orchestrators to verified agents by capability with real example outputs from live self-test probes. Quality-assured broker, not a static directory.
Structured Output MCP Agent
Turn a prompt and field schema into validated, typed JSON using Instructor over Gemini 2.5 Flash. Ideal for extracting structured entities from
9
1
MIT
Why this server?
Analyzes RabbitMQ message queue integration in a Symfony project.
Enables AI assistants to perform read-only introspection of Symfony applications, exposing routes, controllers, services, entities, database schema, migrations, logs, and more via MCP tools.
5
40 npm
MIT
Why this server?
Provides tools for managing RabbitMQ queues, exchanges, bindings, publishing and receiving messages, and connection management with SSL support.
MCP server for RabbitMQ with full SSL/CA certificate support, enabling queue, exchange, binding, and message management operations.
16
Apache 2.0
Why this server?
Provides tools to manage RabbitMQ message brokers, including operations on queues, exchanges, bindings, and other administrative tasks via RabbitMQ's admin API.
A multi-agent workflow orchestration server with a global SQLite event store, supporting DAG-based task execution, conflict resolution, and intent extraction.
10
1
MIT
Why this server?
Identifies RabbitMQ message listeners as entry points for taint analysis and call graph tracing.
Cross-repository code knowledge graph MCP server for Java, Kotlin, JavaScript, and TypeScript. Indexes source code into embedded KuzuDB via tree-sitter and exposes 30+ tools for call-flow tracing, multi-hop taint analysis (OWASP/CWE/PCI/STIG), entry-point reachability filtering, performance hotspot detection, and license compliance — without reading source files. 95% fewer tokens vs source-read
33
1
MIT
Why this server?
Provides tools for interacting with RabbitMQ, including declaring exchanges, queues, and bindings, publishing and pull-consuming messages, diagnosing queue backlogs, and monitoring cluster, connection, and queue metrics through the RabbitMQ Management HTTP API. It also supports guarded high-risk operations such as purging queues, deleting queues, and unbinding exchanges.
Enables LLMs to declare and manage RabbitMQ AMQP topologies, publish and consume messages, diagnose backlogs, and monitor cluster and connection health through MCP.
