RabbitMQ integration & automation experts

We can help you automate your business with RabbitMQ and hundreds of other systems to improve efficiency and productivity.

AI AutomationData AnalyticsDev Tools APIs
Get in touchBook a call
RabbitMQ consultants
RabbitMQ

What you can automate with RabbitMQ

RabbitMQ is an open-source message broker that sits between services in your software architecture and handles the reliable delivery of messages between them. Instead of Service A calling Service B directly (and failing if B is down or overloaded), Service A publishes a message to RabbitMQ, and Service B consumes it when ready. This decoupling makes systems more resilient, scalable, and easier to maintain. RabbitMQ supports the AMQP protocol and offers features like message persistence, routing, dead-letter queues, and clustering for high availability. The n8n RabbitMQ node lets workflows publish messages to RabbitMQ queues and consume messages from them. This is valuable when n8n is part of a larger microservices architecture — it can consume messages published by other services (e.g., a new order event from your e-commerce platform) and trigger automations, or it can publish messages that other services pick up (e.g., sending a processed data payload to a downstream service for further handling). At Osher, we use RabbitMQ with n8n for clients who have event-driven architectures or need reliable message delivery between systems that process data at different speeds. If your backend services need to communicate reliably without tight coupling, or if you need n8n to process events from a message queue rather than polling APIs, our system integration services can architect and implement the RabbitMQ layer that ties everything together.

RabbitMQ FAQs

Frequently Asked Questions

Common questions about how RabbitMQ consultants can help with integration and implementation

Use RabbitMQ when you need resilience (messages are not lost if a service is temporarily down), when services process data at different speeds (RabbitMQ buffers the messages), when you need one event to trigger multiple consumers (fan-out pattern), or when you want to decouple services so they can be deployed and scaled independently. Direct API calls are simpler but create tight coupling and fail if the receiving service is unavailable.

How it works

We work hand-in-hand with you to implement RabbitMQ

As RabbitMQ consultants we work with you hand in hand build more efficient and effective operations. Here’s how we will work with you to automate your business and integrate RabbitMQ with integrate and automate 800+ tools.

Step 1

Map Your Service Architecture and Message Flows

We document your existing services, how they communicate today (direct API calls, shared databases, manual processes), and where message queuing would add resilience or decoupling. We identify the events that need to flow between services and the data each message needs to carry.

Step 2

Design the Queue and Exchange Architecture

Based on the message flow map, we design the RabbitMQ topology — which exchanges route messages, which queues hold them, what routing keys and bindings connect exchanges to queues, and how dead-letter handling works. We also define message formats (JSON schemas) and acknowledge/reject policies.

Step 3

Deploy and Configure RabbitMQ

We deploy RabbitMQ on your chosen infrastructure (cloud VM, Docker, or managed service), configure the exchanges, queues, bindings, and user permissions, enable the management dashboard for monitoring, and set up TLS for secure connections. If you already have RabbitMQ running, we review and optimise the existing configuration.

Step 4

Build the n8n Producer and Consumer Workflows

We build the n8n workflows that publish messages to RabbitMQ (producer workflows triggered by events in your business systems) and consume messages from queues (consumer workflows that process events and perform business actions). Each workflow includes message validation, error handling, and proper acknowledgement logic.

Step 5

Implement Monitoring and Dead-Letter Handling

We set up monitoring for queue depth, consumer lag, and connection health — alerting your team if queues are growing faster than consumers can process or if connections drop. Dead-letter queues capture failed messages, and a monitoring workflow notifies your team with the failure details for investigation.

Step 6

Load Test, Document, and Hand Over

We run load tests to verify the system handles your expected message volume with headroom to spare, document the full architecture (queues, exchanges, workflows, monitoring), and hand everything over with a walkthrough for your team. Post-launch support covers the first two weeks of production traffic.

Works well with RabbitMQ

Other tools we connect and automate alongside RabbitMQ.

3Scribe7todosAblyAccurAIAcquireActivation Trigger

Get in touch

Ready to automate RabbitMQ?

Tell us what you want RabbitMQ to talk to and we’ll map out the build, the cost and the payback.

[email protected]+61 (07) 3357 1154

RabbitMQ enquiry

Name(Required)

Australian-hostedPrivacy Act compliantNDAs standard

Transform your business with RabbitMQ

Get in touch for a free consultation to see how we can automate your operations with RabbitMQ.

Get in touchBook a call

Australian-hostedPrivacy Act compliantNDAs standard