Administrator Track
For platform and SRE teams operating RabbitMQ. Clustering, partitions, capacity, upgrades, monitoring, and incident diagnosis — the operational surface that on-call actually meets.
RabbitMQ Corporate Training
Most RabbitMQ courses teach the tutorial. Ours teaches the failure modes — why memory alarms fire, what actually happens during a network partition, and how quorum queues behave when a node disappears. Every session is hands-on against a real cluster your team breaks and repairs.
Customers




Partners



Named by the RabbitMQ Core Team
AceMQ is the Featured Authorized Partner for RabbitMQ, named by the RabbitMQ Core Engineering Team — the people who write and maintain the broker. That recognition covers RabbitMQ support, licensing and professional services, and it makes AceMQ the only RabbitMQ partner with a direct line to the core team. When an escalation needs an answer that is not in the documentation, it does not stop at a support tier.
You do not have to take our word for it — RabbitMQ lists AceMQ on its own site.
See AceMQ listed on rabbitmq.comIs This You?
Your team inherited a RabbitMQ deployment nobody on staff originally designed
One engineer understands the cluster and everyone else escalates to them
On-call engineers can restart nodes but can't diagnose why the alarm fired
Developers are using RabbitMQ as a simple queue and hitting problems the docs already warn about
You're migrating to quorum queues and the team's mental model is still classic mirrored queues
New platform hires need to reach operational competence faster than trial and error allows
You're about to take a RabbitMQ implementation in-house from a consultancy
Incidents get resolved but the team can't explain afterwards what actually happened
Outcomes
Concrete state changes, not deliverable counts. This is what actually differs about your RabbitMQ estate when the engagement closes.
Before
A single engineer is the only person who genuinely understands the RabbitMQ estate.
The whole platform team can diagnose and act independently, with the bus factor removed as an operational risk.
Before
On-call response is restart-and-hope, because nobody can read what the broker is telling them.
On-call engineers interpret memory watermarks, flow control state, and queue metrics correctly and act on the actual cause.
Before
Developers treat RabbitMQ as a black-box queue and hit acknowledgement and prefetch problems repeatedly.
Developers understand the delivery guarantees they are actually getting and write consumers that behave correctly under failure.
Before
The team's mental model is classic mirrored queues, while production is moving to quorum.
Accurate understanding of quorum queue semantics, member behavior, and the operational differences that matter.
Before
Every incident is a first-time investigation because nothing was ever internalized.
A team that has already rehearsed partitions, node loss, and backlog scenarios in a lab before meeting them in production.
Scope
For platform and SRE teams operating RabbitMQ. Clustering, partitions, capacity, upgrades, monitoring, and incident diagnosis — the operational surface that on-call actually meets.
For engineers writing producers and consumers. Delivery guarantees, acknowledgement patterns, prefetch, idempotency, error handling, and the client library behavior that causes most application-side incidents, with examples in the client language your team uses, typically Java, Python or .NET.
For teams running RabbitMQ on Kubernetes. Cluster Operator, Topology Operator, storage and network configuration, and the interaction between pod lifecycle and broker state.
An intensive scenario-based workshop. Teams diagnose deliberately broken clusters under time pressure, drawn from incidents we have actually resolved for customers.
Focused training for teams moving from classic mirrored queues to quorum queues, or migrating from another broker — covering the semantic differences that break applications.
Where none of the standard tracks fit, we build a curriculum around your specific deployment, versions, and the problems your team is actually hitting.
Curriculum
MODULE 01
RabbitMQ as a message broker rather than a simple message queue: exchanges, queues, bindings, routing keys and message routing. The AMQP protocol model, what the broker actually guarantees, and where those guarantees end.
MODULE 02
Classic, quorum, and stream queues — durability semantics, memory behavior, and choosing correctly per workload rather than by default.
MODULE 03
How clustering works, Erlang distribution, partition handling strategies, and what actually happens to your data during a split.
MODULE 04
The delivery guarantees you get versus the ones you assume. Manual acknowledgment (ack, nack and requeue), prefetch, unacked growth, dead letter exchanges for messages that keep failing, and where message loss genuinely originates.
MODULE 05
Watermarks, paging, disk free-space limits, and credit-based flow control — reading the signals before an alarm fires.
MODULE 06
Quorum queue member sizing, federation and shovel for cross-region, and the trade-offs each pattern actually imposes.
MODULE 07
Cluster Operator and Topology Operator, PVC sizing, network policy for inter-node traffic, and rolling updates that preserve quorum.
MODULE 08
The RabbitMQ management UI and HTTP API, rabbitmqctl and rabbitmq-diagnostics, and how to configure the plugins most estates use: shovel, federation, Prometheus and streams.
MODULE 09
TLS for client and inter-node connections, vhost isolation, users and permissions, and least-privilege access design.
MODULE 10
Prometheus metrics that matter, Grafana dashboards, and alerting on leading indicators rather than on node death.
MODULE 11
A deliberately broken cluster. Your team diagnoses memory alarms, backlogs, partitions, and under-replicated quorum queues under time pressure.
The Engagement
Every phase has a defined duration and a concrete artifact handed over at the end of it. You always know what stage you're in and what you've received.
We establish what your team already knows and what your deployment actually looks like. A team running RabbitMQ on Kubernetes with quorum queues needs a different course from one running classic queues on VMs, and generic training wastes most of its time on material that does not apply to you.
You receive
Instructor-led sessions delivered onsite or remotely, each pairing concept with immediate hands-on work. Sessions are typically half-days spread across two to three weeks rather than a compressed week, because retention is materially better when people apply material against their own systems between sessions.
You receive
Each attendee gets a lab cluster to break and repair. This is where the training actually lands — reading a real memory alarm, triggering a real partition, and recovering under-replicated quorum queues teaches what slides cannot.
You receive
We verify the training took. Attendees complete a practical assessment against the lab, and we run a follow-up session a couple of weeks later once real questions have surfaced from applying the material to your actual environment.
You receive
Customer Success
See how enterprises trust AceMQ for their most critical RabbitMQ workloads.
Global Automotive Manufacturer
Replacing fragile SQL-trigger-based ingestion with a reliable event-driven architecture for plant-floor data movement and low-latency operations.
Fortune 500 Financial Services Company
Improving RabbitMQ reliability, queue behavior, and operational guidance for a payment system processing over 200 production changes weekly.
Global Aviation Technology Provider
Troubleshooting cluster failover, partition handling, and quorum queue issues in a high-stakes aviation operational environment.
State-Run Virtual Education Platform
Standardizing RabbitMQ deployment and training staff while migrating infrastructure from VMware to Nutanix.
International Payment Exchange Service
Reducing manual error-queue operations by improving retry handling, dead-lettering, and downstream flow management across RabbitMQ, BizTalk, and D365.
Fortune 500 Software Company
Migration to supported RabbitMQ versions with managed services, standardization, compliance posture, and Tanzu commercial licensing.
Global Telecom Leader
Resolving weekly RabbitMQ crashes, optimizing for 300,000+ connected devices, and architecting horizontal scaling strategy.
Fortune 500 Industrial Conglomerate
Enterprise-grade RabbitMQ support with code-level remediation and patch management for regulated production environments.
FAQ
The core course covers RabbitMQ architecture and message routing, queue types, clustering and partitions, publisher confirms and acknowledgment, memory and flow control, high availability, RabbitMQ on Kubernetes, management and plugins, security, and monitoring, and finishes with a troubleshooting lab on a deliberately broken cluster. Each track reorders and weights those modules for its audience, and the outline is tailored to your deployment before the course starts.
Not in the tutorial sense. Free tutorials teach you to use RabbitMQ to send and receive a first message. This course starts from the architecture and goes on to how RabbitMQ behaves in production: what happens under memory pressure, during a partition, or when consumers stop acknowledging. Developers new to RabbitMQ can join the developer track, which starts from fundamentals.
Both are available and both work well. Remote sessions are delivered live rather than pre-recorded, with the same hands-on lab access. Onsite tends to produce better engagement for larger groups and is worth the cost when you are training a whole platform team at once. Our engineers span 26+ countries, so remote delivery can be scheduled in your team's working hours rather than ours.
Eight to twelve attendees is the sweet spot. Below that the hands-on portions lose the discussion that makes them valuable, and above about fifteen the instructor cannot give meaningful individual attention during lab work. For larger organizations we run multiple cohorts rather than one oversized session.
Not for the administrator or developer tracks, which start from architecture fundamentals. Attendees should be comfortable with the command line, basic networking, and — for the Kubernetes track — Kubernetes itself. The troubleshooting workshop does assume working RabbitMQ familiarity and is not a good first course. The assessment phase catches mismatches before the course starts.
No. We deliver practical training rather than a vendor certification program, and we issue a certificate of completion rather than an accredited credential. What we offer that certification generally does not is training against your actual deployment, your versions, and your queue types, taught by engineers who resolve production RabbitMQ incidents as their day job.
Partly, and we would advise against doing it entirely. Lab clusters exist so attendees can break things — trigger partitions, exhaust memory, kill nodes — which is exactly what teaches the material and exactly what you cannot do in your environment. We tailor the curriculum to match your topology and versions, and the final sessions apply that directly to your real deployment.
Pricing depends on track, delivery mode, cohort size, and how much customization the curriculum needs. It is quoted per engagement rather than per seat, which usually works out better for teams training more than a handful of people. Contact us with your team size and what you are trying to achieve and we reply within 1 hour.
Yes, and this is the most effective way to buy it. When training runs alongside an implementation or migration engagement, your team learns against the system being built and takes ownership as it goes, rather than receiving a handover document at the end. Customers who combine the two consistently reach operational independence faster than those who treat training as a separate later purchase.
Let's talk
Tell us your team size, what you're running, and where the knowledge gaps are. We'll reply within 1 hour and tailor a curriculum and quote.
Send us a message and we'll follow up within 1 hour — or book a free 30-min consultation directly.
305-204-2607info@acemq.comPrefer to talk now? Call us directly or use the consultation tab to find a time that works.