Deploy enterprise-grade messaging and event streaming on private cloud with Tanzu RabbitMQ. Get all the capabilities of open-source RabbitMQ with added business continuity, hardened security, and commercial support from the team that builds it.
Best for
As organizations adopt microservices and event-driven architectures, they need a message broker that handles async communication reliably at scale. Open-source RabbitMQ is widely used but lacks built-in business continuity, hardened security defaults, and commercial support. Tanzu RabbitMQ closes those gaps.
Open-source RabbitMQ requires manual, time-consuming configuration for multi-site replication. Disaster recovery is complex and difficult to manage at scale.
Tanzu RabbitMQ includes Warm Standby Replication that keeps schemas in sync across zones and regions. If the primary deployment becomes unavailable, clients reconnect to the secondary with minimal disruption.
Production messaging infrastructure needs strong security defaults out of the box. Manual TLS configuration and vulnerability scanning leave gaps that attackers can exploit.
Tanzu RabbitMQ disables non-safe TLS variants by default, automates mTLS and Vault integration, includes FIPS 140-2 compliance, and scans both RabbitMQ and its dependencies for CVEs.
Messaging traffic between cluster nodes consumes significant bandwidth, especially with JSON payloads common in modern applications.
Tanzu RabbitMQ compresses all inter-node network traffic by default. For JSON message payloads, bandwidth usage is reduced by up to 16x compared to uncompressed traffic.
Open-source RabbitMQ requires manual, complex disaster recovery configuration. Tanzu RabbitMQ provides simple configuration with API-driven controls and automated orchestration via Kubernetes operators.
Tanzu RabbitMQ provides FIPS 140-2 compliance leveraging OpenSSL 3 for data safety. This capability is not available in open-source RabbitMQ, making Tanzu the choice for regulated environments.
Tanzu RabbitMQ simplifies web application development with AMQP over WebSockets. This enables browser-based applications to consume and produce messages directly without additional proxy infrastructure.
Deploy on Tanzu Platform, as VMs using container runtime, on Kubernetes with automated operators, or build from bare components. Enhanced vSphere testing and OVA support simplify on-premises deployment.
Microservices architectures depend on reliable communication between services. Direct API calls create tight coupling, cascading failures, and make scaling individual services difficult.
Tanzu RabbitMQ provides asynchronous message queuing that decouples services. Producers send messages without waiting for consumers, enabling independent scaling and fault isolation across services.
Event-driven architectures require a central broker that can route events to the right consumers reliably. As event volume grows, the broker must handle high throughput without losing messages.
Tanzu RabbitMQ supports multiple messaging protocols including AMQP, MQTT, and STOMP. Its exchange and routing model lets organizations build complex event workflows where events are filtered, transformed, and delivered to specific consumers based on routing rules.
IoT environments generate high volumes of telemetry data from thousands of devices. The messaging layer must handle bursty traffic, buffer data during processing spikes, and deliver messages reliably to downstream analytics systems.
Tanzu RabbitMQ supports MQTT natively, making it a natural fit for IoT device communication. Its streaming capabilities handle high-throughput data ingestion while message queues buffer and distribute data to processing pipelines.
Tanzu RabbitMQ is an enterprise-grade distribution of the open-source RabbitMQ message broker. It adds Warm Standby Replication for business continuity across regions, hardened security defaults with FIPS 140-2 compliance, compressed inter-node traffic, and 24x7 commercial support from the team that builds RabbitMQ.
Organizations use it as the messaging backbone for microservices architectures, event-driven workflows, and IoT data ingestion.
Tanzu RabbitMQ adds automated business continuity via Kubernetes operators, simplified disaster recovery with API-driven controls, FIPS 140-2 compliance, automated mTLS and Vault integration, and AMQP over WebSockets for web app development.
Open-source RabbitMQ requires manual configuration for multi-site replication, has no federal build compliance, and does not include commercial support or CVE scanning of dependencies.
Tanzu RabbitMQ supports multiple deployment models: on Tanzu Platform with simplified installation and upgrades, as VMs using container runtime, on Kubernetes with automated deployment and lifecycle management via operators, or built from bare components.
For vSphere environments, Tanzu RabbitMQ includes an OVA with extensive vSphere testing, which is not available for the open-source version.
Yes. Organizations use Tanzu RabbitMQ to run enterprise messaging on their own infrastructure instead of relying on cloud-managed brokers like Amazon SQS or Azure Service Bus. This provides more control over data residency, lower latency for on-premises workloads, and avoids cloud vendor lock-in.
With Warm Standby Replication, automated disaster recovery, and 24x7 support, Tanzu RabbitMQ provides the operational reliability that teams expect from managed services while keeping messaging infrastructure under their control.
VirtualizationWorks helps organizations evaluate Tanzu RabbitMQ for their messaging infrastructure, plan deployment, and understand licensing options.
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