Business continuity through resilient messaging architecture
Customers achieve documented, tested HA/DR posture with clear RTO/RPO guarantees and operational runbooks for failure scenarios.
Overview
Mission-critical messaging systems require careful high availability and disaster recovery planning to ensure business continuity during infrastructure failures.
Challenge
HA/DR challenges include network partition handling strategy selection, quorum queue replication tuning, cross-AZ latency impact, backup/restore procedures, and federation/shovel-based replication between clusters.
Environment
Any RabbitMQ deployment requiring HA/DR capabilities — single-site, multi-AZ, or multi-region.
Approach
AceMQ designs HA/DR architectures tailored to specific RTO/RPO requirements, including cluster topology, partition handling strategy, backup procedures, and failover testing.
Solution
- 1Cluster topology design for target availability levels
- 2Partition handling strategy selection (pause_minority vs. autoheal)
- 3Quorum queue replication configuration for data durability
- 4Backup and restore procedures with metadata and message considerations
- 5Federation and shovel configuration for cross-cluster replication
- 6DR testing procedures and runbooks
Outcome
Customers achieve documented, tested HA/DR posture with clear RTO/RPO guarantees and operational runbooks for failure scenarios.
Technologies
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Have a RabbitMQ Challenge Like This?
AceMQ's senior RabbitMQ engineers have handled this exact type of engagement before. Whether you need architectural guidance, hands-on remediation, or an ongoing managed partnership, we're ready to help.