Ensuring messaging reliability for a world-leading physical security platform
The client resolved the critical leader election issue, gained internal troubleshooting capabilities, and has a clear migration path from Windows to Linux for improved operational efficiency.
Overview
The company develops one of the world's leading unified physical security platforms. Their RabbitMQ clusters on Windows were experiencing leader election delays causing 6–8 hour downtime incidents.
Challenge
A known RabbitMQ bug was causing leader election delays of 6–8 hours under heavy load, creating significant downtime for security platform operations. The Windows-based deployment added operational complexity, and the client needed to plan a migration to Linux while maintaining stability in a highly controlled deployment environment.
Environment
Windows-based RabbitMQ deployment, client-mandated environment constraints, load-balanced cluster with DNS-based failover.
Approach
AceMQ provided targeted consulting hours for version patching, load balancer configuration, troubleshooting training, and Linux migration planning. The engagement included a repeatable playbook for RabbitMQ restarts and troubleshooting procedures.
Solution
- 1Identified specific RabbitMQ version patch to resolve leader election bug
- 2Designed staging environment testing strategy before production rollout
- 3Configured DNS-based load balancer setup for improved client stability
- 4Developed repeatable RabbitMQ restart playbook for support staff
- 5Created troubleshooting training program for internal support teams
- 6Planned Windows-to-Linux migration path with Kubernetes exploration
Outcome
The client resolved the critical leader election issue, gained internal troubleshooting capabilities, and has a clear migration path from Windows to Linux for improved operational efficiency.
Technologies
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