Explore how AceMQ helps enterprises solve complex messaging challenges across RabbitMQ, Redis, Kafka, IBM MQ, Azure Service Bus, Spring Framework, and more.
Replacing fragile SQL-trigger-based ingestion with a reliable event-driven architecture for plant-floor data movement and low-latency operations.
Improving RabbitMQ reliability, queue behavior, and operational guidance for a payment system processing over 200 production changes weekly.
Troubleshooting cluster failover, partition handling, and quorum queue issues in a high-stakes aviation operational environment.
Standardizing RabbitMQ deployment and training staff while migrating infrastructure from VMware to Nutanix.
Reducing manual error-queue operations by improving retry handling, dead-lettering, and downstream flow management across RabbitMQ, BizTalk, and D365.
Migration to supported RabbitMQ versions with managed services, standardization, compliance posture, and Tanzu commercial licensing.
Resolving weekly RabbitMQ crashes, optimizing for 300,000+ connected devices, and architecting horizontal scaling strategy.
Enterprise-grade RabbitMQ support with code-level remediation and patch management for regulated production environments.
Resolving federation failures causing pipeline monitoring delays in critical SCADA infrastructure.
Resolving leader election bugs and planning migration from Windows to Linux for a physical security platform.
Independent architecture and performance review of RabbitMQ, Kafka, and Redis for an online trading platform.
Ongoing enterprise RabbitMQ support and advisory for a global leader in industrial digital reality solutions.
Enterprise messaging support for a leading health savings account and benefits administration platform.
RabbitMQ support and advisory for defense electronics and communications systems.
Enterprise messaging support for one of the world's largest online gaming software providers.
Rapid troubleshooting of production incidents including stuck queues, publish failures, cluster instability, and performance bottlenecks.
Moving from community support risk to enterprise-backed support with patch access, compliance posture, and procurement guidance.
Moving from unsupported versions to supported LTS or enterprise versions with compatibility validation and rollback design.
Hardening RabbitMQ in Kubernetes environments with StatefulSet tuning, quorum queue optimization, storage isolation, and memory/network configuration.
Throughput, latency, and resource utilization optimization including queue design, publisher confirms, replication settings, and concurrency tuning.
Improving availability posture with cluster design, partition handling, cross-AZ guidance, DR planning, and quorum strategy.
Decoupling legacy ERP and file-based processes with API enablement, middleware design, and asynchronous event flows.
Support and compliance alignment for healthcare, finance, government, and defense with supported releases, audit posture, and vendor-backed escalation.
Improving observability with Prometheus, Grafana, alerting, queue visibility, disk/memory thresholds, and retry metrics.
Reducing manual intervention in failed message processing with DLX design, poison message control, and retry orchestration.
Short, focused engagement to understand risk, review architecture, identify findings, and define a prioritized roadmap.
Ongoing operational support and expert escalation with portal-based support, advisory sessions, ticketing, and recurring health checks.
Moving from older or more rigid middleware to RabbitMQ patterns with architecture transition planning, interoperability, and phased cutover.
Aligning RabbitMQ with long-term platform strategy through installation design, operational model changes, and automation planning.
Faster customer onboarding with centralized support collaboration, documentation upload, ticket workflows, and engagement tracking.
Implementing a comprehensive CVE patching and compliance strategy across 10,000+ RabbitMQ deployments running end-of-life versions, with real-time vulnerability monitoring and phased upgrade planning.
Implementing a CVE patching strategy and compliance framework across thousands of on-premises RabbitMQ deployments, with tiered SLA support and quarterly health checks.
Remediating critical RabbitMQ federation failures and implementing CVE patching across SCADA pipeline infrastructure where delays trigger mandatory shutdowns.
Developing a CVE patching strategy and upgrade path for RabbitMQ 3.12 deployments in a regulated medical certification environment, evaluating community 4.x versus commercial 3.13 LTS options.
Implementing a blue-green deployment strategy for RabbitMQ CVE patching and version migration, integrated with middleware upgrades and Active Directory authentication.
Providing private CVE patching and remediation for legacy RabbitMQ versions across regulated industrial automation environments where forced upgrades are infeasible.
AceMQ diagnosed Redis connection timeout issues causing service disruptions in a legacy fintech platform being modernized, identifying client-side resource exhaustion as the root cause and delivering a remediation plan for high-concurrency caching.
AceMQ advised a UK-based technology firm on Redis Enterprise licensing compliance and architecture validation as they migrated high-volume messaging infrastructure to OpenShift, handling millions of messages daily alongside RabbitMQ.
AceMQ expanded its enterprise support agreement with global quantitative trading firm DRW to include Redis caching alongside RabbitMQ, providing L3 escalation support across the full messaging and caching technology stack.
AceMQ's Redis Health and Architecture Assessment identifies cluster vulnerabilities, performance bottlenecks, and optimization opportunities before they become production incidents — delivering a prioritized remediation roadmap.
AceMQ helped a financial services provider architect Redis as a reusable enterprise data layer supporting session management, caching, and real-time data processing across millions of daily transactions.
AceMQ supported the integration of Redis as a modern caching layer during the migration of a legacy banking application from monolithic architecture to microservices, resolving concurrency and timeout issues during the transition.
American National Insurance replaced a Kafka-based CDC pipeline with a standalone Debezium + RabbitMQ architecture, simplifying operations while maintaining SQL Server change capture with improved message routing flexibility.
AceMQ developed a multi-technology compliance strategy covering CVE patching for Kafka alongside RabbitMQ and IBM MQ deployments, creating a unified vulnerability management approach across the entire enterprise messaging stack.
AceMQ provided ongoing support for PagoNXT's high-throughput payments infrastructure running Kafka and RabbitMQ at 2,500 transactions per second, including load testing validation and architecture optimization.
AceMQ's Kafka assessment service evaluates streaming architecture health, identifies operational risks, and provides a structured migration or modernization roadmap for enterprises running or evaluating Kafka.
AceMQ advises enterprises transitioning IBM MQ workloads to modern messaging platforms, routing workloads to Kafka for event streaming or RabbitMQ for transactional messaging based on specific use case requirements.
AceMQ led the phased migration of American National Insurance's IBM MQ infrastructure to RabbitMQ, including legacy code refactoring and HIPAA-compliant data handling across Windows and mainframe queue environments.
AceMQ and a global technology partner developed a joint motion for displacing IBM MQ in enterprise accounts, leveraging RabbitMQ as a cost-effective open-source alternative with AceMQ's commercial support model.
AceMQ helps financial services organizations replace costly IBM MQ deployments with RabbitMQ, providing the commercial support and SLA guarantees that regulated industries require while dramatically reducing messaging infrastructure costs.
AceMQ provided a support model and SLA comparison for a government agency evaluating alternatives to IBM MQ support, including 48-hour critical patch response commitments and compliance documentation capabilities.
AceMQ's IBM MQ TCO assessment quantifies licensing, operational, and risk costs of IBM MQ deployments and presents a structured comparison against open-source alternatives with AceMQ commercial support.
FIMC is migrating from Azure Service Bus to a 3-node RabbitMQ cluster for improved compliance control and disaster recovery, handling 1,300 msg/sec with 200KB payloads and warm schema replication DR.
AceMQ designed the migration architecture for Woodmen Life Insurance moving 66 applications from self-managed RabbitMQ to Azure Service Bus, including Azure Managed Grafana observability and a co-ownership migration model.
Bank Vrede, dissatisfied with Microsoft Azure Service Bus performance and flexibility, engaged AceMQ to assess migration to RabbitMQ, comparing total cost, operational control, and messaging capability for banking workloads.
Fortior Solutions selected RabbitMQ over Azure Service Bus for a federal contracting application requiring FIPS-compliant messaging transport, with AceMQ providing FIPS configuration guidance and compliance documentation.
AceMQ's Azure Service Bus comparison assessment helps organizations evaluate whether managed Azure messaging is cost-effective versus self-managed RabbitMQ with commercial support, covering both Standard and Premium tier economics.
A global financial institution upgraded over 1,000 Spring and Java applications in a single 24-hour window using AceMQ's deterministic Spring upgrade process, achieving significant CPU and memory reductions through Broadcom's commercial Spring support.
AceMQ provides day-zero CVE patch access for Spring Framework through Broadcom's commercial Spring subscription, enabling retail and banking organizations to address critical Spring security vulnerabilities immediately upon disclosure.
AceMQ delivers Spring Framework security compliance programs for government agencies, meeting 48-hour critical patch SLA requirements through Broadcom commercial Spring support with FIPS compliance and audit documentation.
AceMQ supports security technology companies using Spring Framework with RabbitMQ for IoT messaging, providing expertise across the Spring–RabbitMQ integration layer and commercial support for both technologies under a single engagement.
AceMQ helps enterprise software organizations quantify and manage the CVE risk exposure created by running community Spring Framework without a commercial support agreement, transitioning them to Broadcom commercial support.
Our team of messaging experts can help you design, optimize, and operate your enterprise messaging infrastructure with confidence.