Operations | Monitoring | ITSM | DevOps | Cloud

Fresh insights from SHARE Orlando reveal mainframe modernization isn't about replacement—it's evolution. From hybrid architectures to AI-driven automation, enterprises are transforming legacy systems into agile, integrated platforms while preserving core reliability.

IBM MQ's reliability comes at a hidden price. Scaling introduces complex licensing costs, operational bottlenecks, and compliance risks. Learn four strategies to transform MQ from a costly burden into an efficient, compliant backbone for modern enterprises.

Middleware is evolving beyond invisible plumbing into a strategic Command Center. The future demands unified management, predictive intelligence, and transaction-centric operations to move from reactive firefighting to operational mastery in 2026.

Event-driven systems are great at decoupling services, but they also make incidents harder to untangle. A single user request can turn into dozens (or thousands) of messages, multiple consumers, retries, and delayed acknowledgments. If your tracing only tells you that a message was sent or received, you still have to guess which upstream request produced the message, whether a batch publish fanned out cleanly, and where queue time is accumulating.

As AI adoption accelerates, middleware complexity intensifies. In this discussion with meshIQ CEO Navdeep Sidhu, discover why governance—not speed—has become the defining factor for enterprise success, and why fragmented middleware environments can no longer be ignored in the AI era.

Fragmented middleware estates create hidden costs, operational drag, and growing compliance risk. Learn why lean operations, unified visibility, and built-in auditability are now essential for modern messaging and streaming environments.

Learn how to build a resilient IBM MQ architecture for hybrid cloud. This post breaks down HA vs. DR, explains RTO/RPO expectations, explores Native HA and cross-region replication, and shows how meshIQ adds essential visibility and control.

Learn the key differences between Apache Kafka and Apache ActiveMQ — from messaging models to performance, scalability and use cases — and see how meshIQ improves observability across both platforms.

A queue quietly fills up overnight. Memory hits the configured watermark and RabbitMQ blocks all publishers. Your entire message pipeline freezes, and you discover the problem when users start complaining. This scenario repeats across thousands of production systems because teams don't monitor RabbitMQ properly. The broker exposes comprehensive metrics, but most engineers don't know which ones predict failures or how to track them.

Modernising enterprise middleware is now a strategic necessity for cost efficiency, AI-readiness, and operational clarity. Hybrid estates of IBM MQ, Apache Kafka, and other brokers hide inefficiencies that drain profitability, but an operating model built on Assurance and Optimisation restores transparency and control. By unifying data, rebalancing workloads, and enabling safe AI autonomy, organisations can build a resilient “Confidence Economy.”