The Java Virtual Machine (JVM) performance training program offers engineers essential troubleshooting skills for production issues, significantly reducing resolution time. Participants learn to optimize CPU, memory, and response times through hands-on labs and expert instruction. This course has propelled many engineers into higher roles. Offered remotely, it includes bonus DevOps tools and valuable resources.
DevopsCon, held in Munich, featured a talk by our architect on “TOP 5 PRODUCTION PERFORMANCE PROBLEMS.” The session revealed common performance issues in production environments and offered insights on early detection and practical solutions to enhance operational performance and user experiences. Conference materials and photographs were shared.
DevopsCon, a global conference in Munich, featured a talk on "PREDICTING PRODUCTION OUTAGES: UNLEASHING THE POWER OF MICRO-METRICS." The session highlighted the limitations of macro-metrics in performance monitoring and introduced micro-metrics as effective lead indicators for predicting application performance, enabling early detection of potential outages.
Every year in October, JAX London is the go-to event for Java and Software Architecture enthusiasts! It is a four-day conference for cutting-edge software engineers and enterprise-level professionals.
Every year in October, JAX London is the go-to event for Java and Software Architecture enthusiasts! It is a four-day conference for cutting-edge software engineers and enterprise-level professionals.
DevOpsCon, a global conference in Berlin, featured a talk by our architect on "16 Artifacts to Capture When Your Container Application Is in Trouble." The session focused on essential artifacts for troubleshooting container performance, alongside tools and techniques for analysis. Attendees rated the talk 5 for quality and speaker knowledge.
DevopsCon is a global conference in Berlin focusing on DevOps and business transformation. An architect presented on "MAJOR OUTAGES IN MAJOR ENTERPRISES," analyzing thread dumps and other artifacts. The session aimed to improve troubleshooting for various technical issues. Attendees rated the talk and speaker highly, with overall average ratings being lower.
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This post examines the behavior of synchronized methods in Java, demonstrating that multiple threads can execute the same synchronized method on different objects concurrently. A program simulating this scenario shows that each object has a unique lock, allowing threads to operate without blocking each other. Thread dump analysis confirms no contention, validating this behavior.