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Java Runtime Environment (JRE) is a set of tools used to develop Java applications. JRE typically includes a combination of Java Virtual Machine (JVM), Java class libraries, and a class loader. Automatic memory management—one of the prized features of JRE—makes it virtually impossible for developers to know what's happening inside the memory.
Because of this "black-box effect," tracking the source of performance bottlenecks is challenging. This highlights the importance of Java monitoring to ensure constant availability and maximum uptime of Java infrastructures. Applications Manager's Java Runtime monitoring provides visibility into key performance metrics and helps track them in real time to help optimize your applications.
Applications Manager JRE monitor tracks a variety of Java Runtime metrics including JVM memory, garbage collection (GC), threads, etc. for thorough JRE performance monitoring. The performance of Java applications mainly depends on two parameters:
Memory consumption is a parameter that requires constant monitoring. Applications Manager's Java memory monitoring capabilities allow you to monitor both physical (CPU, disk) and virtual (JVM) memory consumption. Exhausting your JVM memory will lead to latency or, even worse, system crashes.
Applications Manager's JRE performance monitor provides details about JVM memory with extensive stats and division of heap and non-heap memory like Eden Space, survivor space, Tenured Gen, PermGen, and Code Cache. Apart from JVM monitoring, you can also perform garbage collection, and generate thread and heap dump—and analyze them with our Java Thread Dump Analyzer—remotely with Applications Manager's JVM monitor.
Java applications perform automatic memory management, a process referred to as garbage collection, which collects JVM objects that are no longer needed to make space for new objects. Monitoring garbage collectors is essential for optimal generation sizing and allocation of objects. Applications Manager's Java Runtime monitor provides you with a summary of the garbage collection process and specific collector stats.
Learn how Applications Manager can satisfy all your Java Runtime environment monitoring needs. Schedule a personalized demo today.
Java exhibits asynchronous behavior through parallel processing. Issues arise when the threads that are working side by side need to access the shared data pool, resulting in deadlocks or incorrect program data. With Applications Manager's JRE monitoring tool, perform thorough Java thread monitoring and tracks crucial thread attributes like Total Threads Started, Peak Threads, Live Threads, Runnable, Blocked, Waiting, Timed Waiting, Daemon Threads, and Deadlocked Threads. You can also view the thread dump history of the Java machine, which gives you the status and essential details about all the threads.
In addition to JRE monitoring, Applications Manager also monitors J2EE web transactions. Applications Manager's APM Insight agent translates how your Java applications behave on the end user's side and provides visual representations of J2EE transactions from URL to SQL components. It also enables you to measure your client's satisfaction with APDEX scores, and trace transaction errors back to their origins.
Applications Manager's Java Runtime monitoring tool comes with an extensive fault management system to make resolving issues easy. With help from the root cause analyzer, you can drill down to the source of problems, and troubleshoot them with ease.
Applications Manager's JVM monitoring capability lets you configure threshold values for attributes, and receive notifications when there are deviations from standard behavior. Setting up anomaly profiles can help you identify gradual performance degradation, so you can take action before end users are affected. Applications Manager's Java Runtime monitoring also enables you to associate actions to the thresholds and anomaly profiles that will be automatically performed upon a breach.
Applications Manager's JRE performance monitoring tool utilizes analytical details to perform historical and predictive analysis of Java performance with the help of reports. While trend analysis reports allow you to compare and analyze historical performance trends based on hourly/daily/weekly reports and heat charts, forecast reports employ machine learning techniques to predict growth and utilization trends in the future.
Unlike most JRE monitoring tools, Applications Manager Java application monitoring tool also offers statistical reports to help you gain visibility into how various command line parameters and garbage collection algorithms impact the Java application performance.
Other than monitoring Java Runtime, ManageEngine Applications Manager also offers services like:
It allows us to track crucial metrics such as response times, resource utilization, error rates, and transaction performance. The real-time monitoring alerts promptly notify us of any issues or anomalies, enabling us to take immediate action.
Reviewer Role: Research and Development