DETROIT, Feb. 4, 2014 (GLOBE NEWSWIRE) -- Compuware Corporation (Nasdaq:CPWR), the technology performance company delivering a new generation of application performance management (APM), today announced a major new release of its Data Center Real User Monitoring solution (DC RUM). Enhanced analytics and new network packet capture and analysis capabilities simplify identification and triage of performance issues across applications, infrastructure and network. Now application operators can monitor and understand the network impact on application performance down to the transaction and user level at packet-level depth. The new availability analytics span all layers of a business transaction, from the network TCP session all the way up to the application logic.
"This new version of DC RUM will change the way we triage performance issues across the network and application layers. Instead of manually correlating across different network and application tools, Compuware APM provides a single solution and workflow," said Doug Botimer, Technology Solutions Manager, at Marketing Associates. "Not only does Compuware DC RUM automatically identify the bottleneck, it provides the user and transaction context required to solve the problem with packet-level visibility."
DC RUM's end-to-end view encompasses detailed network, client and server fault-domain analysis, and streamlines the identification and isolation of a problem's root cause. This unique fault-domain isolation value is now supplemented by the ability to initiate, collect and analyze packet-level data in the context of DC RUM reports. This allows operations and performance teams to ascertain root causes of network issues by viewing the packet-level data collected in the context of the application, transaction and user analysis. Additionally, by leveraging domain experience built from thousands of customers and hundreds of man-years invested in performance analytics, Compuware APM customers now benefit from enhanced analytics that embed these best practices into the product itself.