Terracotta Integrates Sun's VisualVM

Java enterprise infrastructure software maker Terracotta recently announced it will soon be integrating Sun Microsystems' new Java VisualVM technology with the Terracotta management console.

The integration is meant to provide Java software developers and operators with what Terracotta calls "breakthrough visualization capabilities" that can help "reduce the cost of troubleshooting and tuning Java software."

According to the community Web site, the project is "dedicated to bringing the best available clustering technology to Java." Terracotta clusters Java Virtual Machines (JVMs) to create a shared memory pool at the Java application tier, which can be used to share data among servers. This shared memory pool can also be used to coordinate multiple JVMs' work.

The San Francisco-based company's Java infrastructure solution is a commercial offering based on the open-source project.

"VisualVM and Terracotta are a natural fit. VisualVM provides in-depth analysis of the virtual machine and Terracotta provides key information on cross-cluster issues," said Ari Zilka, CTO and co-founder of Terracotta, in a prepared statement.

"Terracotta is making a considerable investment in tools that will ease the transition from single servers or small clusters, to larger clusters," he continued. "Leveraging the Sun VisualVM technology will allow us to achieve this objective more rapidly."

Janet Koenig, director of Java Core Technologies at Sun, called the two products in a released statement "complementary technologies that can provide unique visibility across the application tier."

"Together they help accelerate and simplify the building, testing, tuning, and operation of their Java software," she continued.

The latest release will include a Cluster Visualization Tool that provides run-time statistics of a variety of issues, including system CPU, Java heap, thread dumps and many others.

Java VisualVM is being made available under the GNU General Public License v2 with Classpath Exception. The VisualVM binaries are available for download here.

The open source Terracotta project is supported by a number of contributor communities, including Spring, Tomcat and Geronimo.

About the Author

John K. Waters is a freelance journalist and author based in Mountain View, CA.

Featured

  • Blue Cloud Floating on Top of Circuit Board

    Survey: Organizations Moving AI Workloads Away from Public Cloud

    A new Cloudera survey of 1,500 enterprise technology leaders found widespread AI-driven architecture changes, with governance problems, rising infrastructure costs, and workload placement pushing organizations toward more hybrid approaches.

  • Minimalist binary data fragmentation

    Fragmented Data Is Quietly Undermining Student Success and Cybersecurity Hygiene

    Siloed tools, teams, budgets, and resources spread across departments and campuses generate massive amounts of data. However, fragmentation creates unnecessary exposure to security threats and inadvertently reduces student support because no one can see the whole picture.

  • Abstract background with digital shield made of data particles glowing blue blocking against cyber attacks

    Report: AI Attacks Push Organizations Toward Autonomous Cybersecurity Defense

    Artificial intelligence is raising the stakes of cyber conflict as attackers use the technology to accelerate reconnaissance, uncover vulnerabilities, and launch attacks faster than many security teams can respond.

  • circuit patterns

    Anthropic Launches Lower-Cost Claude Sonnet 5

    Anthropic has released Claude Sonnet 5, positioning the model as its most autonomous mid-tier offering to date and a lower-cost alternative to its flagship Opus 4.8 system. The company said the model can plan multi-step tasks, operate tools such as browsers and terminals, and complete agentic work at a level that previously required larger and more expensive models.