Ensuring Superior Quality

As software systems become more pervasive and more critical to the daily needs of businesses and individuals, it’s important that development organizations take steps to ensure that their software code is secure, performs as intended, and does not fail. To meet this goal, hundreds of development organizations around the world rely on Coverity products to find and fix software defects. Sophisticated technology from Coverity allows development teams to deliver superior-quality code, improve development processes and speed time to market for critical software systems.

Coverity Prevent™

Coverity Prevent for C/C++ and Coverity Prevent for Java are the foundation of Coverity’s leading automated approach to identifying and resolving the most critical defects in C, C++ and Java source code. By providing deep insight into build systems, a comprehensive understanding of source code, and a sharp focus on the needs of development organizations, Prevent sets the standard for enabling the delivery of high-quality software.

Coverity Thread Analyzer for Java

As more and more organizations migrate to multi-threaded development, detecting and eliminating impossible-to-find concurrency issues has become a significant challenge. Coverity Thread Analyzer for Java proactively and predictably finds race conditions and deadlocks that can cause data corruption and system failure.

Headway Structure101

Headway Structure101™ automatically visualizes architectural structure and dependencies in large, complex C/C++ and Java codebases. Leveraging Coverity’s Software DNA Map™ analysis system to gain a complete understanding of your software, Structure 101 provides multiple perspectives for viewing the architecture as well as complexity metrics that highlight areas of the code containing excess complexity.


To learn more about how Coverity Prevent can help your business, please contact us at sales@coverity.com or call us at +1 415 321 5237 or in the US toll-free at (800) 873-8193.

whitepaper White Papers Read "Controlling Software Complexity"