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When it comes to security, embedded software presents a unique set of challenges for application development and engineering teams. To ensure your embedded software is secure, you must start by understanding the threats ... More
In the push to meet demands for functionality and speed, software teams are moving away from single processor architectures at a rapid rate. But the realities of developing software for these next-generation ... More
The value of peer code review is undeniable. But despite this, it continues to be a much-maligned milestone in the software development cycle. Code reviews are difficult to implement consistently, the review is often ... More
Iskratel employs over 400 developers writing complex software to drive advanced communications technologies. These applications typically include between 1 and 1.5 million lines of code, written in C, SDL, Java and C++. To identify the best testing solution to eliminate bugs early in the development lifecycle, Iskratel conducted a head-to-head competitive evaluation of three products, and ultimately selected Klocwork's source code analysis tools. This case study looks at how Iskratel uses automated source code ... More
As a manufacturer of medical electronics, meeting the FDA's rigorous safety and quality standards is crucial to Stockert. With the safety of their devices depending significantly on the quality of software they develop, Stockert invested in Klocwork's source code analysis tools. Learn how their static analysis deployment has helped Stockert achieve FDA certifications, gain more trust in their code quality, and increase development efficiency.
Feeling that powerful analysis techniques are often overshadowed by testing and review when it comes to creating high quality software, representatives at Lawrence Livermore National Labs wrote this article which makes a compelling business case for the use of static analysis tools. The article contains results from two case studies where automated source code analysis tools were run on C++ code.
The driving objective of the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado is research in atmospheric science, space physics, solar influences, and planetary science, supported by the technological contributions of its engineering and mission operations divisions. To better ensure the reliability of key data processing software, LASP has introduced Klocwork Insight into several projects.
Tasked with building the embedded software component for a next-generation human prosthetic, the Johns Hopkins University Applied Physics Laboratory software team turned to Klocwork's source code analysis tools to help ensure the software's reliability and boost developer productivity.