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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
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 ... More
Software teams are moving away from single processor architectures at a rapid rate. But the realities of developing software for these next-gen architectures is introducing significant complexity when it comes to ... More
Embedded software is a ubiquitous presence onboard aircraft today. Just as software has become a key element in everything from consumer vehicles to household appliances, it is also critical to aircraft control. Beyond mission-critical avionics systems, software is also increasingly present in commercial aircraft galley equipment, passenger onboard entertainment systems and, more recently, wi-fi networks for passengers.
With new aircraft now being highly software dependent – software verification and integrity is becoming ever more vital. Tim Robinson speaks to one company who are experts in squashing these software bugs in mission-critical code.
Given the complexity of today's airborne software systems, the use of automated tools can assist in the on-time and on-budget delivery of these projects. Automated source code analysis tools can help address key areas of the DO-178B guidance related to Software Verification and Software Lifecycle Data requirements. Learn how the defect, architecture, and metrics analysis capabilities of Klocwork Insight can be used to automate time-consuming tasks and help you achieve key objectives of the DO-178B guidance.