software bugs

Today's test data management (TDM) solutions force teams to work with compromised data sets, and push testing to too late in the software development lifecycle. The end result is rework, delayed releases, and costly bugs that cripple production systems. Furthermore, prevailing approaches to test data management - including subsetting, synthetic data, shared environments, and standalone masking--represent flawed solutions that fail across one or more key dimensions.

If you work in DevOps or software QA, you likely already know why automated software testing is essential for quality control to keep pace with continuous delivery. Automated testing delivers faster results and more thorough coverage, and enables shift-left testing for earlier detection of bugs. Yet the issue of how to approach automated testing remains difficult for many QA teams to solve. A range of obstacles makes it challenging to begin automating software tests, or to increase the extent of test automation beyond the basics.

Enterprises and users continue to be concerned about mobile apps and mobile malware because they have been trained by legacy antivirus software packages. Look for a known malware file and remove it. The issue with this logic on mobile devices is the mobile operating systems evolve and add features very rapidly. The mobile operating systems add millions of lines of code in a year and therefore introduce unintended consequences, bugs and vulnerabilities. In 2017, there were more CVEs registered for Android and iOS than all of 2016 and 2015 combined. In 2017 there were 1229 CVEs awarded. Over half of these CVEs that received scores of 7 or greater indicated that the vulnerabilities are severe and exploitable. This trend is expected to continue as the mobile operating systems mature and more features are added.

Testing is critical to the success of any application. In fact, your software is only as good as the testing team behind it and their ability to identify bugs before they find their way into production. Practically speaking, that means that building and nurturing an effective testing team is mission critical. But, of course, doing so is a lot easier said than done. That's because to be successful, today’s testing teams need to be cross-functional, efficient, and focused on the right things. They also have to be fully bought in and worthy of deep trust. As a result, finding the right candidates can be a challenge, so you have to get creative. Not only that, to attract and retain the best talent, you need to keep them motivated by giving them ample opportunities to learn and advance their career, while not weighing them down with the burden of time-consuming and unnecessary administrative tasks. Instead, you want to equip your team with the right tools to enable and empower them.

Find out how Coverity has helped Frequentis ensure a high level of software integrity to support its product mission of freedom from failure, while continually improving the productivity of its developers.

This report is the result of the largest public-private sector research project focused on open source software integrity, originally initiated between Coverity and the U.S. Department of Homeland Security in 2006. The results from the 2010 edition of the Coverity Scan Open Source Integrity Report detail the findings of analyzing more than 61 million lines of open source code from 291 popular and widely-used open source projects such as Android, Linux, Apache, Samba and PHP, among others.

voke Names Coverity as a Transformational Company in the Testing Market Coverity has been rated as a Transformational company in the voke, inc. Market Mover Array Report for Testing Platforms. Coverity's rating is recognition of the impact that Coverity's software integrity strategy is making in shaping the future of the testing market.

Journaling? RAID? Vaulting? Mirroring? High availability? Know your data protection and recovery options! Download this information-packed 29-page report that reviews the spectrum of IBM i (i5/OS) and AIX resilience and recovery technologies and best practices choices, including the latest, next-generation solutions.

For IT departments looking to bring their AIX environments up to the next step in data protection, IBM’s PowerHA (HACMP) connects multiple servers to shared storage via clustering. This offers automatic recovery of applications and system resources if a failure occurs with the primary server.

Providers who add BDR to their offerings can enjoy substantial profit margins and incremental monthly recurring revenue. BDR, therefore, is ideal for solution providers, especially as a first step to a managed services practice.