In today's digital age, mobile applications have become necessary for business success. However, many organizations have yet to understand that continuous security testing is critical for rapid delivery of mobile applications. In this article, we will explore how you can achieve a faster mobile application development process by adopting continuous security testing practices.
Mobile apps are becoming an increasingly integral part of our daily lives, and security vulnerabilities are being exposed more frequently. Security experts say that software development companies that fail to take mobile application security into account are likely to have dire consequences.
The mobile application is down!
As more people join the mobile space, the responsibility to protect data and information increases significantly. On the surface, most mobile apps appear to have some security measures in place, but in fact, hackers can still easily break into them. The number of attacks on mobile devices and networks is expected to continue to rise in the near future.
The vulnerability threat cannot be ignored
Hardly a week goes by without a new report of a stolen mobile app or a data breach. Many attacks come from unresolved vulnerabilities in applications. In most cases, these vulnerabilities come from the application designer's failure to fully consider the security of the mobile application lifecycle.
User behavior is also responsible
In the serious security incidents, most of the cases are due to the user's bad behavior. For example, using an insecure network connection, such as a wi-fi network, in a public place poses a potential risk when randomly downloading unsolicited third-party applications
Therefore, teams should always include security as a priority throughout the software development cycle. This not only protects data and user privacy but also reduces the possibility of data breaches.
Manual Testing Slowing Down software releases?
Testing is often an essential step in the software development process, but the traditional manual testing process can become the bottleneck of application release. After all, it takes a lot of time and human resources to run tests manually, and therefore inevitably slows down the release of the software. So what can be done to shorten the software testing cycle and speed up the release pace? Let's explore some possible solutions.
Automated testing is a way to execute tests by writing scripts instead of manual operations, which greatly reduces the time and cost of testing. Automated testing not only fully simulates the manual testing process, but also allows rapid repetition of testing, more timely detection of problems, and reduced defect repair costs. In addition, automated testing can help teams eliminate the boredom of testers dealing with repetitive testing tasks and focus testing on deeper technical exploration.
Continuous integration and continuous delivery
Continuous integration and continuous delivery are the cornerstones of the devops culture, helping teams achieve their goals of iterative development, testing, and deployment. In a devops environment, the code is built and integrated automatically after it is written, and verified by automated testing. This ensures that the software is of good quality and reliable prior to deployment
Continuous Security Testing has become a crucial aspect of modern software development. It involves leveraging automated tools and mobile device farms to carry out functional and security tests around the clock. By running automated tests overnight, developers can receive detailed tickets on bugs and recommendations for fixing code early in the morning. This shift to continuous testing ensures that issues are addressed throughout the entire pipeline, reducing the likelihood of major problems occurring later in production.
Contrary to manual assessments that can be tedious and error-prone, automated testing provides developers with accurate results and suggestions for improvement. This approach to testing reduces potential risks to an organization's reputation, financial loss, and other liabilities associated with security breaches. With this methodology, every piece of code can be tested, decreasing the probability of errors making their way into production environments.
Moreover, incorporating secure coding techniques helps developers work efficiently while ensuring that applications are deployed securely. given the potential consequences of even one breach, organizations cannot afford to ignore security and the integration of automated testing tools.
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