One of the most valuable features is its ability to detect and prevent malware. Every operating system has a built-in firewall, like Microsoft's Windows Defender. However, if you install additional software from an in-house developer, Windows Defender may flag it as malware. This can even happen with in-house software developed by banks or telecommunications companies. So, how do you solve this problem? After all, you've invested time and effort into developing this code. The solution is to use the code signing feature of SecureApp. Once you sign your code with a trusted certificate, Windows Defender will recognize it as legitimate and allow it to run. After that, you can deploy your software using patch management tools like Ivanti or SCCM, or you can install it directly on the network. For the actual signing bit, it's straightforward enough – like, we got an APK or an IPA for an iOS phone, and we want to shoot it over to the Play Store or App Store. It’s all about that code-signing function. We have one certificate for signing the production code and another certificate for signing the test code. A function for a co-signing certificate. However, it is not available for the cloud.
