There are many important security measures to protect custom software builds. Cyberattacks carry significant risk of customer, revenue, and data losses.Therefore, all custom development processes should begin with cybersecurity in mind. In fact, there are several cybersecurity advantages provided by custom development processes. For example, custom software is targeted less often due to its custom nature. Since it’s tailored to a specific business, custom software has less users than its traditional, off the shelf counterparts. If you are looking to become a software developer, you should mitigate reputational and financial losses by learning some critical cybersecurity practices. In this post, we’ll discuss a few important cybersecurity measures to protect custom software builds.
Secure Development Lifecycle (SDL)
Implementing the secure development lifecycle (SDL) is one important cybersecurity measure that structures application security approaches. SDL typically provides continuous vulnerability monitoring that increases custom software quality. Additionally, SDL inspires conscientiousness toward various security laws and regulations. This way, you avoid significant fines and penalties for being out of regulatory compliance. Start by defining your project’s security and compliance objectives, then model probable threat scenarios. From there, implement secure coding practices such as encrypting passwords. Next, use DAST tools to simulate runtime hacker attacks. Lastly, ensure the secure monitoring of your entire system. Surely, avoid regulatory compliance penalties and improve software security using the secure development lifecycle.
Third-Party Security Scans
Another great, critical security measure to protect your custom builds is frequent third party security scanning. Having a third party evaluate your code and software for vulnerabilities often reveals issues you may have overlooked. There are many third party code scanning services that scan your development servers at predetermined intervals. When complete, they send you a report of scanned resources and their outcomes. These reports are segmented by issue severity. High priority issues come first, then the list descends in urgency. Of course, when it comes to third parties and cybersecurity, evaluate the credibility of any third parties before trusting them with secure access. Absolutely, ensure potentially overlooked issues are fixed with regular third party security scans.
Integrate Secure Helm Repositories
Integrating secure Helm repositories is a third important security measure for protecting your custom software. These repositories provide private, electronic access control Helm chart repository management. Secure and private Helm repositories enable the sharing of Helm charts across your dev teams. Additionally, remote repositories cache and proxy remote Helm charts. Moreover, aggregation of remote and local resources enables access to all Helm charts from one URL. This way, you evaluate complete security protocols from a single location. Certainly, maximize security visualization efficiency by integrating secure Helm repositories.
The next important security measure for protecting builds is effective privilege management. Start by ensuring users have the minimum access privileges needed to do their jobs. This way, you avoid unnecessary access rights that make your software more vulnerable. Additionally, eliminate privilege creep. Privilege creep occurs when users’ access to systems and resources they do not need anymore is not revoked. This often occurs when employees switch roles, implement new processes, or leave your organization. This way, your custom software build’s attack surface is mitigated drastically. Definitely, minimize your attack surface with effective privilege management.
Encryption of crucial software, resources, and processes is another advanced form of online privacy protection. Encrypt your idle data as well as data-in-transit to prevent many forms of attacks and intrusions such as man-in-the-middle attacks. For example, avoid putting sensitive customer data at risk by encrypting usernames and passwords. Stay up-to-date with the latest encryption trends to maximize the protection it provides. For instance, HTTPS has become a recent industry standard. Moreover, data encryption is an incredibly complex process requiring dedication and experience. Ensure this dedication and experience by working with third-party encryption experts instead of doing it yourself. Of course, eliminate customer data risks and ensure updated security standards using data encryption measures.
There is a myriad of important security measures to protect custom software builds. For example, avoid regulatory compliance penalties and improve software security using the secure development lifecycle. Second, ensure potentially overlooked issues are fixed with regular third party security scans. Third, maximize security visualization efficiency by integrating secure Helm repositories. Next, minimize your attack surface with effective privilege management. Finally, eliminate customer data risks and ensure updated security standards using data encryption measures. When searching for important security measures to protect your custom software builds, consider the measures described above.