Integrating software security processes throughout the software development lifecycle is essential for releasing secure products, with a particular focus on the verification phase to ensure that security features are correctly implemented. This involves identifying vulnerabilities, security gaps, and assessing the overall security profile of both individual components and the finished product. Vendors, integrators, and OEMs can be held liable for security issues, making it crucial to employ various security verification methods, including internal quality assurance, penetration testing, and external certification. While traditional methods like manual penetration testing offer in-depth analysis, they can be time-consuming and subjective, whereas automated vulnerability scanning tools provide objective, efficient results that can be seamlessly integrated into CI/CD workflows. Independent security certification, although costly and time-consuming, can offer a competitive advantage, especially as cybersecurity regulations become more stringent. As cyber threats evolve, the need for robust security verification processes, including automated solutions, becomes increasingly critical for maintaining trust and compliance in the marketplace.