Security by Design Platform

SD Elements is a developer-centric threat modeling platform by Security Compass, designed to enable developers to proactively inject security and compliance into the software development process, leading to faster time to market and more secure products.

SD Elements is primarily for organizations and businesses that produce software and want to ensure security, compliance, and risk reduction throughout the software development lifecycle.

SD Elements helps to automate security requirements, saving valuable time and resources while ensuring a baseline of security controls. By integrating security measures from the start of the development process, businesses can avoid costly security mishaps and improve overall security posture.

SD Elements' pricing is determined by the number of projects. To learn more, please visit the pricing page.

SD Elements has features that align with various industry standards and regulatory requirements. This ensures compliance and supports efficient audit processes.

Yes, SD Elements prioritizes integration with existing workflow systems, including JIRA, Microsoft Azure DevOps, and many others, providing more efficiency and consistency throughout the development process.

Yes, SD Elements offers role-based training and allows users to learn at their own pace, grooming them to become application security experts.

Absolutely. SD Elements provides automated threat modeling, which helps in revealing potential security threats at the design stage itself and provides essential controls to mitigate these risks.

SD Elements supports secure development by embedding security requirements directly into the development lifecycle. From the earliest stages, it helps identify potential security threats, offers mitigation strategies, and provides clear guidelines for secure coding practices. This proactive approach allows development teams to build security into the architecture of their applications from the start, significantly reducing potential vulnerabilities and enhancing the overall security strength of the final product.