Radix Coverage for Hardware Common Weakness Enumeration (CWE) Guide
Ready to leverage CWEs with Radix? MITRE’s hardware Common Weakness Enumeration (CWE) database aggregates hardware weaknesses that are the root causes of vulnerabilities in deployed parts. In this 100+ page guide, each CWE is listed along with a Radix template Security Rule that can be filled in with design-specific signals […]
Advancing the Maturity of Your Hardware Security Program
Where Are You Today on the Hardware Security Maturity Model? Hardware security is a journey. Knowing where to start and what goals to set regarding comprehensive hardware security verification can be challenging, but our five-level maturity model can help bring focus to your planning and execution. Whether you’re beginning at […]
Cybersecurity is a Journey
Hardware Is the Foundation of Your Security Posture Due to the inability to ‘patch’ silicon, failure to identify and remediate hardware vulnerabilities early comes with catastrophic consequences. However, most of the focus and investments in cybersecurity have historically been on device software and its administrators, not on securing the underlying […]
Detect and Prevent Security Vulnerabilities in your Hardware Root of Trust
Computer hardware is omnipresent, with more than one trillion semiconductor devices sold in 2018. Such large growth in the number of semiconductor devices is driven by many factors, including the rapidly expanding sector of the Internet of Things (IoT), which has resulted in the proliferation of simple microcontrollers in all […]
Measurable Hardware Security with MITRE CWEs
MITRE’s hardware CWE database aggregates, in a common form, the hardware weaknesses that are root causes of vulnerabilities. The list is categorized into major themes such as Security Flow Issues, Debug and Test Problems, Memory and Storage Issues, General Circuit and Logic Design Concerns, and others Hardware CWEs are ideal […]
Building a Robust Hardware Security Program
Chips and the Products That Rely on Them Are Everywhere Semiconductors are now a daily part of modern life. They power sensitive military equipment and enterprise infrastructure, including many with low to zero tolerance for security risk. Even everyday consumers rely on silicon to improve their professional and personal lives […]