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Table of Contents: An Overview of Third-Party Software Risks RunSafe’s Mitigation Approach to Third-Party Software Security The Importance of Third-Party Risk Management in Software Supply Chain Security Understanding and Addressing Third-Party Software Risks In today’s fast-paced digital landscape, the reliance on third-party software has become an integral part of modern software development. Organizations across industries…

Table of Contents: What is an SBOM?  Why SBOMs Matter in Embedded Systems Key Components of SBOMs for Embedded Systems Creating an SBOM: Tools and Best Practices Using SBOMs to Enhance Embedded Systems Security Challenges and Solutions in SBOM Implementation The Future of SBOMs in Embedded Systems How SBOMs Ensure Software Security Visualizing SBOMs in…

Table of Contents: Challenges and Solutions for OT and ICS to Secure Software Development Challenges in Securing Critical Embedded Systems and Industrial Control Systems The Importance of Secure by Design Principles Strategies for Securing Critical Embedded Systems Future Trends and Emerging Technologies Protecting CES Tips to Implement Secure Software Development Measures Ensuring Critical Embedded Systems…

Table of Contents: Enhancing The Security Posture in Modern Software Development with RunSafe Understanding Software Supply Chain Security in the Digital Era How RunSafe’s Solution Addresses Protects Against Memory Safety Vulnerabilities How RunSafe Prioritizes Supply Chain Security Mitigating the Software Supply Chain Risks with RunSafe Enhancing The Security Posture in Modern Software Development with RunSafe…

Table of Contents: Securing Airborne Systems with Advanced Memory Safety Techniques How RunSafe Code Works RunSafe Code Qualification – Development Tool RunSafe Code Certification – Flight Software RunSafe Code Certification – Airworthiness Security Elevating Flight Safety: Software Security in Airborne Systems Securing Airborne Systems with Advanced Memory Safety Techniques Critical software, including vital infrastructure management…

Table of Contents: Introduction to Memory Safety Risks of Memory Vulnerabilities in Embedded Software Challenges of Addressing Memory Safety RunSafe’s Innovative Approach to Memory Safety Software Supply Chain Security with RunSafe Ensuring Security in Embedded Systems, ICS, and OT Practical and Cost-Effective Memory-Based Vulnerability Protection The Memory Safety Crisis: Understanding the Risks in Embedded Software…

Table of Contents: Securing Critical Infrastructure: The Role of SBOMs Cybersecurity in Critical Infrastructure: An Overview Introduction to Software Bill of Materials (SBOMs) How SBOMs Contribute to Cybersecurity Types of SBOMs and How They Are Different Benefits of Build-time and Binary SBOMs Use Cases for Critical Infrastructure Taking SBOMs to the Next Level Conclusion Securing…

Table of Contents: Memory Safety Through Hardening System Code From Static to Moving Risk Assessment Hardening the Code Protecting vulnerable systems A static target is a sitting duck. However, we all know that hitting a moving target can be far more challenging—as it involves accounting for the target’s speed, direction, and distance. Then there are…

Table of Contents: Securing Critical Infrastructure in the Digital Age Understanding the NCSIP and its Pillars RunSafe Security’s Commitment to NCSIP Execution Promoting Software Development Practice Accountability Securing Critical Infrastructure in the Digital Age With digital connectivity and technological advancement dominating everything we do, protecting critical infrastructure has become a paramount concern for IT leaders…

Digital transformation is here to stay. The escalating frequency and sophistication of cyber threats have led to a pressing need for robust cybersecurity measures. Recognizing the urgency of addressing these challenges, the Cybersecurity and Infrastructure Security Agency (CISA) has championed the Secure by Design initiative [VIDEO]. This comprehensive approach seeks to fortify the foundation of…

Table of Contents: Safeguarding LYNX MOSA.ic: Lynx and RunSafe’s Security Partnership Why does memory safety matter to Lynx users? No impact on Runtime performance? Development schedule? Easier compliance with security requirements What about the Software Bill of Materials? How to immunize LYNX MOSA.ic against 70% of code vulnerabilities? Safeguarding LYNX MOSA.ic: Lynx and RunSafe’s Security…

Table of Contents: Securing Critical Infrastructure with Memory Safety in Software The issue at hand: memory vulnerabilities The challenge of transitioning to memory-safe languages Current efforts and the role of memory protections The urgency of the matter: threats on the horizon Improving critical infrastructure: memory safety now   How secure is the code underpinning our…

Table of Contents: Enhancing Software Security with RunSafe Gremlin Understanding the RunSafe Gremlin Platform Automated Features for Enhanced Cybersecurity Streamlined Remediation with Gremlin Advantages of Gremlin Gremlin’s Roadmap Generating Comprehensive SBOMs with Gremlin Gremlin’s User-Friendly Platform Workflow Conclusion Ever felt like you’re balancing a stack of cards in a gusty room? That’s how many developers…

Table of Contents: Securing the Future: Understanding the Unique Challenges of Industrial Control Systems (ICS) Security The threats to ICS security Why ICS is vulnerable to cyber attacks The role of cyber hardening in ICS security Answering the call to secure our future   Picture this: you wake up in the morning, the coffee machine…

Table of Contents: From Software Bill of Materials to Automated Remediation Across your Software Supply Chain The World’s Most Complete SBOM Addressing Open Source Software Vulnerabilities The Future of Software Supply Chain Security   Today we released our expanded Gremlin product offering, complete with the ability to generate a software bill of materials while also…

Table of Contents: A Bridge to Memory Safety: Leveraging Load-time Function Randomization for Immediate Protection and Liability Shift Addressing Critical Infrastructure Vulnerabilities: Insights and Recommended Actions Advancing Memory Safety Measures Mitigating Memory Exploits: The Power of Load-time Function Randomization Enabling Immediate Memory Safety   Addressing Critical Infrastructure Vulnerabilities: Insights and Recommended Actions The looming threat…