Home Risk Managements White House Recommends Memory-Safe Programming Languages and Security-by-Design – Source: www.techrepublic.com

White House Recommends Memory-Safe Programming Languages and Security-by-Design – Source: www.techrepublic.com

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White House Recommends Memory-Safe Programming Languages and Security-by-Design – Source: www.techrepublic.com

The recent White House report has shed light on the importance of securing computing at the root of cyber attacks by emphasizing the use of memory-safe programming languages such as Python, Java, and C#. This report, titled “Back to the Building Blocks: A Path Toward Secure and Measurable Software,” aims to highlight the significance of reducing the attack surface with the help of standardized measurements for software security.

According to the report, implementing memory-safe programming languages and developing new metrics for measuring hardware security are key priorities for tech professionals in the quest for enhanced cybersecurity. The report serves as a call to action for IT professionals and business leaders, urging them to prioritize the security of hardware and software at the design phase.

One of the major concerns addressed in the report is the prevalence of memory safety vulnerabilities in programming languages, which have been around for over 35 years without a definitive solution. While there is no “silver bullet” solution for every cybersecurity problem, using programming languages with built-in memory safety features can potentially mitigate various types of cyber threats.

The report specifically highlights the limitations of popular programming languages such as C and C++, which are widely used in critical systems but lack memory safety. On the other hand, languages like Rust offer memory safety capabilities, but their efficacy in high-security environments like aerospace systems remains unproven.

To address these issues, the report suggests that creators of software and hardware play a pivotal role in promoting memory-safe practices by developing new products in memory-safe programming languages or revisiting critical functions and libraries.

In addition to advocating for memory-safe programming languages, the report emphasizes the importance of developing new metrics for measuring software security. This endeavor presents several challenges, including the diverse nature of software engineering, unpredictable software behavior, and the rapid pace of software development. Overcoming these challenges requires a dynamic and constantly evolving approach to measuring software security.

Industry experts and leaders have expressed support for the report’s priorities, acknowledging the need for minimizing security risks and reducing the attack surface through proactive measures. Organizations like SAP have endorsed the adoption of memory-safe languages as a means of enhancing software security and safeguarding critical infrastructure from cyber threats.

For C-suite executives, the report underscores the collective responsibility of CIOs, CTOs, and CISOs in driving cybersecurity efforts across software development, product analysis, and the establishment of a resilient execution environment. By collaborating and prioritizing cybersecurity in these key areas, organizational leaders can effectively enhance their defenses against cyber threats.

Overall, the White House report serves as a crucial resource for guiding industry professionals and decision-makers in their journey towards building secure and measurable software. By embracing memory-safe programming languages and innovative metrics for measuring software security, organizations can fortify their defenses and mitigate the risks associated with cyber attacks.

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