The National Cybersecurity Strategy Implementation Plan plays a vital role in safeguarding the digital infrastructure of the nation. This comprehensive plan, outlined by the White House, is comprised of three pillars and sets forth a roadmap to enhance cybersecurity measures across various sectors. 

Pillar Three of the implementation plan focuses on the need for developers to understand and automate secure coding practices, ensuring the delivery of more secure software and safeguarding the growing ecosystem of IoT devices. By incorporating the Software Bill of Materials (SBOM) and promoting secure coding practices, the plan aims to bolster national cybersecurity defenses.

Enhancing Software Security with SBOM

The implementation plan underscores the importance of Software Bill of Materials (SBOM) as a powerful tool for improving software security. SBOM is a comprehensive inventory of all software components used in the development process. It provides transparency into the software supply chain, allowing developers to identify and address vulnerabilities effectively.

By using SBOM, an organization gains valuable insight into the composition of its software, including its dependencies, libraries, and associated risks. This knowledge enables them to proactively monitor and update the components, ensuring that any vulnerabilities or weaknesses are promptly addressed. Additionally, SBOM assists in managing third-party software and identifying potential risks posed by these components, thus mitigating supply chain attacks.

Automation and Secure Coding

The National Cybersecurity Strategy Implementation Plan recognizes that manual security processes can be time-consuming, error-prone, and inadequate to keep up with the evolving threat landscape. Hence, it emphasizes the need for developers to embrace automation in secure coding practices.

Automated secure coding tools help developers identify and remediate security vulnerabilities during the software development lifecycle. These tools can scan the codebase for common security flaws, such as injection attacks, cross-site scripting, or improper authentication. By automating these processes, developers can identify and fix vulnerabilities early on, minimizing the likelihood of exploitation in production environments.

To achieve effective automation, developers must gain a deep understanding of secure coding principles. This involves education and training programs that equip developers with the knowledge and skills needed to write secure code. By integrating secure coding practices into development processes, organizations can foster a culture of security, reducing the overall risk exposure.

Securing the Internet of Things (IoT)

As the Internet of Things continues to expand, securing IoT devices becomes increasingly critical. The National Cybersecurity Strategy Implementation Plan addresses the need to protect this rapidly growing ecosystem from cyber threats. To ensure the safety of IoT devices, developers must implement secure coding practices tailored specifically for these interconnected devices.

IoT devices often suffer from vulnerabilities stemming from weak authentication, insecure communication channels, or inadequate update mechanisms. By prioritizing secure coding principles, developers can address these vulnerabilities and create robust IoT solutions. This includes implementing secure authentication mechanisms, leveraging encryption for data transmission, and designing for over-the-air (OTA) updates to promptly patch vulnerabilities.

Furthermore, the implementation plan encourages collaboration between government agencies, industry stakeholders, and researchers to develop standards and best practices for secure IoT development. By sharing knowledge and expertise, the collective effort can create a safer IoT landscape.

Developers at the Forefront

The National Cybersecurity Strategy Implementation Plan plays a crucial role in bolstering cybersecurity defenses across the nation. Developers are at the forefront of this effort, requiring a deep understanding of secure coding principles and access to automation tools to proactively identify and mitigate vulnerabilities.

As we continue to navigate the evolving cyber threat landscape, it is imperative that developers and organizations embrace these recommendations. By incorporating secure coding practices into the software development lifecycle and leveraging automation tools, we can build a more secure digital environment, safeguard our critical infrastructure, and protect the privacy and trust of users in an increasingly interconnected world. 

Qwiet AI Can Help

Qwiet AI’s preZero platform was built from the ground up with developers in mind.  Our easy integration into your existing CI/CD pipeline and average scan times of 90 seconds means that scanning for vulnerabilities won’t take you away from writing code.   Take it for a spin yourself or reach out to schedule a demo.


About ShiftLeft

ShiftLeft empowers developers and AppSec teams to dramatically reduce risk by quickly finding and fixing the vulnerabilities most likely to reach their applications and ignoring reported vulnerabilities that pose little risk. Industry-leading accuracy allows developers to focus on security fixes that matter and improve code velocity while enabling AppSec engineers to shift security left.

A unified code security platform, ShiftLeft CORE scans for attack context across custom code, APIs, OSS, containers, internal microservices, and first-party business logic by combining results of the company’s and Intelligent Software Composition Analysis (SCA). Using its unique graph database that combines code attributes and analyzes actual attack paths based on real application architecture, ShiftLeft then provides detailed guidance on risk remediation within existing development workflows and tooling. Teams that use ShiftLeft ship more secure code, faster. Backed by SYN Ventures, Bain Capital Ventures, Blackstone, Mayfield, Thomvest Ventures, and SineWave Ventures, ShiftLeft is based in Santa Clara, California. For information, visit:


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