Overview
Open Source Software (OSS) is integral to modern software applications and can be a real-time-saver for organizations. However, due to its widespread use, OSS is also a major target of cybercriminals. Supply chain attacks are becoming increasingly common as criminals exploit the weakest link in an organization's security systems. Such attacks involve injecting malicious code or manipulating existing code to gain access and control over systems.
For Sleep Number to manage the risks associated with using OSS, we need to:
Ensure that all software stack components are regularly updated and patched with the latest security fixes. This includes the operating system, application framework, libraries, and dependencies.
Monitor our open-source components for vulnerabilities with a security scanning tool. These tools can help identify potential weaknesses and take action to mitigate them.
Perform regular code reviews to ensure no unauthorized changes are introduced to the software stack. This is especially important if third-party developers are involved in the development or maintenance of the system.
Use secure coding practices when developing custom applications to reduce the risk of introducing vulnerabilities into the codebase.
Exception management processes should be in place to help identify and manage potential issues that may arise from changes in features or capabilities between versions. A well-defined process ensures our organization remains agile while successfully managing any risks associated with open-source software.
Approach
At the heart of an open-source software code validation program is its development environment. This consists of tools, languages, and libraries to develop and test code. The development environment also includes a suite of automated testing frameworks to quickly validate code changes before committing them to the main repository.
The ecosystem around this development environment comprises stakeholders such as developers, testers, users, organizations, and customers who are using or supporting the software. These stakeholders have different roles in the process, each contributing their skillsets and expertise towards improving the quality of the software through a constant feedback loop.
Part of the quality controls is enabling collaboration across all stakeholders. This includes sharing information on bugs, best practices, and processes. Documentation is also very important in this process, as it helps developers understand the code and ensure every change is tested before committing them to the main repository.
Ultimately, open-source software code validation programs rely on strong communication between stakeholders and a well-defined development process for success. This involves having clear documentation, testing frameworks, and collaboration tools (i.e., Confluence, Jira, Teams, Slack, Service Now) in place to ensure consistent quality across all aspects of the program. Organizations can build confidence in their open-source projects by providing these resources, helping them attract more users and customers.
Monitoring tools allow the stakeholders to ensure the quality and track uptime performance metrics such as availability rate, response time, and errors per minute to ensure further. These metrics help to identify any problems quickly, allowing the development team to take immediate action and ensure minimal service disruption.
An Open-source software code validation program is essential to ensuring that code is secure and reliable. By providing a well-defined development environment and strong collaboration between stakeholders, organizations can ensure their projects are running smoothly and efficiently. By implementing monitoring tools, they can also track performance data which helps them identify potential issues before they become serious problems. With the right resources and processes in place, open-source software code validation programs can ensure quality across all aspects of the program.
Reference
https://support.snyk.io/hc/en-us/articles/360004002398-Azure-Functions-overview
https://support.snyk.io/hc/en-us/articles/360004127677-Azure-Pipelines-integration
https://snyk.io/blog/snyk-support-for-azure-repos-server/
https://snyk.io/advisor/npm-package/azure-arm-apimanagement
https://snyk.io/advisor/npm-package/dynamics-imix
https://snyk.io/advisor/npm-package/confluent-kafka-wrapper
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