How Enterprises Can Manage Open-Source Security
How Enterprises Can Manage Open-Source Security
https://www.infosecurity-magazine.com/blogs/manage-opensource-security-shift/
Publish Date: 2026-03-18 04:59:33
Source Domain: www.infosecurity-magazine.com
Summary of the Application Security Evolution in Modern Development Environments
In the transition from traditional to DevSecOps methodologies, security is now an integral part of the software development process, starting from the initial code through to the production stage, known as “shifting left.” This tactic aims to catch and resolve issues early in the development lifecycle to reduce costs and disruption. Conversely, “shifting right” introduces security measures such as monitoring and anomaly detection in production settings. The combined approach aims to deliver a robust and resilient security posture. Yet, a critical blind spot often exists regarding older, unsupported software, referred to as the End of Life (EOL) Blind Spot. Even with meticulous security practices, without security patches, organizations remain vulnerable once a software component reaches its end of life. Hence, the promise of effective DevSecOps falls short, especially for business-critical applications fixed on older versions due to prolonged timelines for upgrade and testing. The solution lies in extended security patching services, which provide backported security fixes for the EOL components, ensuring the continuity and effectiveness of security measures well beyond the official lifecycle. Thus, true DevSecOps security must encompass the entire application lifecycle, including beyond official support, to provide comprehensive and enduring protection.
Key Points:
- Shifting Left and Right: Implementing security early (shifting left) and managing it in production (shifting right) are crucial DevSecOps tactics.
- EOL Risks: Businesses remain vulnerable when unsupported software remains in use due to slow upgrade cycles.
- Extended Coverage: Extended security support helps close gaps beyond standard software lifecycles, providing essential protections.
- Complete DevSecOps Strategy: Integrating extended security patching ensures true end-to-end protection without forced but risky immediate upgrades.
- Continuous Security Evolution: Security must persist well beyond the application’s official life to remain effective and cover EOL scenarios.
