AI-Powered Patch Management: Reducing Vulnerabilities in Operating Systems
DOI:
https://doi.org/10.53555/ephijse.v10i3.287Keywords:
AI-driven patching, , automated vulnerability management, OS security, predictive patchingAbstract
A vital part of cybersecurity, patch management ensures that running systems remain secure and strong against always developing vulnerabilities. Typical challenges for traditional patching systems include delayed updates, compatibility issues, and resource-intensive deployment. By automating the detection, prioritization & the execution of patches, AI-driven patch management is transforming this field & therefore reducing human participation & the errors. Artificial intelligence can quickly find the weaknesses, assess probable hazards & apply the improvements in a more strategic & effective manner by means of predictive analytics & machine learning. This improves security & lowers system outage, thereby helping businesses to maintain the operational continuity. Furthermore, artificial intelligence-enabled patching guarantees that necessary security enhancements are given to systems before possible exploitation and greatly speeds up the deployment process. Recent case studies show that artificial intelligence-driven patch management shortens patch deployment time by 60%, therefore optimizing updates and preserving dependability even. Businesses have to embrace intelligent automation if they are to stay competitive given the complexity of cyberattacks. AI-driven solutions provide a proactive approach for the vulnerability management as they ensure that running systems are constantly upgraded with little interruption. Including artificial intelligence into patch management improves security, lowers manual labor and maximizes the general IT performance.
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