[{"data":1,"prerenderedAt":82},["ShallowReactive",2],{"blog-prioritize-security-alerts-with-runtime-context-from-dynatrace":3},{"_path":4,"_dir":5,"_draft":6,"_partial":6,"_locale":7,"title":8,"description":9,"date":10,"tags":11,"cover":17,"body":18,"_type":76,"_id":77,"_source":78,"_file":79,"_stem":80,"_extension":81},"/blog/prioritize-security-alerts-with-runtime-context-from-dynatrace","blog",false,"","Prioritize security alerts with runtime context from Dynatrace","Using Dynatrace runtime insights to enhance prioritization of GitHub Advanced Security alerts in Kubernetes environments.","2026-04-07",[12,13,14,15,16],"security","github","dynatrace","kubernetes","devsecops",true,{"type":19,"children":20,"toc":69},"root",[21,30,36,42,47,53,58,64],{"type":22,"tag":23,"props":24,"children":26},"element","h2",{"id":25},"leveraging-runtime-context-for-smarter-security-alerts",[27],{"type":28,"value":29},"text","Leveraging Runtime Context for Smarter Security Alerts",{"type":22,"tag":31,"props":32,"children":33},"p",{},[34],{"type":28,"value":35},"Security teams face alert fatigue due to the high volume of notifications from development and operations tools. Connecting Dynatrace runtime context with GitHub Advanced Security helps address this by prioritizing alerts based on deployed artifacts and real-time runtime risk in Kubernetes environments.",{"type":22,"tag":23,"props":37,"children":39},{"id":38},"why-runtime-context-matters",[40],{"type":28,"value":41},"Why Runtime Context Matters",{"type":22,"tag":31,"props":43,"children":44},{},[45],{"type":28,"value":46},"By integrating runtime data, alerts reflect the current state of applications and infrastructure. This means vulnerabilities tied to actively deployed versions receive higher priority over theoretical or outdated risks, allowing focused remediation.",{"type":22,"tag":23,"props":48,"children":50},{"id":49},"enhancing-devsecops-collaboration",[51],{"type":28,"value":52},"Enhancing DevSecOps Collaboration",{"type":22,"tag":31,"props":54,"children":55},{},[56],{"type":28,"value":57},"This integration bridges security, development, and operations teams. Runtime insights enable better risk assessment, streamlined workflows, and strategic responses, reinforcing application security posture while maintaining deployment velocity.",{"type":22,"tag":23,"props":59,"children":61},{"id":60},"conclusion",[62],{"type":28,"value":63},"Conclusion",{"type":22,"tag":31,"props":65,"children":66},{},[67],{"type":28,"value":68},"Incorporating runtime context into alert prioritization represents a significant step toward adaptive security practices in cloud-native ecosystems. It empowers organizations to respond intelligently to threats based on real-world conditions.",{"title":7,"searchDepth":70,"depth":70,"links":71},2,[72,73,74,75],{"id":25,"depth":70,"text":29},{"id":38,"depth":70,"text":41},{"id":49,"depth":70,"text":52},{"id":60,"depth":70,"text":63},"markdown","content:blog:prioritize-security-alerts-with-runtime-context-from-dynatrace.md","content","blog/prioritize-security-alerts-with-runtime-context-from-dynatrace.md","blog/prioritize-security-alerts-with-runtime-context-from-dynatrace","md",1777533568562]