See how your applications behave during runtime
Challenges faced by development and operations teams
Current security processes often involve code scans that slow down build times, delay pull requests, and cause commits to hang. These scanning tools generate numerous findings, many of which are false positives. Sorting through this data to identify real threats is time-consuming and drains resources.
How Kodem’s Runtime Intelligence eliminates development disruption
By leveraging Runtime Intelligence, actionable vulnerabilities are revealed, reducing noise and unnecessary workloads while enhancing operational efficiency. Focused security efforts significantly reduce false positives, enabling teams to prioritize critical issues. Comprehensive coverage ensures that all aspects of application security are addressed, providing a strong defense against breaches.
From Repo to Runtime - how Runtime Intelligence optimizes efficiency and precision
The Kodem platform provides comprehensive visibility across the full stack, including SCA, SAST, and Container Security, to detect and remediate vulnerabilities in large-scale applications. The platform uses real-time data at runtime to identify loaded packages and provide guidance on remediation. Continuous risk assessment prioritizes and optimizes remediation, and Kodem's propriety Runtime Intelligence eliminates false positives, enhancing operational efficiency.
What Exactly is Runtime Intelligence?
Runtime intelligence refers to the real-time analysis of how applications behave during execution, providing deep visibility into vulnerabilities that are actively being exploited. Kodem’s runtime intelligence leverages eBPF, a Linux kernel extension, to capture precise insights into which software packages are in use and how they are potentially being exploited. By reducing irrelevant data ('noise') and integrating these runtime insights with LLM-based techniques, Kodem accurately identifies exploitable functions, minimizing false positives and enhancing the efficiency of security teams in addressing critical vulnerabilities.