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Runtime-Powered SAST
Source code scanning with precision from the running application
“Kodem harnesses its unparalleled runtime expertise to release one of the strongest SAST offerings in the market. Finally, we can get real results, with virtually no false positives”
Runtime-powered context
Kodem's SAST leverages runtime intelligence from the container, kernel and memory to provide deep insights into the application stack, allowing Application Security teams to know what vulnerabilities are:
Loaded in runtime
Kodem's SAST actively monitors and analyzes the application's runtime environment, including the container, kernel, and memory. By dynamically observing the execution of the application, it identifies vulnerabilities that are actively present and potentially exploitable during runtime. This real-time assessment enables proactive detection of security issues as they emerge within the running application, offering immediate visibility into the security posture.
Reachable
Beyond merely identifying vulnerabilities, Kodem's SAST goes a step further by contextualizing their relevance and potential impact. It examines the application's codebase to determine which functions or components are accessible and interacted with during runtime. This analysis ensures that identified vulnerabilities are not only acknowledged but also assessed in terms of their practical exploitability, prioritizing those that pose an immediate threat due to their accessibility within the application's execution flow.
Exploitable
Kodem's SAST employs a multifaceted approach to confirm the exploitability of identified vulnerabilities. Fine-tuned Large Language Models (LLMs), trained to understand complex code structures and security patterns, are combined with real-time intelligence gathered from various sources including memory, kernel (utilizing eBPF), and container environments. This comprehensive integration of advanced technologies enables Kodem's SAST to accurately validate whether the detected vulnerabilities can be exploited in practice. By simulating attack scenarios and thoroughly analyzing runtime behavior, it provides a robust confirmation of exploitability, empowering Application Security teams with actionable insights to prioritize and address security risks effectively.
