The Claim A compromised GitHub token granted unauthorized access to Grafana’s private code repositories, where attackers then download source code and attempt extortion. Traditional code validated access, but failed to control what that access allowed. Zero Trust for Code helps by enforcing what actions are permitted inside development environments and CI/CD pipelines. The Threat Grafana […]
The Claim AI agents are now capable of dynamically generating custom hacking tools and scripts during an active intrusion, allowing attackers to bypass traditional detection methods that rely on known signatures. Zero Trust for Code addresses this by enforcing what code and actions are permitted to execute, regardless of how they are generated. The Threat […]
The Claim An AI system produced a zero-day exploit that bypassed 2FA on a widely deployed admin platform. Identity analysis verified the actor but did not constrain the action. Zero Trust for Code closes the gap by enforcing what a system is allowed to do after authentication, not just whether access is granted. The Threat […]
The Claim A routine, authenticated git push should not trigger backend code execution. In this case, it did. Identity was valid, access was expected, and the platform functioned as designed but trusted operations produced an unauthorized outcome. Zero Trust for Code closes this gap by governing what is allowed after code enters the pipeline, not […]
The Claim Modern software security still assumes that trusted code behaves safely once it enters the system. That assumption no longer holds. Code can arrive through legitimate pipelines, with verified provenance, and still execute actions that exceed intended system behavior. Zero Trust for Code closes this gap by enforcing what software is allowed to do […]
Discover how CodeHunter’s Zero Trust approach transforms security by analyzing code intent pre-execution, preventing advanced malware threats before they strike.
Explore how moving behavioral analysis upstream transforms software supply chain security, enabling organizations to prevent threats before they reach production.
Learn how CodeHunter’s behavior-based analysis identifies zero-day and unknown malware when traditional signature-based defenses fail.
Discover how sophisticated malware from Advanced Persistent Threats evades detection and learn how to defend against these stealthy cyber threats.
Learn how CodeHunter’s automated reverse engineering reveals critical insights into its behavior, helping defenders build stronger cybersecurity measures.
Learn how to enhance your cybersecurity defenses with effective malware triage strategies that filter out noise and focus on real threats.
Streamline SOC operations and combat alert fatigue with automated malware analysis, enhancing triage speed, consistency, and scalability.
