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vulnerabilityhighInformation DisclosureMisconfigurationRemote Code Execution

Dec 16, 2024 • Wiz Security Research

Under the Radar: Exploring Spring Boot Actuator Misconfigurations

Wiz Threat Research has identified significant security risks associated with misconfigured Spring Boot Actuator endpoints. These misconfigurations can expose...

Source
Wiz Security Research
Category
vulnerability
Severity
high

Executive Summary

Wiz Threat Research has identified significant security risks associated with misconfigured Spring Boot Actuator endpoints. These misconfigurations can expose sensitive environment variables, passwords, and API keys to unauthorized actors. In severe cases, attackers can leverage these exposed endpoints to achieve remote code execution (RCE) within the affected environment. This vulnerability poses a high severity risk to organizations utilizing Spring Boot frameworks without proper endpoint security controls. The exposure of credentials facilitates further lateral movement and compromise. To mitigate these risks, organizations should audit their Spring Boot configurations, ensure actuator endpoints are not publicly accessible, and implement strict authentication and authorization mechanisms. Disabling sensitive endpoints or restricting access to internal networks is crucial. Immediate remediation is recommended to prevent potential data breaches and system compromise stemming from these widespread configuration errors.

Summary

Wiz Threat Research investigates misconfigurations in Spring Boot Actuator’s endpoints that can leak environment variables, passwords, and API keys, and even lead to remote code execution.

Published Analysis

Wiz Threat Research has identified significant security risks associated with misconfigured Spring Boot Actuator endpoints. These misconfigurations can expose sensitive environment variables, passwords, and API keys to unauthorized actors. In severe cases, attackers can leverage these exposed endpoints to achieve remote code execution (RCE) within the affected environment. This vulnerability poses a high severity risk to organizations utilizing Spring Boot frameworks without proper endpoint security controls. The exposure of credentials facilitates further lateral movement and compromise. To mitigate these risks, organizations should audit their Spring Boot configurations, ensure actuator endpoints are not publicly accessible, and implement strict authentication and authorization mechanisms. Disabling sensitive endpoints or restricting access to internal networks is crucial. Immediate remediation is recommended to prevent potential data breaches and system compromise stemming from these widespread configuration errors. Wiz Threat Research investigates misconfigurations in Spring Boot Actuator’s endpoints that can leak environment variables, passwords, and API keys, and even lead to remote code execution. Wiz Threat Research investigates misconfigurations in Spring Boot Actuator’s endpoints that can leak environment variables, passwords, and API keys, and even lead to remote code execution.