CVE-2024-57726 in Remote Support Software
Summary
by MITRE • 01/16/2025
SimpleHelp remote support software v5.5.7 and before has a vulnerability that allows low-privileges technicians to create API keys with excessive permissions. These API keys can be used to escalate privileges to the server admin role.
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Analysis
by VulDB Data Team • 05/14/2026
The vulnerability identified as CVE-2024-57726 resides within SimpleHelp remote support software version 5.5.7 and earlier, presenting a critical authorization flaw that undermines the software's security model. This issue affects the application's API key generation mechanism, where technicians with low privilege levels can exploit a design weakness to create API keys that grant them elevated access rights. The vulnerability stems from insufficient access control checks during the API key creation process, allowing unauthorized privilege escalation through improper permission validation. Security researchers have identified that the software fails to properly enforce role-based access controls when generating new API keys, enabling malicious or compromised low-privilege accounts to bypass normal authorization boundaries.
The technical flaw manifests in the API key generation workflow where the system does not adequately validate the requesting user's permissions before creating new API credentials. This allows a technician account to generate keys that possess administrative privileges, effectively circumventing the principle of least privilege. The vulnerability operates at the application layer and specifically targets the authentication and authorization subsystems. Attackers can leverage this weakness by first gaining access to a low-privilege technician account, then using the flawed API key generation process to create elevated credentials that can access server administration functions. The flaw represents a classic case of inadequate input validation and privilege checking, where the system fails to properly verify that the requesting entity has sufficient authorization to create keys with elevated permissions.
The operational impact of CVE-2024-57726 is severe and far-reaching, as it enables attackers to achieve full administrative control over SimpleHelp servers without requiring direct access to administrative credentials. This vulnerability allows for complete system compromise, including but not limited to data exfiltration, system modification, user account manipulation, and potential lateral movement within network environments where SimpleHelp is deployed. The elevated privileges gained through compromised API keys provide attackers with the ability to perform actions typically restricted to system administrators, such as modifying configuration settings, accessing sensitive data, and managing other user accounts. The vulnerability also poses risks to organizational compliance and data protection standards, as it could enable unauthorized access to confidential information that should only be accessible to authorized personnel.
Mitigation strategies for CVE-2024-57726 should prioritize immediate software updates to the latest available version that addresses the authorization flaw. Organizations should implement network segmentation to limit access to SimpleHelp servers and reduce the potential impact of compromised accounts. Security teams should conduct thorough access reviews to identify and revoke any potentially compromised API keys that may have been generated through this vulnerability. Additionally, implementing strict monitoring of API key creation activities and establishing alerting mechanisms for unusual key generation patterns can help detect exploitation attempts. The vulnerability aligns with CWE-285, which addresses improper authorization issues in software systems, and represents a significant concern under the ATT&CK framework category of privilege escalation techniques. Organizations should also consider implementing multi-factor authentication for administrative access and regularly audit their API key usage to prevent unauthorized privilege escalation scenarios.