CVE-2022-37932 Scanner

Hewlett Packard Enterprise (HPE) OfficeConnect series are widely used network switches employed by businesses and organizations worldwide for efficient network management and connectivity. These switches, specifically the 1820, 1850, and 1920S models, offer a range of features tailored for small to medium-sized enterprises. The products are pivotal in managing network traffic, offering ease of use, security, and reliable connectivity. Businesses rely on these switches to ensure seamless communication and data flow across devices and offices. Given their critical role in network infrastructure, maintaining their security is of utmost importance to protect organizational data. These switches often come with specialized firmware that is regularly updated to patch vulnerabilities and enhance security.

The vulnerability identified in the HP Switch series relates to an authentication bypass issue. This type of vulnerability potentially allows unauthorized users to gain access to the switch's management interface. Once exploited, attackers can gain control over the network switch without needing valid credentials. The impact of such a vulnerability could be profound, affecting the integrity and confidentiality of the network's operations. In vulnerable versions of the switches, a flaw in authentication mechanisms could lead to unauthorized access bypassing established security protocols. The vulnerability requires immediate attention to prevent unauthorized control over network resources.

From a technical standpoint, this vulnerability arises due to flawed authentication processes within specified firmware versions of the HP OfficeConnect switches. The exploitation involves manipulating the login procedures, allowing attackers to bypass authentication controls. Vulnerable endpoints include login paths that improperly handle authentication requests, allowing an adversary to inject specially crafted requests. Attackers exploit these deficiencies by sending crafted packets to the administrative interface. The issue primarily affects older firmware versions prior to specified updates, which lack necessary security controls.

If this authentication bypass vulnerability is exploited by malicious actors, it can result in significant security breaches within an organization's network infrastructure. Unauthorized access to network management can lead to changes in configuration, exposure of sensitive data, and potential disruption of network services. Furthermore, it could serve as a pivot point for further attacks within the network. Organizations may experience network downtime, loss of data privacy, and compromised operational integrity. It is crucial to patch affected systems to mitigate such risks and preserve network security.

REFERENCES

• https://nvd.nist.gov/vuln/detail/CVE-2022-37932