Discover the impact of CVE-2022-3928, a high-severity hardcoded credential vulnerability in Hitachi Energy products. Learn about affected systems, exploitation risks, and mitigation steps.
A hardcoded credential vulnerability has been identified in Hitachi Energy products, potentially allowing attackers to access internal message queues. Here's a detailed analysis of CVE-2022-3928.
Understanding CVE-2022-3928
This CVE pertains to the discovery of a hardcoded credential in the message queue of affected Hitachi Energy products.
What is CVE-2022-3928?
A hardcoded credential is found in the affected products' message queue. Exploiting this vulnerability could grant unauthorized access to internal data.
The Impact of CVE-2022-3928
The impact of this vulnerability is rated as HIGH severity. An attacker exploiting this issue may retrieve embedded sensitive data.
Technical Details of CVE-2022-3928
Let's delve into the specific technical aspects of CVE-2022-3928.
Vulnerability Description
The vulnerability involves hardcoded credentials in affected Hitachi Energy products, potentially leading to unauthorized data access.
Affected Systems and Versions
The vulnerability affects various versions of Hitachi Energy products including FOXMAN-UN R15B, R15A, R14B, R14A, R11B, R11A, R10C, R9C, and UNEM R15B, R15A, R14B, R14A, R11B, R11A, R10C, R9C.
Exploitation Mechanism
Attackers can exploit this vulnerability by leveraging the hardcoded credentials to access the internal message queue of the affected products.
Mitigation and Prevention
Here are the steps to mitigate and prevent the exploitation of CVE-2022-3928.
Immediate Steps to Take
For immediate mitigation, secure the NMS CLIENT/SERVER communication in affected versions such as FOXMAN-UN R15B or UNEM R15B and earlier.
Long-Term Security Practices
Implement robust credential management practices and regularly update and patch affected systems to prevent unauthorized access.
Patching and Updates
Stay updated with security advisories from Hitachi Energy and apply patches promptly to address the hardcoded credential vulnerability.