Inspur Clusterengine Default Login Scanner

Inspur Clusterengine is an enterprise resource tool developed by Inspur, used in various industries for managing and optimizing computing resources across clusters. It is popular among large organizations and corporations that need to efficiently process and manage large-scale computations. Clusterengine is designed to facilitate high-performance computing, enhance resource utilization, and simplify the management of clustered environments. Anhancing operational efficiency, it supports a range of computing operations, making it ideal for tasks requiring intensive computational power. Due to its ability to streamline complex workflows, it is used in sectors that rely heavily on computing and data processing.

The default login vulnerability in Inspur Clusterengine arises from the use of preset credentials, which are often not changed post-installation. This vulnerability can expose systems to unauthorized access, allowing attackers to gain control over sensitive computing resources. Default credentials are typically known or easily accessible, making systems with unchanged default settings prone to security breaches. This vulnerability poses a significant threat as it can be exploited with minimal technical effort, potentially leading to data breaches and system manipulation. The existence of such credentials is often due to a lack of stringent security practices during the setup phase.

Technically, the vulnerability is present in the login endpoint of the application. The vulnerability is triggered when an attacker uses the default username and password to authenticate successfully. The template identifies the vulnerability by attempting to access the system using known default credentials. A successful match is confirmed when the expected status code and specific response words are returned, indicating successful login with admin privileges. The endpoint particularly targeted is the login interface, and the parameter in question is the credential field.

If this vulnerability is exploited, malicious actors could gain unauthorized administrative access to the systems. They can manipulate system configurations, access sensitive data, and interfere with operations, potentially leading to information leakage, data loss, or system downtime. Furthermore, attackers could create backdoors or use the system in further attacks, significantly impacting organizational cybersecurity. This not only compromises system integrity but also poses a severe risk to business continuity and data protection.

REFERENCES

• https://blog.csdn.net/qq_36197704/article/details/115665793