CNVD-2017-03561 Scanner

Fanwei eMobile is a widely used software utilized by corporate businesses to manage mobile workflows and enterprise communication. This software helps organizations streamline business processes, enabling employees to access and manage tasks remotely. It is primarily designed for business professionals, project managers, and organizational administrators. The software integrates various enterprise functions, offering a comprehensive mobile office solution. Its primary aim is to improve efficiency and productivity within mobile and remote work environments. Fanwei eMobile is especially prevalent among companies requiring robust solutions for mobile business operations.

OGNL (Object-Graph Navigation Language) Injection in Fanwei eMobile is a significant vulnerability that allows attackers to execute arbitrary commands. This type of injection flaw arises when user input is insecurely processed within the application, enabling hostile actors to manipulate server-side variables. Such vulnerabilities enable attackers to potentially access sensitive data, change application behavior, and perform unauthorized administrative tasks. Detecting and mitigating OGNL Injection is crucial as it can lead to a severe compromise of the vulnerable application. This vulnerability is rated high in severity due to its potential impact on security.

The vulnerability typically manifests in modules or endpoints within the application that are improperly securing user inputs. Attackers exploit OGNL Injection by crafting specific input payloads that are parsed by the server, leading to unauthorized command execution. In the case of Fanwei eMobile, vulnerable parameters include those exposed in login related endpoints where input is not sufficiently validated or sanitized. A successful injection could compromise the integrity and confidentiality of the underlying data and services. Such vulnerabilities highlight the critical need for input validation and proper error handling.

If exploited, an OGNL Injection vulnerability in Fanwei eMobile could lead to data exfiltration or modification. This could result in unauthorized access to sensitive business information, undermining organizational security policies. The exploitation of this vulnerability may also allow attackers to escalate privileges, tamper with user permissions, or alter operational workflows. Consequently, it threatens enterprise resource availability and could potentially disrupt business operations. Implementing stringent security measures is essential to protect against such exploitation.

REFERENCES

• https://gitee.com/cute-guy/Penetration_Testing_POC/blob/master/%E6%B3%9B%E5%BE%AEe-mobile%20ognl%E6%B3%A8%E5%85%A5.md
• https://reconshell.com/vulnerability-research-list/