Weaver E-cology MobileService SQL Injection Scanner

Weaver E-cology MobileService is utilized mainly in large enterprises for collaborative management to streamline various business processes. It encompasses capabilities like enterprise information portals, knowledge/document management, workflow automation, human resources management, customer relationship management, project management, and more. The platform aids in integrating diverse functionalities for businesses aiming to enhance productivity and organizational efficiency. Furthermore, Weaver E-cology provides tailored solutions for distinct industry needs, ensuring adaptability and customizability in different enterprise environments. Its data center capabilities enable comprehensive data management and accessibility for a wide range of organizational users. Leveraging such tools allows organizations to centralize their operations under one platform, enhancing coordination and management efficiency internally and externally.

The SQL Injection vulnerability within Weaver E-cology’s MobileService allows malicious attackers to alter the SQL queries executed by an application. By manipulating user inputs, an attacker can execute or inject unauthorized SQL commands into the database, leading to unauthorized data access, data corruption, or complete database compromise. This vulnerability is often exploited through improper input sanitization or queries that integrate input data directly without validation. The implications of this vulnerability are severe, potentially granting attackers control over the database server, thereby exposing sensitive information and allowing modifications. Applications utilizing an insecure database access method are particularly susceptible to such attacks. The exploitation of this vulnerability could facilitate complete data manipulation ranging from data disclosure, alteration, or deletion.

Technical details reveal that the vulnerable component is the 'MobileService' module within the Weaver E-cology platform, where a specific endpoint can be exploited to inject SQL commands. The 'in0' parameter in the SOAP request is vulnerable and can be manipulated to carry out SQL injections. Crafting specific payloads targeting logical errors within the SQL query structure can bypass standard authentication or authorization mechanisms. Identifiers that accept malformed input may trick the system into executing arbitrary commands. Typically, the attacker sends a payload that allows the database to return data or affect rows unanticipated by the query's original design. By exploiting this vulnerability, attackers can effectively override application logic, revealing or tampering with database entries.

If successfully exploited by malicious entities, this SQL Injection vulnerability poses serious risks such as data breaches where confidential information can be extracted or tampered with. Attackers may gain administrative control over the database, modify or delete critical records, or inject further malicious scripts. Financial losses are possible due to stolen data, reputational damage, and operational downtime caused by the compromised database. Exploitations can extend impacts beyond the instant database to potentially affect interconnected systems relying on database integrity. Moreover, leveraging database control can further escalate into other areas of the network, causing more pervasive security breaches if not timely mitigated.

REFERENCES

• https://www.weaver.com.cn/