Weaver e-cology maint login page SQL Injection Scanner

The Panmicro E-cology is a software platform designed for enterprise collaborative management featuring various functionalities such as enterprise information portals, knowledge document management, workflow management, and customer relationship management among others. It is widely adopted by large enterprises for effective resource and project management, financial, and supply chain operations. The platform's versatility allows for general and industry-specific solutions, making it useful in various sectors including human resources, asset and data center management. Often used by large-scale corporations, it aims to enhance operational efficiency and communication.

In the detected vulnerability, Panmicro E-cology is susceptible to SQL Injection, which is a mode of attack where an adversary can manipulate query inputs to influence database queries. This vulnerability can permit attackers to execute arbitrary SQL commands, compromising the confidentiality, integrity, and availability of the database contents. SQL Injection vulnerabilities can permit unauthorized viewing, modification, or deletion of database entries, and are a significant concern for any application interfacing with a database. The persistence of such a flaw may lead to unauthorized access, data theft, or data corruption.

The technical intricacies of this SQL Injection vulnerability lie within specific endpoints, notably the login pages, that accept and process SQL queries unsafely. Exploits involve crafting malicious SQL statements to manipulate the input fields within certain endpoints, such as '/page/maint/login/Page.jsp', which are susceptible to improper data handling practices. The issue stems from inadequacies in input validation and the defensive mechanisms to protect against malicious code injections. The vulnerabilities manifest when user inputs are directly concatenated with SQL queries without proper sanitization or parameterization.

If exploited, this vulnerability could lead to numerous detrimental effects including unauthorized access to sensitive data, alterations to administrative database configurations, or potentially allowing arbitrary data manipulation. These effects could result in data leaks, loss of business-critical information, or operational downtime which may incur substantial reputational and financial harm to the organization. In severe cases, it could also enable attackers to pivot further into the network infrastructure.

REFERENCES

• https://www.weaver.com.cn/