CVE-2018-17283 Scanner

Zoho ManageEngine OpManager is widely used by IT organizations for network management, including monitoring and managing various network devices such as routers, switches, firewalls, and servers. The software is designed to help in real-time performance monitoring and fault management across complex IT infrastructures. It is adopted by network administrators to ensure network uptime and efficiency. Zoho ManageEngine OpManager supports the integration of various plugins and add-ons to extend its capabilities, thus providing a comprehensive network management solution. The product is favored for its customizable dashboards and detailed reporting features. Organizations rely on Zoho ManageEngine OpManager to minimize network downtime and optimize resource utilization.

The SQL Injection vulnerability in Zoho ManageEngine OpManager allows attackers to execute arbitrary SQL code on the database serving the application. It occurs due to insufficient input sanitization in HTTP requests made to certain endpoints. Attackers can exploit this flaw to retrieve sensitive data from the database, potentially compromising information security. The vulnerability is noted particularly in endpoints like "setManaged" where user inputs are improperly handled. Such a flaw can lead to unauthorized data access and attempts to control or disrupt database operations. The SQL Injection vulnerability poses significant risks and should be addressed promptly.

Technically, the vulnerability exists due to the lack of proper validation for input parameters in HTTP requests, especially the "name" parameter in the "setManaged" endpoint. Through crafted requests, attackers are able to introduce malicious SQL queries which can execute unintended database commands. The flaw is further exacerbated with missing authentication requirements for certain tasks in the application. Exploiting this allows attackers to send a specially constructed parameter value which can include SQL commands like "select pg_sleep(6)" to leverage a time-based approach to SQL injection. Successful execution of this query confirms the vulnerability, as the server response time will be notably delayed.

Exploiting the SQL Injection vulnerability could result in unauthorized data disclosure, loss of data integrity, and potentially full database control. Attackers could extract critical data, delete or alter existing data and insert new malicious data. This could further lead to unauthorized access to sensitive information within the database, disrupting operations and incurring losses. Compromise of the database's integrity can lead to loss of trust and severe reputational damage. Financial and regulatory implications may arise based on the sensitivity and volume of the breached data. Mitigating the flaw quickly is necessary to prevent possible exploitations.

REFERENCES

• https://github.com/x-f1v3/forcve/issues/4
• https://nvd.nist.gov/vuln/detail/CVE-2018-17283