GeoVision Geowebserver Cross-Site Scripting (XSS) Scanner

GeoVision Geowebserver is utilized in various industries for managing and deploying mapping data and services. Developed by GeoVision, it serves government agencies, business enterprises, and academic institutions to offer spatial data services. This server application is known for handling large datasets and providing web-based geographic information system (GIS) functionalities. Users can perform tasks such as spatial analysis and data visualization through its interface. As a web-based service, it offers interactive mapping solutions, which are crucial for geospatial data management. GeoVision Geowebserver aids organizations in making informed decisions with spatial intelligence capabilities.

Cross-Site Scripting (XSS) is a vulnerability that occurs when an application allows user inputs to be sent back to the client's web browser without proper validation or escaping. This can enable attackers to inject malicious scripts into web pages viewed by other users. In GeoVision Geowebserver, XSS can manifest due to improper sanitization of user requests, impacting the security of user sessions. This vulnerability can allow attackers to bypass access controls, impersonate accounts, or launch further attacks on end users. XSS is considered a serious threat due to its potential impact on data integrity and user privacy. Regular updates and input validation are essential to protect against such vulnerabilities.

The vulnerability in GeoVision Geowebserver arises at the endpoint "WebStrings.srf" where input parameters lack sufficient validation. This allows crafted script inputs to be executed in the user's browser, leading to a script execution vulnerability. Specifically, the 'obj_name' parameter is susceptible to script injection. Upon execution, the malicious script can be unobtrusively embedded within the response content served to users. By exploiting this, attackers can manipulate HTML pages, potentially stealing session cookies or redirecting users to malicious sites. Moreover, no user authentication is required, which increases the risk of exploitation by unauthenticated attackers.

When exploited, XSS vulnerabilities in GeoVision Geowebserver can lead to unauthorized actions being performed in the context of a user session. Attackers could execute malicious scripts to steal session cookies, harvest sensitive data, or alter how content is displayed to the user. This can result in significant data breaches, account takeovers, and damage to organizational reputation. Additionally, XSS exploitation could serve as a pivot point for further network intrusions, thereby amplifying potential damages. Organizations leveraging GeoVision Geowebserver need to be vigilant in monitoring, and mitigating such threats to maintain system integrity and trust.

REFERENCES

• https://packetstormsecurity.com/files/163860/geovisiongws533-lfixssxsrfexec.txt