CVE-2025-8085 Scanner

Ditty is a popular WordPress plugin often used by website administrators to display news tickers and other dynamic content on their sites. Developed by Metaphor Creations, it is leveraged for its ease of integration and customizable display features. From personal blogs to corporate websites, Ditty provides a means for displaying up-to-date information seamlessly across platforms. The plugin has a broad user base making it critical for webmasters to ensure its secure deployment. It's particularly favored by users who require real-time content updates on WordPress sites. Given its wide usage, any vulnerabilities detected in the plugin can potentially affect numerous websites it integrates with.

Server Side Request Forgery (SSRF) is a vulnerability that allows attack vectors to manipulate server-side applications to make unwanted requests on behalf of the server. In the case of the Ditty plugin, unauthorized users can exploit the SSRF vulnerability due to inadequate authentication measures on the displayItems endpoint. This type of vulnerability allows for unauthorized access to internal systems that would typically be protected by firewall rules or other network access controls. An SSRF vulnerability can be particularly damaging if an attacker discovers how to leverage it against internal systems beyond the public website. Effectively, the SSRF issue with Ditty can bypass normal security boundaries, posing a significant risk to affected setups.

Technically, the Ditty plugin lacks sufficient authorization checks for its endpoints, specifically the displayItems endpoint. This inadequacy allows attackers to craft requests to arbitrary URLs due to bypassable nonce checks. The requests made through SSRF could include accessing unauthorized resources or initiating actions not intended by the user. Despite efforts made in version 3.1.57 to implement nonce checking, this does not adequately secure the endpoints against all users, particularly those authenticated as subscribers. Attackers can manipulate API data layouts and item endpoints to execute undesirable server-side requests, facilitating the SSRF vulnerability. Moreover, crafted payloads with specific strings and integers can be sent to identify and confirm the exploitability of the SSRF.

Exploiting this SSRF vulnerability could have serious repercussions, including unauthorized data access and potential compromise of internal infrastructure. Attackers could use the SSRF to scan the internal network or gain entry to sensitive areas, possibly leading to data breaches. Additionally, if attackers manage to manipulate the server into making requests, they might extract data or utilize the server as a pivot point for further attacks. Depending on the configuration and the resources accessible through SSRF, this vulnerability can lead to increased risk exposure and network downtime. Essentially, SSRF in Ditty represents not just a theoretical threat but an active risk if unpatched on any system using the vulnerable versions.

REFERENCES

• https://wpscan.com/vulnerability/f42c37bb-1ae0-49ab-bd81-7864dff0fcff/
• https://nvd.nist.gov/vuln/detail/CVE-2025-8085
• https://research.cleantalk.org/cve-2025-8085/