CVE-2024-36675 Scanner

LyLme Spage is a widely used web application platform, employed by developers and organizations to create and manage web pages easily. It is especially popular among small to medium-sized businesses due to its user-friendly interface and flexibility. LyLme Spage allows users to customize their web presence with minimal coding knowledge, attracting those who want quick deployment. The platform is used in diverse environments, from personal project pages to commercial company sites. By offering customizable templates, it serves as a versatile solution for various user needs. The software is regularly updated to include new features and address any security vulnerabilities.

Server-Side-Request-Forgery (SSRF) is a critical vulnerability that allows an attacker to induce the server-side application to make requests to unintended or internal resources. This type of vulnerability can lead to unauthorized actions or access within the internal network the application resides in. SSRF vulnerabilities are dangerous because they can be exploited to access sensitive data or interact with network services that aren't typically exposed to the internet. Attackers might use SSRF to extract data or escalate to more severe exploits. The vulnerability is significant in web applications that parse and handle URLs, and mitigating it is crucial to maintain application security.

In the context of LyLme spage v1.9.5, the server-side request forgery vulnerability is present in the URL parameter of `apply/index.php`. Attackers can exploit this by crafting a malicious URL that tricks the server into processing requests to internal services. This SSRF vulnerability arises from insufficient validation of user-supplied URLs, allowing requests to arbitrary addresses. The vulnerable endpoint allows for unintended interactions with internal resources, which may be exploited to perform further attacks. Effective exploitation requires minimal privileges and can be performed remotely, which heightens its risk. The vulnerability is exposed via certain page components that handle URL parameters, inadvertently permitting unauthorized interactions.

If exploited, this vulnerability could allow attackers to initiate requests to internal services or sensitive network resources, potentially leading to unauthorized data access. Attackers may leverage SSRF vulnerabilities to scan internal networks, access configuration files, or interact with internal web applications. This could lead to the extraction of confidential information, such as authentication credentials or personal data. The impact can also extend to the manipulation of vulnerable network services, giving attackers further leverage within the compromised environment. If not mitigated, such exploitation could result in significant breaches or downtime.

REFERENCES

• https://github.com/Hebing123/cve/issues/44
• https://nvd.nist.gov/vuln/detail/CVE-2024-36675