CVE-2025-14847 Scanner

MongoDB Server is widely utilized in various industries for its scalable and high-performance NoSQL database capabilities. Organizations ranging from startups to global enterprises use MongoDB for handling large datasets across different cloud platforms and on-premises environments. It serves as a backend for numerous types of applications, supporting rapid development and scalable infrastructure needs. Developers favor MongoDB for its flexible schema model and robust community support, making it a choice for agile and modern application development. The software supports a variety of industries by enabling efficient data management and analysis. MongoDB's integration capabilities allow seamless connectivity with other systems, enhancing its adoption across heterogeneous IT environments.

Information Disclosure vulnerabilities in MongoDB Server involve unauthorized access to sensitive memory areas by unauthenticated clients. Such flaws emerge due to mishandled memory allocation in protocol headers, leading to its unintended exposure. Attackers can exploit this vulnerability to read uninitialized heap memory, which may contain confidential information. The issue primarily affects certain versions of MongoDB Server, making data confidentiality susceptible if not addressed. Proper addressing of these vulnerabilities is crucial for maintaining safe data operations. Information Disclosure is often leveraged as an initial step in an attack chain, facilitating further malicious activities.

Technically, this vulnerability stems from mismatched length fields in Zlib compressed protocol headers used by MongoDB Server. This mismatch creates potential for accessing uninitialized heap memory spaces without client authentication. The flaw occurs in several versions, where protocol messages do not properly handle certain memory lengths. Attackers can craft specific network requests to reveal sensitive data stored in these memory areas. Unprotected endpoints in such setups expose organization-critical information, increasing risk of targeted exploits. It is essential to monitor known vulnerable points actively to avert potential threats linked to this technical deficit.

When exploited, the Information Disclosure vulnerability could lead to severe data leaks from MongoDB Server installations. The exposure of uninitialized heap memory may reveal sensitive server details, database schemas, or user data. Such data could be leveraged by attackers for further exploitation, leading to broader compromises in database confidentiality and integrity. Organizational reputation may suffer along with regulatory non-compliance if sensitive data is disclosed inadvertently. Ensuring these vulnerabilities are promptly rectified avoids potential breaches and upholds critical business data integrity. The overall impact stresses the necessity of timely updates and security audits.

REFERENCES

• https://github.com/joe-desimone/mongobleed