Plataforma
nvidia
Componente
nvidia-nemo-framework
Corrigido em
2.4.1
CVE-2025-23314 describes a code injection vulnerability discovered within the NVIDIA NeMo Framework, a platform for building and deploying large language models. An attacker, through the manipulation of malicious data, can potentially exploit this flaw to achieve code execution. This vulnerability impacts all versions of the NeMo Framework prior to 2.4.0 and has been resolved with the release of version 2.4.0.
The core impact of CVE-2025-23314 lies in its potential for code execution. Successful exploitation allows an attacker to inject and execute arbitrary code within the NeMo Framework's environment. This could lead to a cascade of consequences, including privilege escalation, granting the attacker elevated access to the system. Information disclosure is another significant risk, as sensitive data processed by the framework could be exposed. Furthermore, the attacker could tamper with data, potentially corrupting models or manipulating training processes. The blast radius extends to any system utilizing vulnerable versions of the NeMo Framework, particularly those involved in sensitive NLP tasks.
CVE-2025-23314 was publicly disclosed on 2025-08-26. Currently, there are no publicly available proof-of-concept exploits. The EPSS score is pending evaluation. Given the potential for code execution and the widespread use of NLP frameworks, this vulnerability warrants careful attention and prompt remediation.
Organizations and developers utilizing NVIDIA NeMo Framework for natural language processing tasks, particularly those deploying models in production environments or handling sensitive data, are at risk. This includes researchers, data scientists, and machine learning engineers who rely on the framework for model development and deployment.
• python / framework: Inspect NeMo Framework code for suspicious data handling routines. Look for instances where user-supplied data is directly incorporated into code execution without proper sanitization. • python / framework: Monitor Python processes for unexpected code execution or unusual network activity originating from the NeMo Framework. • generic web: Examine web application logs for unusual requests or error messages related to NLP processing, which could indicate an attempted exploit. • generic web: Implement rate limiting and input validation on any endpoints that accept user-supplied data used by the NeMo Framework.
disclosure
Status do Exploit
EPSS
0.04% (percentil 11%)
CISA SSVC
Vetor CVSS
The primary mitigation for CVE-2025-23314 is to immediately upgrade to NVIDIA NeMo Framework version 2.4.0 or later. If upgrading is not immediately feasible due to compatibility issues or system downtime concerns, consider implementing stricter input validation and sanitization routines within your NLP pipelines to prevent the injection of malicious data. While not a complete solution, this can reduce the attack surface. Monitor system logs for any unusual activity or unexpected code execution attempts. NVIDIA may release specific security advisories with further guidance; consult their official channels for updates.
Actualice el NVIDIA NeMo Framework a la versión 2.4.0 o posterior. Esto corregirá la vulnerabilidad de inyección de código en el componente NLP. Consulte el aviso de seguridad de NVIDIA para obtener más detalles e instrucciones de actualización.
Análise de vulnerabilidades e alertas críticos diretamente no seu e-mail.
CVE-2025-23314 is a code injection vulnerability affecting NVIDIA NeMo Framework versions before 2.4.0. It allows attackers to inject and execute malicious code, potentially leading to code execution and data compromise.
If you are using NVIDIA NeMo Framework versions prior to 2.4.0, you are potentially affected by this vulnerability. Upgrade to 2.4.0 or later to mitigate the risk.
The recommended fix is to upgrade to NVIDIA NeMo Framework version 2.4.0 or later. If immediate upgrade is not possible, implement stricter input validation and sanitization.
As of the current disclosure date, there are no confirmed reports of active exploitation, but the potential for exploitation exists given the vulnerability's nature.
Refer to the official NVIDIA security advisories page for the latest information and updates regarding CVE-2025-23314: [https://www.nvidia.com/en-us/security/]
Envie seu arquivo de dependências e descubra na hora se esta e outras CVEs te atingem.