NVIDIA NeMo Framework enthält eine Schwachstelle, bei der ein Angreifer eine Remote Code Execution verursachen könnte. Ein erfolgreicher Exploit dieser Schwachstelle könnte zu Code Execution, Denial of Service, Informat

The RCE vulnerability in NVIDIA NeMo Framework allows an attacker to gain control of the system running the framework. This could involve executing malicious code, stealing sensitive data, modifying existing data, or disrupting system operations. The potential impact extends beyond the immediate system, as an attacker could leverage this access to move laterally within the network and compromise other systems. The blast radius depends on the network segmentation and access controls in place, but a successful exploit could have widespread consequences, particularly in environments where NeMo is used for critical AI/ML workloads.

Organizations utilizing NVIDIA NeMo Framework for natural language processing, particularly those deploying it in production environments or handling sensitive data, are at risk. This includes research institutions, AI development teams, and companies integrating NeMo into their applications.

• python / framework: Monitor Python processes for unexpected behavior or execution of unfamiliar code. Use tools like psutil to monitor process resource usage and identify anomalies.

import psutil
for proc in psutil.process_iter(['pid', 'name', 'cmdline']):
    if 'nemo' in proc.info['name'].lower():
        print(f'Process: {proc.info}')

• generic web: Inspect network traffic to and from NeMo Framework instances for suspicious payloads or unusual patterns. Use tools like Wireshark or tcpdump to capture and analyze network packets.

1. 2026-02-18Disclosure

   disclosure

1. Reserviert2025-04-15
2. Veröffentlicht2026-02-18
3. Geändert2026-02-26
4. EPSS aktualisiert2026-03-23

The primary mitigation for CVE-2025-33250 is to upgrade to NVIDIA NeMo Framework version 2.6.1 or later. If immediate upgrading is not possible due to compatibility issues or testing requirements, consider implementing stricter input validation and sanitization within your NeMo applications to prevent malicious code injection. While not a direct fix, this can reduce the attack surface. Monitor network traffic for suspicious activity related to NeMo processes. After upgrading, confirm the vulnerability is resolved by attempting to reproduce the exploit scenario in a controlled environment.