Cyber Security News

NVIDIA NeMo Vulnerability Enables Remote Exploits

NVIDIA has issued an urgent security advisory addressing three high-severity vulnerabilities in its NeMo Framework, a platform widely used for developing AI-powered applications.

The flaws, if exploited, could allow attackers to execute malicious code, tamper with data, or take control of vulnerable systems. Users are advised to update to NeMo Framework version 25.02 immediately to mitigate risks.

Vulnerabilities Overview

The vulnerabilities, tracked as CVE-2025-23249, CVE-2025-23250, and CVE-2025-23251, all carry a CVSS v3.1 base score of 7.6 (High).

Each flaw enables remote code execution (RCE) or data tampering, posing significant risks to organizations using unpatched versions of NeMo.

CVE IDDescriptionImpacts
CVE-2025-23249Deserialization of untrusted data leading to RCE and data tamperingCode execution, data tampering
CVE-2025-23250Path traversal allowing arbitrary file writes and RCECode execution, data tampering
CVE-2025-23251Improper code generation control enabling RCECode execution, data tampering
  • Exploitability: All three flaws are remotely exploitable with no privileges required. User interaction (e.g., clicking a link) is necessary for successful exploitation.
  • Impact: Attacks could compromise AI model integrity, expose sensitive data, or disrupt critical systems.

Affected Products and Updates

The vulnerabilities impact NVIDIA NeMo Framework versions before 25.02 across Windows, Linux, and macOS platforms.

CVE IDs AddressedAffected VersionsPatched Version
CVE-2025-23249 to 23251All versions <25.0225.02

NVIDIA emphasizes that earlier branch releases are also vulnerable and must be upgraded. The company recommends evaluating risks specific to local configurations, as the severity assessment reflects an average across diverse environments.

Mitigation and Recommendations

  1. Immediate Action: Upgrade to NeMo Framework 25.02 via NVIDIA’s official channels.
  2. Monitor Systems: Check for unusual activity in AI workflows or data pipelines.
  3. Acknowledgments: NVIDIA credits researcher Peng Zhou (zpbrent) of Shanghai University for discovering and reporting these flaws.

With AI frameworks increasingly targeted by attackers, this patch underscores the importance of timely updates in safeguarding sensitive workloads. Organizations using NVIDIA NeMo should prioritize this update to avoid potential breaches.

Find this News Interesting! Follow us on Google NewsLinkedIn, & X to Get Instant Updates!

Divya

Divya is a Senior Journalist at GBhackers covering Cyber Attacks, Threats, Breaches, Vulnerabilities and other happenings in the cyber world.

Recent Posts

RansomHub Taps SocGholish: WebDAV & SCF Exploits Fuel Credential Heists

SocGholish, a notorious loader malware, has evolved into a critical tool for cybercriminals, often delivering…

4 hours ago

Hackers Weaponize Go Modules to Deliver Disk‑Wiping Malware, Causing Massive Data Loss

Cybersecurity researchers uncovered a sophisticated supply chain attack targeting the Go programming language ecosystem in…

4 hours ago

Hundreds of Fortune 500 Companies Have Unknowingly Employed North Korean IT Operatives

North Korean nationals have successfully infiltrated the employee ranks of major global corporations at a…

23 hours ago

Stealthy New NodeJS Backdoor Infects Users Through CAPTCHA Verifications

Security researchers have uncovered a sophisticated malware campaign utilizing fake CAPTCHA verification screens to deploy…

23 hours ago

State-Sponsored Hacktivism on the Rise, Transforming the Cyber Threat Landscape

Global cybersecurity landscape is undergoing a significant transformation, as state-sponsored hacktivism gains traction amid ongoing…

23 hours ago

NVIDIA Riva AI Speech Flaw Let Hackers Gain Unauthorized Access to Abuse GPU Resources & API keys

Researchers have uncovered significant security vulnerabilities in NVIDIA Riva, a breakthrough AI speech technology platform…

23 hours ago