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Home/CyberSecurity News/Critical NVIDIA Flaws Enable RCE and Do Vulnerabilities Enables
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Critical NVIDIA Flaws Enable RCE and Do Vulnerabilities Enables

NVIDIA has issued critical security updates for March 2026, addressing multiple vulnerabilities. These flaws impact the company’s enterprise and AI software systems. The latest advisories...

David kimber
David kimber
March 27, 2026 2 Min Read
0 0

NVIDIA has issued critical security updates for March 2026, addressing multiple vulnerabilities. These flaws impact the company’s enterprise and AI software systems.

The latest advisories highlight severe flaws that could enable attackers to execute arbitrary code, trigger denial-of-service (DoS) conditions, or escalate privileges within compromised systems.

Organizations utilizing NVIDIA’s AI frameworks are strongly urged to review and patch their environments immediately.

The most alarming issue in this patch cycle affects NVIDIA Apex, a popular PyTorch extension for mixed-precision and distributed AI training.

High-Severity AI Infrastructure Risks

Tracked as CVE-2025-33244, this critical-severity vulnerability requires immediate administrative action.

While specific technical exploit paths remain restricted to prevent active abuse, flaws of this severity in AI training environments often pave the way for remote code execution.

Attackers exploiting this could potentially hijack training workloads, steal proprietary AI models, or pivot deeper into enterprise networks.

NVIDIA addressed several high-severity vulnerabilities across its core AI tools, including Triton Inference Server, Megatron LM, NeMo Framework, and Model Optimizer.

Megatron LM faces multiple flaws that could disrupt large-language-model deployments or expose sensitive training data.

Similarly, Triton Inference Server users must patch against CVE-2025-33238 and related vulnerabilities to prevent potential disruptions and unauthorized access to AI model inference pipelines.

March 2026 Vulnerability Summary

The table below lists affected products, severity levels, and CVE IDs from the March 24, 2026, update, enabling security teams to process them more efficiently than before.

Product Severity CVE Identifiers
NVIDIA Apex Critical CVE-2025-33244
Triton Inference Server High CVE-2025-33238, CVE-2025-33254, CVE-2026-24158
Model Optimizer High CVE-2026-24141
NeMo Framework High CVE-2026-24157, CVE-2026-24159
Megatron LM High CVE-2025-33247, CVE-2025-33248, CVE-2026-24152, CVE-2026-24151, CVE-2026-24150
VIRTIO-Net, SNAP4 Medium CVE-2025-33215, CVE-2025-33216
B300 MCU Medium CVE-2025-33242

Following an initiative launched late last year, the NVIDIA Product Security Incident Response Team (PSIRT) now publishes these bulletins on GitHub alongside traditional web alerts.

The data is provided in Markdown and CSAF formats, enabling automated systems to quickly ingest CVE information for faster response.

Administrators should review the full NVIDIA Security Bulletins for March 2026 and apply the recommended software package updates without delay.

Organizations running affected AI frameworks, network components, and MCU hardware must prioritize these patches to defend their infrastructure against emerging remote access and DoS threats.

Disclaimer: HackersRadar reports on cybersecurity threats and incidents for informational and awareness purposes only. We do not engage in hacking activities, data exfiltration, or the hosting or distribution of stolen or leaked information. All content is based on publicly available sources.

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David kimber

David kimber

David is a penetration tester turned security journalist with expertise in mobile security, IoT vulnerabilities, and exploit development. As an OSCP-certified security professional, David brings hands-on technical experience to his reporting on vulnerabilities and security research. His articles often feature detailed technical analysis of exploits and provide actionable defense recommendations. David maintains an active presence in the security research community and has contributed to multiple open-source security tools.

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