Back to Feed
VulnerabilitiesAug 25, 2026

A Malicious Webpage Could Poison Your Local AI Model Behind NVIDIA NemoClaw

NVIDIA NemoClaw vulnerability allows malicious webpages to poison local AI models via Ollama.

Oasis Security has discovered a vulnerability in NVIDIA NemoClaw that could allow an attacker-controlled webpage to gain unauthenticated control of a local Ollama instance. This could enable attackers to inject hidden instructions into AI models, altering their behavior. While a fix exists for macOS and Linux in NemoClaw v0.0.35, Windows and WSL paths remain vulnerable or have workarounds.

AI summary of the linked source. Not reviewed by an editor. How this works

Vendor Watch

Run NVIDIA?

Get an email when a new story names NVIDIA, usually within the hour.

Free. Your list stays private and never appears in a subject line. One click stops it. How Vendor Watch worksPrivacy

The lesson from this incident

Full lesson

A vulnerability in NVIDIA NemoClaw allows an attacker-controlled webpage to silently gain unauthenticated access to a locally running Ollama instance, enabling hidden instruction injection that can alter AI model behavior without the user's knowledge. The root issue lies in inadequate origin validation and missing authentication controls on the local AI service interface, combined with slow or incomplete patching across all platforms. This matters because AI model poisoning can subtly corrupt outputs in ways that are difficult to detect, potentially affecting downstream decisions, workflows, or sensitive data processing. The fact that Windows and WSL environments remain vulnerable even after the fix further highlights the danger of partial remediation.

What helps against this

How we list vendors

Indicators of Compromise

Extracted by AI from the linked source. Not reviewed by an editor. How this works

  • cve — CVE-2024-28224

Entities

NemoClaw (product)Ollama (product)NVIDIA (vendor)OpenClaw (product)OpenShell (product)