All 27 CVE vulnerabilities found in NVIDIA CUDA Toolkit, with AI-generated Chinese analysis, references, and POCs.
This page documents Common Weakness Enumerations (CWE) affecting the NVIDIA CUDA Toolkit, a critical software development platform produced by NVIDIA Corporation. It aggregates security vulnerabilities reported for this specific toolset, covering issues disclosed from its initial release through recent updates to provide a comprehensive historical view of its security posture. By reviewing this collection, users can track vendor advisories to stay informed about newly discovered flaws, gain a deeper understanding of specific weakness classes such as buffer overflows or injection flaws as they manifest in GPU computing environments, and look up the product's vulnerability history to assess long-term risk trends. The data includes details on affected versions, severity ratings, and mitigation strategies where available, allowing developers and security administrators to prioritize patching efforts effectively. This resource serves as a centralized reference point for anyone responsible for securing systems that rely on NVIDIA's parallel computing architecture, ensuring that potential exploits are identified and addressed promptly. The information is structured to facilitate easy cross-referencing between different vulnerability types and their corresponding impacts on CUDA-based applications, supporting informed decision-making regarding software maintenance and security compliance in high-performance computing contexts.
Vendor: NVIDIA
All 27 known CVE vulnerabilities affecting NVIDIA CUDA Toolkit with full Chinese analysis, references, and POCs where available.