CrowdStrike announced the integration of Falcon® Cloud Security with NVIDIA universal LLM NIM microservices and NeMo Safety, delivering full lifecycle protection for AI and over 100,000 large language models (LLMs) in collaboration with NVIDIA. Expanding CrowdStrike?s protection for Enterprise AI Factories with NVIDIA, this new integration enables customers to safely run and scale diverse LLM applications across hybrid and multi-cloud environments from day one. From build, to runtime, to posture management, the CrowdStrike Falcon® platform is securing every stage of AI innovation powered by NVIDIA.
Enterprises can rely on NVIDIA Enterprise AI Factory with CrowdStrike security for the hardware and software to build, deploy, and run AI applications and LLMs with speed and control. NVIDIA universal LLM NIM microservice container streamlines the move from development to production by packaging a broad range of open and specialized LLMs as microservices for fast, scalable deployment for high performance inference across hybrid and multi-cloud environments, including those with AI sovereignty requirements. As LLMs move into production, AI risk grows, exposing models to risks like data poisoning, tampering, and sensitive data leakage.
The Falcon platform integrates with NVIDIA NIM to deliver end-to-end protection, monitoring runtime behavior and powering AI-driven detection and response trained on trillions of daily security events and frontline intelligence. With Falcon Cloud Security, organizations gain pre-deployment protection through capabilities like AI-SPM, AI Model Scanning, and Shadow AI detection, identifying and mitigating risks before models go live. These capabilities also deliver threat intelligence that integrates with NVIDIA?s NeMo Safety workflows, helping enterprises assess and strengthen the security of foundation models as they scale new AI applications.
Combined with expert services like CrowdStrike AI Red Team and Falcon® Adversary OverWatch, the Falcon platform secures every stage of AI innovation ? from code to cloud, across hybrid and multi-cloud environments.
