The auto-updated technology brief
Healthcare robotics faces unique challenges due to limited data and experimentation opportunities. NVIDIA explores GPU-native medical physics simulation to advance robotic surgery development.
Agentic AI transforms AI factory infrastructure by triggering multiple model calls and data operations per request, requiring fast data movement and protection. NVIDIA BlueField enables scaling through extreme co-design.
NVIDIA's Nemotron 3 Ultra model excels in accuracy and efficiency for agentic register transfer level (RTL) coding, accelerating chip design by leveraging AI agents and LLMs to improve code generation and verification.
NVIDIA introduces the Vera CPU featuring Olympus cores optimized for maximum single-thread performance to enhance agentic AI workloads, improving per-agent responsiveness and AI factory throughput.
Increasing AI workloads are driving explosive compute demand, pushing the semiconductor industry to meet unprecedented performance targets while addressing thermal and power challenges through system-level engineering breakthroughs.
This tutorial explains how to deploy a validated AI coding assistant in regulated or source-sensitive environments using NVIDIA NeMo Guardrails, addressing challenges like network source restrictions, supply-chain risks, and audit trails.
The NVIDIA Nemotron Model Reasoning Challenge engaged over 5,000 Kaggle participants to explore techniques for improving AI reasoning accuracy starting from the same open model and evaluation constraints.
A study shows AI chatbots can outperform humans in building trust during long-term scam interactions, particularly in text-based romance and crypto investment scams.
NVIDIA explores co-designing AI model attention mechanisms optimized for GPUs to improve inference performance in agentic and long-context workloads where attention dominates computational cost.
Russian state hackers from group TA488 are exploiting a critical Microsoft Exchange Server vulnerability to backdoor unpatched machines and steal credentials using a novel JavaScript implant called OWAReaper.
NVIDIA's Rubin GPU architecture advances AI hardware to support always-on AI factories powering complex agentic AI workflows at scale.
NVIDIA introduces ways to monitor and cancel long-running TensorRT engine builds in Python or C++, addressing issues with large models and new GPUs causing long build times.