Reports
AI-generated structured vendor updates
NVIDIA Advances AI Robotics from Simulation to Production
NVIDIA demonstrates a new paradigm for robotics development by unifying simulation and production environments, accelerating industrial automation. The solution integrates AI training frameworks with edge computing architecture, delivering end-to-end development platforms for manufacturing and agriculture.
AMD and Samsung Deepen Collaboration, Locking HBM4 Supply and Exploring Foundry Partnership
AMD and Samsung signed an MOU, designating Samsung as the primary HBM4 supplier for the next-gen Instinct MI455X GPU and collaborating on DDR5 memory optimized for 6th Gen EPYC CPUs. The companies will also explore opportunities for Samsung to provide foundry services for future AMD products.
NVIDIA RTX Workstations Directly Connect to Apple Vision Pro for Enterprise XR
NVIDIA's CloudXR SDK 6.0 enables native direct connection between RTX-accelerated workstations and Apple Vision Pro, eliminating traditional streaming servers. Integrated with Omniverse and OpenUSD workflows, it reduces deployment complexity for enterprise XR applications.
NVIDIA and Telecom Operators Build AI Grids to Redistribute AI Inference
NVIDIA is partnering with global telecom operators like AT&T and Comcast to transform existing distributed network sites into 'AI Grids' for edge AI inference. This initiative aims to deploy AI compute closer to users and data, reducing latency and cost per token. It represents a strategic shift for telcos from being data carriers to distributed AI computing platforms.
HPE Launches AI Grid with NVIDIA to Unify Distributed Inference Clusters
HPE announced the AI Grid at NVIDIA GTC, an end-to-end solution built on NVIDIA's reference architecture to securely connect distributed AI factories and inference clusters into a single intelligent system. It enables service providers to deploy and operate thousands of edge inference sites, meeting the predictable, low-latency infrastructure requirements of AI-native applications.
HPE Report Shows Attackers' AI-Driven Business Models
HPE Threat Labs report reveals cyber adversaries adopting business-like operations with automation and generative AI to scale attacks. Based on 2025 global threat analysis, it underscores the need for AI-integrated defenses and zero trust.
HPE Unveils AI Grid Solution for AI WAN Fabric with NVIDIA
HPE announced a collaboration with NVIDIA to launch the AI Grid Solution, securely scaling edge AI. The solution transforms WAN into an AI WAN fabric, connecting distributed inference sites with AI factories for consistent policy and predictable performance. It enables service providers to evolve from connectivity to AI services.
Project Rheo: NVIDIA Shifts Robot Training Control from Real Hospitals to Simulation
NVIDIA unveils Project Rheo, a blueprint combining Isaac Sim, GR00T VLA models, and synthetic data generation for hospital robotics. Developers train Physical AI policies in digital twins—loco-manipulation (surgical tray pick-and-place) and precision bimanual tasks (trocar assembly)—with Cosmos Transfer 2.5 for cross-scene generalization.
Cisco Expands Secure AI Factory with NVIDIA to Edge and Security
Cisco expands its Secure AI Factory with NVIDIA to enable AI deployment from data centers to edge sites, adding security capabilities like firewall policy enforcement on DPUs and AI Defense integration, offering flexible architecture options to accelerate production scaling.
NVIDIA Collaborates with T-Mobile to Integrate Physical AI Applications on AI-Ready RAN Infrastructure
NVIDIA partners with T-Mobile to integrate physical AI applications on AI-RAN ready infrastructure, enabling AI models to interact directly with the physical world. This focuses on wireless RAN for network optimization and automated operations, providing intelligent foundational support for 5G and future networks.
NVIDIA Expands NIM Microservices and Digital Twin Platform to Strengthen Full-Stack AI Ecosystem
NVIDIA launched NIM microservices supporting 30+ models across text, vision, speech, and embodied AI, available via AI Enterprise and cloud providers. Simultaneously released Omniverse Cloud digital twin platform with robotics simulation and introduced BioNeMo foundation models for healthcare.
HPE Deepens NVIDIA Partnership with Expanded AI Computing Portfolio
HPE announced a significant expansion of its 'NVIDIA AI Computing by HPE' portfolio, aiming to accelerate enterprise AI deployment, operationalization, and scaling through pre-integrated and validated systems that address scale, security, and governance requirements.
HPE Deepens AI Factory Partnership with NVIDIA, Unveils Full-Stack Supercomputing Solutions
At GTC 2026, HPE announced enhancements to its NVIDIA AI Computing portfolio, introducing full-stack solutions for large-scale AI factories and supercomputers. The offerings integrate compute, GPUs, networking, liquid cooling, software, and services to improve deployment efficiency and time-to-insight.
HPE Alletra MP X10000 Becomes First NVIDIA-Certified Object Storage Platform for Enterprise AI
HPE announces its Alletra Storage MP X10000 is the first object-based platform certified by NVIDIA for enterprise AI. This signifies the extension of AI performance certification standards from the compute layer to the data layer, aiming to address data access bottlenecks in large-scale AI training, fine-tuning, and inference.
HPE Deploys Sovereign AI Factories with NVIDIA at National Labs
HPE announces a collaboration with NVIDIA to deploy liquid-cooled sovereign AI systems at Argonne National Laboratory in the U.S. and HLRS in Germany. This move aims to provide government and research institutions with AI infrastructure that meets data sovereignty and compliance requirements, accelerating the deployment and scaling of their AI initiatives.
HPE Positions AI Data Pipeline as the Platform, Outlining Pillars for Production AI
HPE argues enterprise AI is shifting from experimentation to production, reliant on an infrastructure platform comprising the data pipeline, unified storage, and accelerated compute. It highlights three pillars for success: consistent performance, predictable scaling, and long-term cost efficiency, addressing the complexities of AI workloads in production.
NVIDIA Releases Cosmos World Model Suite, Enhancing Synthetic Data and Reasoning for Physical AI
NVIDIA has released significant updates to its Cosmos World Foundation Models (WFM) suite, including Transfer 2.5, Predict 2.5, and Reason 2. These models are designed to accelerate the generation of high-fidelity, physics-aware synthetic data and support downstream fine-tuning and reasoning for physical AI systems like robotics and autonomous vehicles, addressing the bottleneck of real-world data scarcity.
Qualcomm and Siemens Demo Industrial AI Edge Computing with 5G Private Network Integration
Qualcomm demonstrated a digital twin solution with Siemens at MWC, integrating Qualcomm Aware Platform and AI Stack for on-premises AI inference combined with 5G private network for reliable connectivity. The solution deploys edge AI and connectivity directly at industrial sites for predictive maintenance and real-time digital twins.
Qualcomm and T-Mobile Deepen Collaboration to Accelerate 5G Advanced to 6G Transition
Qualcomm and T-Mobile announced an enhanced strategic collaboration focusing on AI-driven network optimization, Open RAN deployment, and 6G foundational R&D. The partnership combines chip, wireless technology, and network infrastructure strengths to improve performance and intelligence, advancing mobile ecosystem progress.
NVIDIA Warp: Differentiable Physics Simulation for AI Training on GPU
NVIDIA Warp is a framework for GPU-accelerated, differentiable physics simulation. It enables writing high-performance kernels in Python, with automatic differentiation, and integrates with PyTorch/JAX. The 2D Navier-Stokes example demonstrates end-to-end optimization, reducing the cost of generating training data for physics AI.