From VAST Data to Weka, Graid to Solidigm — storage disruptors shined bright at NVIDIA GTC 2025. Here’s how storage innovators are redefining AI infrastructure and why it matters to the future of AI.
Deloitte and VAST Data share how secure data pipelines and system-level integration are supporting the shift to scalable, agentic AI across enterprise environments.
This video explores how Nebius and VAST Data are partnering to power enterprise AI with full-stack cloud infrastructure—spanning compute, storage, and data services for training and inference at scale.
Weka’s new memory grid raises new questions about AI data architecture—exploring how shifts in interface speeds and memory tiers may reshape performance, scale, and deployment strategies.
Ampere joins SoftBank in a $6.5B deal, fueling speculation about AI’s next wave. Is this a talent acquisition, a play for Arm’s AI future, or a move to challenge NVIDIA’s dominance?
At MWC 2025, our own Allyson Klein had the honor of chatting with industry leaders from Ansys, Ampere, and Rebellions to explore AI’s enterprise adoption, hardware innovation, and power efficiency.
At Advancing AI, AMD unveils MI355 with 35× gen-over-gen gains and doubles down on open innovation – from ROCm 7 to Helios infrastructure – to challenge NVIDIA’s AI leadership.
The deal marks a strategic move to bolster Qualcomm’s AI and custom silicon capabilities amid challenging competition and the potential start of a wave of AI silicon acquisitions.
A new partnership combines WEKA’s AI-native storage with Nebius’ GPUaaS platform to accelerate model training, inference, and innovation with microsecond latency and extreme scalability.
As the battle for AI market share continues, AMD’s recent acquisitions signal a strategic move toward optimizing both software and hardware for inference workloads and real-world AI deployment.
The HPE-owned platform combines unified observability, smart alert correlation, and automation to tackle hybrid IT complexity while also working with existing monitoring tools.
AIStor’s stateless, gateway-free design solves legacy storage issues, enabling high-performance object-native infrastructure for exabyte-scale AI and analytics workloads.
State Street’s Anusha Nerella explores AI-driven FinTech infrastructure—scalability, governance and agentic computing. Interested in finding out more about the AI Infra Summit and seeing Anusha Nerella live? Find out more here.
In this episode of In the Arena, hear how cross-border collaboration, sustainability, and tech are shaping the future of patient care and innovation.
Tune in to our latest episode of In the Arena to discover how Verge.io’s unified infrastructure platform simplifies IT management, boosts efficiency, & prepares data centers for the AI-driven future.
Join us on Data Insights as Mark Klarzynski from PEAK:AIO explores how high-performance AI storage is driving innovation in conservation, healthcare, and edge computing for a sustainable future.
Untether AI's Bob Beachler explores the future of AI inference, from energy-efficient silicon to edge computing challenges, MLPerf benchmarks, and the evolving enterprise AI landscape.
Explore how OCP’s Composable Memory Systems group tackles AI-driven challenges in memory bandwidth, latency, and scalability to optimize performance across modern data centers.
State Street’s Anusha Nerella explores AI-driven FinTech infrastructure—scalability, governance and agentic computing. Interested in finding out more about the AI Infra Summit and seeing Anusha Nerella live? Find out more here.
In this episode of In the Arena, hear how cross-border collaboration, sustainability, and tech are shaping the future of patient care and innovation.
Tune in to our latest episode of In the Arena to discover how Verge.io’s unified infrastructure platform simplifies IT management, boosts efficiency, & prepares data centers for the AI-driven future.
Join us on Data Insights as Mark Klarzynski from PEAK:AIO explores how high-performance AI storage is driving innovation in conservation, healthcare, and edge computing for a sustainable future.
Untether AI's Bob Beachler explores the future of AI inference, from energy-efficient silicon to edge computing challenges, MLPerf benchmarks, and the evolving enterprise AI landscape.
Explore how OCP’s Composable Memory Systems group tackles AI-driven challenges in memory bandwidth, latency, and scalability to optimize performance across modern data centers.