COMPUTE & SILICON
Qualcomm and AWS Partner on Custom Silicon for AI Datacentre Scaling
The collaboration targets high-speed optical connectivity and custom silicon design to address the growing infrastructure demands of large-scale AI workloads.
Every dispatch
RESEARCH
Databricks optimizes multi-hop agent retrieval with adaptive search model
The new adaptive retrieval architecture reduces computational overhead for AI agents by dynamically adjusting search steps based on query complexity.
RESEARCH
ESTA-Net Improves Video Super-Resolution Through Bi-Scale Spatio-Temporal Alignment
Researchers have developed a novel network architecture that enhances video clarity by optimizing inter-frame motion alignment and feature fusion.
ENTERPRISE & OPS
Alibaba Qwen Team Debuts Open-Source Qwen-Drive-1.0-4B Model
The new open-source model integrates vision-language capabilities with 3D perception and trajectory planning for autonomous driving systems.
PACMAN Framework Integrates Real-Time Machine Learning for Tokamak Plasma Control
Researchers have developed an AI-driven control architecture capable of predicting and mitigating plasma instabilities in fusion reactors at millisecond speeds.
COMPUTE & SILICON
HyperVault Commits INR 70,000 Crore to 1GW AI Infrastructure Hub in Hyderabad
The TCS subsidiary is developing a massive 264-acre campus designed to support high-density GPU clusters and large-scale generative AI workloads.
COMPUTE & SILICON
IIT Guwahati researchers introduce SH2RFSSM for low-power sequence modeling
The new spiking neural network architecture combines state space modeling to enable energy-efficient inference for edge AI applications.
HEALTH & BIO AI
Scalable Fabrication Platform Enables Flexible and Transparent Photonic Chips
MIT researchers have developed a new fabrication process that allows for the mass production of flexible, transparent silicon-photonics chips.
HEALTH & BIO AI
Shoolini University Integrates NVIDIA Blackwell Systems for BioAI Research
The new laboratory combines high-performance computing with bioinformatics to accelerate cancer research and molecular modeling.
COMPUTE & SILICON
NVIDIA Vera CPU Reveals Linux Scheduler Vulnerabilities in Asymmetric SMT
Custom Arm silicon exposes critical gaps in Linux kernel task management, prompting upstream scheduler patches to stabilize AI workload performance.
THE DISPATCH
Applied machine learning, filed daily.
Model releases, silicon, clinical deployment, and the policy shaping them. No digest padding.