Technology

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SpaceX Prepares Starship Flight 12 with Major Version 3 Upgrades

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xAI Rolls Out Grok Connectors, Transforming AI Assistant Into Productivity Powerhouse

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China’s DRAM Expansion Set to Challenge Market Leaders and Ease AI-Driven Memory Shortages

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Google Launches Gemini Omni at I/O 2026: The AI Video Revolution Creators Have Been Waiting For

Enterprise AI Training: To accelerate developer adoption of enterprise-grade automation frameworks, senior engineers at Microsoft have released a comprehensive, free 34-minute hands-on workshop focused on building production-ready AI agents using Anthropic’s Claude models within Microsoft Foundry. The step-by-step masterclass skips complex external orchestration libraries, showing developers how to directly deploy Claude from the Foundry model catalog and link it seamlessly to the native Foundry Agent Service. The workshop is specifically optimized for AI engineers and software architects who need to build highly dependable, scalable multi-agent workflows that adhere to rigorous enterprise data governance, RBAC permissions, and Azure content safety standards. Graphic: Microsoft Developer Network / Anthropic Tech Community
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Microsoft Senior Developers Reveal Free 34-Minute Workshop: Build Production-Ready AI Agents with Claude in Microsoft Foundry

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Google Integrates llms.txt Check into Chrome Lighthouse’s Experimental Agentic Browsing Audits

The Next Frontier: Breaking beyond the limits of terrestrial real estate and power grids, SpaceX has officially leveraged its massive launch capacity to enter the high-stakes AI infrastructure market. The company is introducing a high-volume Capacity-as-a-Service (CaaS) model, renting out vast GPU server arrays to leading artificial intelligence labs. The cornerstone of this new division is anchored by a landmark multi-year contract with Anthropic, which has secured a massive $1.25 billion monthly lease through 2029 to power its next-generation Claude AI models. While operations are currently running out of land-based mega-clusters like Colossus 1 in Memphis, Tennessee, the core engineering roadmap points toward the ultimate data center bottleneck solution: launching multi-gigawatt orbital data centers into space. Graphic: SpaceX Engineering / Bloomberg Technology
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Tech News Update: Former Samsung Executive Warns of Potential DRAM Price Crash in Late 2027 Amid Chinese Capacity Expansion

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Western Allies Accelerate Push for Rare Earth Independence with Landmark Greenland Deal13

Thermal Engineering: In a fresh technological push to solve the persistent cabin "greenhouse effect" common to modern electric cars, Tesla has been granted a U.S. patent titled "Automotive Perforated Insulated Glass Structure". As shown in the official patent layout in the image above, the innovative architecture replaces the standard single-pane panoramic roof with a sophisticated multi-layer assembly. While a solid exterior glass pane shields the vehicle from the elements, the interior layer is covered in thousands of precisely drilled micro-perforations separated by a tiny, insulated air gap ranging from 0.5 to 6text{ mm}. By integrating this dual-pane canopy directly into the vehicle's HVAC and audio systems, Tesla aims to fundamentally reinvent climate control and acoustic dampening. Graphic: U.S. Patent and Trademark Office (USPTO) / Tesla Inc.
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Tesla Patents Innovative Dual-Layer Perforated Glass Roof with Active HVAC Integration and Acoustic Tuning

In a major infrastructural breakthrough, China has successfully deployed the world's first commercial, offshore wind-powered underwater data center capsule—the AQUCORE-07—just off the coast of Shanghai. As conceptually illustrated in image, the subsea computing node is anchored directly on the ocean floor, strategically utilizing natural deep-sea marine currents to eliminate traditional server cooling costs while drawing 100% of its operational electricity from adjacent offshore wind farms. Chinese state planners state that submerging high-density server architectures saves up to 40% in energy overhead and prevents massive freshwater expenditure, offering a scalable blueprint for coastal megacities struggling to balance explosive AI workloads with tight municipal carbon neutrality targets. Graphic: Xinhua / China Daily / Microsoft Project Natick Archive
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China Launches World’s First Commercial Offshore Wind-Powered Underwater Data Center Near Shanghai