Orson Amiri

  Anthropic has introduced Claude Fable 5.1 and Claude Mythos 5.1, marking another significant step in the evolution of its frontier AI models. While both models are built on the same underlying architecture, they are designed for different audiences through distinct safety controls. Claude Fable 5.1 is broadly available for developers, enterprises, and paid Claude users, whereas Claude Mythos 5.1 is reserved for vetted organizations working on advanced cybersecurity and life sciences projects. Beyond performance improvements, Anthropic has focused on making long-running AI workloads more efficient by significantly lowering prompt cache-read costs. The biggest upgrades in Claude Fable 5.1 revolve around extended coding sessions, autonomous agentic workflows, and complex knowledge tasks. The model can work across entire codebases, perform code reviews, generate and verify tests, identify root causes instead of temporary fixes, and interpret charts, tables, and diagrams within docume...

  Apple’s M6 chip represents a major step forward in Apple’s silicon roadmap, moving from the M5’s third-generation 3nm process to a new 2nm architecture. Introduced with the new Mac mini, the M6 comes with a 12-core CPU, 12-core GPU and a Dual 16-core Neural Engine, while the M5 features a 10-core CPU, 10-core GPU and a single 16-core Neural Engine. Apple claims the M6 can deliver up to 1.2x the multithreaded CPU performance of the M5, while its GPU provides nearly 30% more peak AI compute. Memory bandwidth also increases to as much as 170GB/s, although 16GB M6 Mac mini configurations continue to operate at 153GB/s. The M5 established a stronger foundation for on-device AI by adding Neural Accelerators to its GPU cores, alongside a 16-core Neural Engine and 153GB/s memory bandwidth. The M6 expands this AI-focused approach with additional processing resources and a second 16-core Neural Engine, which Apple says can provide up to twice the peak compute of the previous generation. Th...

  The World Humanoid Robot Games 2026 transformed Beijing's Ice Ribbon into a massive showcase for humanoid robotics, bringing together 2,056 robots from 666 teams representing 16 countries. Far more than a sporting event, the competition featured athletics, football, table tennis, gymnastics, dance, weightlifting, combat sports, and practical real-world challenges designed to measure how well robots could perform everyday tasks. Compared with the inaugural 2025 edition, the Games demonstrated remarkable growth in both participation and technological capability, highlighting how humanoid robotics is rapidly evolving beyond research labs. Beyond sporting contests, the Games focused heavily on real-world applications that tested robots in homes, hotels, restaurants, factories, retail stores, libraries, logistics centers, and emergency-response scenarios. Competitors were challenged to make beds, sort books, carry drinks, stock shelves, handle hazardous materials, extinguish fires, t...

  President Donald Trump has officially launched the process of creating the U.S. Space Academy by signing an executive order on August 28, 2026. Instead of establishing the academy immediately, the order forms a NASA-led Presidential Commission that will determine how the institution should operate, including its governance, curriculum, admissions process, and long-term implementation. The proposed academy is intended to prepare future astronauts, engineers, scientists, military personnel, and commercial space professionals for America's expanding role in space. Designed as a national center for technical education, leadership development, and public service, the academy aims to strengthen the country's future space workforce. The commission will also recommend accreditation standards, graduate service obligations, partnerships with existing educational institutions, and whether the academy should operate within NASA. Despite the announcement, there is currently no confirmed c...

  The rapid rise of artificial intelligence is transforming industries, but it is also placing unprecedented pressure on the global memory and storage supply chain. As AI companies and cloud providers expand their infrastructure, demand for high-bandwidth memory (HBM), DRAM, NAND flash, and enterprise storage has surged. To maximize profitability, manufacturers are allocating more production to AI-focused hardware, leaving fewer resources available for consumer devices. This shift is impacting far more than data centers. PC manufacturers, smartphone brands, automotive companies, gaming firms, and enterprise IT providers are all dealing with rising component costs and tighter supplies. Consumers are already feeling the effects through higher prices for RAM modules, SSDs, laptops, smartphones, USB drives, and other storage products. Since building new semiconductor fabrication facilities takes several years, increasing supply is not an immediate solution. The growing RAM And Storage ...

  Google has officially confirmed that it will host a media-only Googlebook preview event in New York City on September 15, 2026, offering journalists an exclusive first look at its next-generation laptop platform. Rather than a traditional consumer launch, the event will feature a Google leadership keynote, OEM partner demonstrations, and hands-on sessions where attendees can explore the new devices and their capabilities. Googlebook marks Google's attempt to create a new premium laptop category by combining the best of Android and ChromeOS with Gemini Intelligence at its core. The platform introduces AI-powered features such as Magic Pointer for contextual actions, Create My Widget for personalized dashboards, Cast My Apps for running Android apps directly from a compatible phone, and Quick Access for seamless file sharing across devices. The first wave of Googlebook laptops will be built by Acer, ASUS, Dell, HP, and Lenovo, giving the platform strong hardware support from day o...