Samsung Electronics will receive up to $6.4 billion in funding for semiconductor manufacturing in the U.S. as part of the CHIPS and Science Act. Samsung Semiconductor CEO Kye Hyun Kyung and Commerce Secretary Gina Raimondo celebrated the news this week at the company’s Taylor, Texas plant. The funds are earmarked for Samsung’s expansion in Central Texas to create additional manufacturing capabilities of essential chips for the AI, automotive, IoT, aerospace and other sectors. With the funds, Samsung is “strengthening the local semiconductor ecosystem and positioning the U.S. as a global semiconductor manufacturing destination,” Kyung said. Continue reading Samsung Will Receive Up to $6.4 Billion in CHIPS Act Funding

Google’s Project Loon, a plan to use balloons to beam broadband Internet to unserved areas, was shut down in 2021 after eight years, but Loon’s core technologies have propelled a spinout, Aalyria, which is developing advanced networking and laser communications that far exceed anything available today, extending connectivity where there is no infrastructure “at an exponentially greater scale and speed,” according to the company. Aalyria’s first commercial client is the Defense Innovation Unit (DIU), a division of the U.S. Department of Defense that awarded an $8 million contract to develop high-speed Internet in space. Continue reading Aalyria: Google Spinout Plans to Deliver High-Speed Internet

Space Exploration Technologies Corporation (SpaceX) has already launched 1,500+ satellites for Elon Musk’s broadband Internet network Starlink that is currently available in about a dozen countries. According to Musk, who spoke at the Mobile World Congress this week, Starlink will be beaming Internet everywhere in the world except polar regions by August. He added that Starlink should have about 500,000 users within the next 12 months and that SpaceX will have invested between $5 billion and $10 billion before cash flow becomes positive. Continue reading SpaceX Starlink Internet Slated to Go Live Globally in August

Facebook announced that it is grounding a solar-powered aircraft project it originally hoped would have used laser technology to help provide Internet access for underserved communities. In an effort to connect the nearly 4 billion people around the world who still do not have Internet access, the company has been working for several years from Bridgwater, UK on a high altitude platform station (HAPS) system called Aquila. Rather than continue to develop its own aircraft, however, Facebook has opted to partner with companies such as Airbus and close its facility in Bridgwater. Continue reading Facebook Pulls the Plug on its Aquila Solar-Powered Aircraft

Ujet rolled out its first energy-efficient, lightweight, portable, electric smart scooter at CES. Priced at $8,900 or $9,900, depending on which smart battery is selected, the Ujet weighs less than 100 pounds due to the frame’s alloy and carbon composite materials, and tires constructed of single-wall carbon nanotubes. Easily chargeable via a standard outlet (no charging station required), the scooter can be controlled remotely by an Android or iOS app that provides access to customer support, performance monitoring, ignition system, locks, directions, location, even the ability to disable the Ujet in the case of a theft. Continue reading CES: Ujet Unveils Energy-Efficient Scooter With Smart Battery

If measured in press impressions, 2017 has most definitely been the “Year of AI,” But looking past the hype, a few things are clear: 1) progress in actual machine intelligence capability has been slow and fragmented; 2) applied AI is still the domain of less than 20 companies; and 3) still, machine learning (not AI) is being deployed across enterprise domains of numerous business sectors and creating big value. Similarly, and since it will take another year or two for current advances in machine learning to trickle down to the consumer sector, we’re not really expecting much breakthrough in AI or even machine learning at CES 2018. Continue reading Artificial Intelligence at CES 2018: Expect More of the Same

President Obama recently signed an executive order, the National Strategic Computing Initiative (NSCI), with the intention of creating the first exaflop supercomputer. This computer would be about 30 times faster than today’s fastest machine, and would be geared toward the development of ongoing scientific and defense research projects. Although the supercomputer would be useful for a vary of governmental projects, many see this initiative as a response to China’s 33.86 petaflop Tianhe-2, now the fastest supercomputer in the world. Continue reading President Obama Signs Order for New Supercomputer Initiative