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Polaroid introduces an instant retro camera with unique analog effects Polaroid has announced a new instant camera that allows photographers to be more creative and experiment with their shots. In addition to an exposure adjustment dial, the new Polaroid Mod features a dial around the lens for switching between four creative shooting modes with unique analog effects that are captured directly when the shutter button is pressed. Two of the creative modes are based on combining two exposures into a single image. The “Double Exposure” feature overlays two images to blend subjects or scenes, while the “Split Frame” feature divides the image into two halves using a rotating accessory that blocks half of the lens at a time. The “Light Painting” feature uses a slow shutter speed to capture light trails from a moving bright light source. The camera must be mounted on a tripod to prevent static elements in the frame from becoming blurred. “Motion Freeze” is the name Polaroid uses for its rear-curtain flash sync feature. A longer shutter speed is used to capture the subject’s motion trails, which are then combined with a sharp image captured using the flash at the end of the exposure. The Polaroid Mod works with Polaroid i-Type and 600 film in color or black and white. A fully charged 750 mAh battery can shoot up to 15 packs of instant film, or up to 120 frames. The camera uses a fixed-focus system with two lenses: a standard lens with a focal length of 103 mm and a portrait lens with a focal length of 95 mm. They can be switched as needed depending on the subject being photographed. The Polaroid Mod is already available worldwide through the Polaroid online store for $169.99. The new camera will arrive at retail stores in the United States on October 6. If you value what we do, you can support our projects on Boosty. With love, NSWTL.

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Scientists create tiny IR-powered jumping robots—but have yet to figure out what they are for American scientists have developed ring-shaped jumping robots powered by infrared radiation. The project’s authors have not yet proposed any practical applications for these mechanisms, but they have already learned how to control the nature of their movement. In the public imagination, robots are depicted as complex mechanical creations, but the field of soft robotics offers a wide variety of limbs, sensors, and designs, broadening our understanding of the forms and tasks of autonomous mechanisms. Scientists at the University of North Carolina built a non-electronic robot in the shape of a curved ring. Powered by infrared radiation, it is capable of jumping indefinitely. The main part of the robot consists of a cord made of liquid-crystal elastomer, whose ends are held by a V-shaped aluminum clamp. When exposed to infrared radiation, the cord contracts, twisting around its own longitudinal axis and becoming taut. The clamp prevents it from rolling or unwinding, and when the cord accumulates its maximum amount of stored energy, the aluminum clamp suddenly flips downward, strikes the surface, and propels the entire structure forward or upward. During the movement, the cord returns to its original shape and, under continued exposure to infrared radiation, can jump an unlimited number of times. By modifying its design, the robot’s movement can be controlled: if the V-shaped cutout is given an angle of 120°, the robot crawls forward; reducing the angle to 90° makes the mechanism jump forward; and reducing the angle to 50° makes the robot leap vertically upward. It can jump forward a distance equal to three times its body length or upward to a height 80 times its own height. To increase the jumping distance, a weight can be attached to the side opposite the V-shaped stop. This shifts the robot’s center of mass, making its forward movement more powerful and stable—similarly to how a swimmer leans forward before diving from a starting block. The project’s uniqueness lies in the fact that after jumping, the robot does not need to be manually returned to its original position. The scientists have not yet proposed a specific field of application for the design, but they have no doubt that one will eventually be found. The robots could be equipped with lightweight, compact sensors with minimal energy consumption and sent to hard-to-reach places, even over long distances. These machines can easily adapt to different types of surfaces, operate in liquid environments, and overcome obstacles. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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To buy a PlayStation 5 Pro, Japanese consumers will have to win a lottery — this is how Sony is fighting scalpers and tourists Sony’s PlayStation 5 Pro game console has been on the market for almost two years and, seemingly, should no longer be in short supply. However, Sony has also been affected by the global memory chip shortage that has emerged due to the AI boom, while the imminent release of GTX VI has additionally triggered a sharp increase in demand for consoles. Against the backdrop of the console shortage, Sony has decided to filter PlayStation 5 Pro buyers in Japan using a lottery system. This approach helps combat scalpers and is not new. According to the source, customers purchasing the console from Sony’s official stores in its home market will need not only the desire to buy the device but also a local PSN account. In addition, lottery participants must have at least 60 hours of recorded playtime on a PlayStation 5 or PlayStation 4 over the past two years. Only those who meet all of the aforementioned criteria will be eligible to participate in the lottery to purchase a PlayStation 5 Pro. Applications to participate in the lottery will open on October 7, while console sales will begin on October 26. If the number of applications to purchase the device at the recommended retail price exceeds the available supply, buyers will be selected at random, as in a lottery. Selected candidates will have to complete the purchase of the device by November 2 at the latest. Since the PlayStation 5 Pro has been on the market for almost two years, it could have been assumed that demand for the device was declining. In reality, however, there is currently growing interest from buyers, partly due to the upcoming release of GTA 6. Japanese gamers have previously complained that foreign tourists were buying up Nvidia GeForce RTX 5090 graphics cards. Against this backdrop, launching a lottery that requires participants to have a Japanese PSN account seems entirely logical. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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iQOO 16 unveiled — a flagship with Snapdragon 8 Elite Gen 6 Extreme, a trio of 50 MP cameras, an exceptionally bright display, and an 8400 mAh battery iQOO has introduced the iQOO 16 smartphone in China, positioning it as the successor to last year’s iQOO 15, aimed at delivering high performance. The new flagship is equipped with a Snapdragon 8 Elite Gen 6 Extreme processor, the proprietary iQOO Q4 gaming chip, and a high-capacity battery. The iQOO 16 features a 6.85-inch Samsung M16 AMOLED display with a resolution of 3168 × 1440 pixels and a refresh rate of up to 165 Hz. The screen supports an instant touch-sampling rate of up to 5000 Hz, a global brightness of 2800 cd/m², and a peak local brightness of 10,000 cd/m². The panel also offers DC Dimming technology across the entire brightness range, along with high-frequency PWM dimming at up to 3300 Hz. The device is powered by the flagship Snapdragon 8 Elite Extreme Gen 6 processor, built using TSMC’s 2 nm process technology and clocked at up to 5.01 GHz. The chip works alongside LPDDR5X Ultra Pro RAM and UFS 4.1 storage. The smartphone is also equipped with a dedicated proprietary Q4 gaming processor, the Monster Super Core Engine, and a cooling system with an 8500 mm² vapor chamber. This combination of components ensures high and stable performance across all tasks. The 8400 mAh battery uses fifth-generation silicon-anode technology and supports 100 W wired charging, as well as 40 W wireless charging. In addition, the device uses the proprietary iQOO Q-flex control technology, which optimizes six stages of touch-input processing and interacts with the touch controller and gyroscope at the game-engine level to reduce response latency in games. The rear panel houses a 50 MP main camera with an OmniVision OV50Q sensor and optical image stabilization, a 50 MP periscope telephoto lens with a Sony LYTIA 600 sensor and optical image stabilization, and a 50 MP ultra-wide-angle camera. The front features a 32 MP selfie camera. The smartphone’s main camera supports video recording at resolutions of up to 8K. The iQOO 16 runs Android 17 with the proprietary OriginOS 7 interface. The device is equipped with a 3D ultrasonic fingerprint scanner, Wi-Fi 7 and NFC, a USB 3.2 Gen1 port, an IR port, and stereo speakers. To provide more varied and precise haptic feedback, the smartphone uses a linear vibration motor supporting both the X and Z axes. The body’s protection complies with IP68 and IP69 standards, ensuring resistance to dust and water. The iQOO 16 starts at 5999 yuan (approximately $900) for the version with 12 GB of RAM and 256 GB of internal storage. The model with 12/512 GB of memory is priced at 6799 yuan (approximately $1020), while the version with 16/512 GB costs 7499 yuan (approximately $1125). The variant with 16 GB of RAM and 1 TB of storage costs 8499 yuan (approximately $1275). The smartphone is available in three design options: Chasing Light, Legend, and Track. Information about the global version of the iQOO 16 previously appeared in the database of the European certification authority EEC. However, there is still no official information about when the device will be released on the international market. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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SberDevices unveils a gamepad with GigaChat — included with a special edition of SberBox Max At the Moscow Startup Summit, SberDevices unveiled a limited special edition of the SberBox Max media center, which comes with a gamepad. The gaming controller can work with the set-top box itself as well as with other Sber devices, and it also features built-in GigaChat. The gaming controller, which debuted with the special edition of SberBox Max, was specifically designed for maximum compatibility with all products in the Sber ecosystem, from media centers to Sber TV. It connects to devices quickly, seamlessly, and without lag—an important feature for a gamepad intended for fast-paced games that require an immediate response. The controller also supports the built-in GigaChat neural network, allowing users to control the set-top box with voice commands. The gamepad provides up to ten hours of battery life on a single charge. A key feature of the gaming edition of SberBox Max is a launcher with quick access to popular sections of the VK Play cloud gaming platform; device owners receive ten hours of cloud gaming free of charge. Games in the interface are divided by genre, including “Action,” “Racing,” “Shooters,” and others. The distinctive modern design is enhanced by neural network-generated visuals: GigaChat creates cover art and previews for each section. In all other respects, SberBox Max retains all the advantages of a media center that turns any television into a smart TV and allows users to watch low-resolution video in enhanced quality. The recommendation algorithm adapts to the viewer’s preferences, helping them decide what to watch. Search across all installed apps is supported, and users can even find a film by its description if they have forgotten its title. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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AI Is Voracious: ByteDance Consumes One-Fifth of All Chinese Data Center Capacity The combined capacity of operating data centers in China exceeds 24 GW, while another 20 GW is accounted for by projects under development, according to SemiAnalysis. ByteDance accounts for approximately one-fifth of the country’s operating capacity—the owner of TikTok is the largest data center tenant in China and one of the main drivers of artificial intelligence infrastructure development. SemiAnalysis’s estimate is based on monitoring data from more than 1,000 facilities in China operated by over 60 companies. ByteDance leases almost all of the data center space it uses. The company’s AI products include the Doubao assistant, which has several hundred million users, and the Seedance video generator. As a private company, ByteDance does not disclose its financial results, but the capital expenditures of its publicly traded competitors have risen sharply: in the second quarter, Alibaba, Tencent, and Baidu invested a combined $20 billion—twice as much as in the same period last year. In that quarter, all three Chinese technology giants recorded negative free cash flow for the first time. The combined capacity of operating data centers in China exceeds 24 GW; the company’s analytical model also includes projects under development—around 20 GW—and announced projects—another 30 GW. For comparison, data center capacity in the United States is projected to reach 56 GW by the end of 2026; in the Asia-Pacific region, excluding China, 15 GW; and in Europe, Africa, and the Middle East, 14 GW. Notably, older facilities in China continue to have high vacancy rates. Historically, the industry has been closely linked to the telecommunications sector: one-third of the country’s data center capacity still belongs to three state-owned telecom operators. Many of these data centers were built to lease a small number of low-power racks to individual customers and are not equipped to provide the high power levels required by AI servers. New facilities leased by cloud operators and capable of supporting AI workloads are filling up faster. “In the AI era, capacity is being leased wholesale. Outdated facilities designed for retail customers are not part of this process,” SemiAnalysis noted. The shortage of chips remains a constraining factor. In the first half of 2026, the rate at which Chinese customers filled new data center space was lower than expected—there were insufficient supplies of both Chinese and imported chips. During this period, China increased its AI computing capacity by 595 exaflops. For comparison, the figure was 802 exaflops in the second half of 2025, according to Goldman Sachs data. According to China’s Ministry of Industry and Information Technology, the total capacity of AI computing equipment reached 2,185 exaflops by the end of June, up 177% year over year. In terms of AI workloads, the increase in capacity during the first half of the year amounted to 0.7 GW, Goldman Sachs estimated—while demand for data center services in China is expected to grow at an average annual rate of 20% between 2025 and 2028. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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Motorola is also preparing a “passport-style” foldable smartphone — the Razr Flex will feature a 165 Hz display and an AI shortcut button Motorola is preparing to launch the wide-format foldable Razr Flex smartphone, codenamed Parker, which will compete with the iPhone Duo, Galaxy Z Fold8, and other models comparable in size to a passport. Alleged specifications and images of the device have appeared online, created based on leaked sketches and the current design. The Razr Flex will feature a 6.92-inch internal foldable OLED display with a resolution of 1728 × 2364 pixels and an ultra-high 165 Hz refresh rate. The main display will support HDR10, HDR10+, and Dolby Vision, while the external OLED display will measure 4.97 inches diagonally and have a resolution of 1736 × 1140 pixels. At the same time, according to Android Headlines, the bezels around both screens will be the same width. Inside, the smartphone will have a Qualcomm Snapdragon 8 Gen 5 chip clocked at up to 3.8 GHz, 12 GB of RAM, and 256 GB of internal storage. The internal storage cannot be expanded with a memory card, although Motorola may also prepare other configurations. Battery life will be provided by a 5000 mAh battery consisting of two cells. Qi2 wireless charging will support up to 25 W, while wired charging will operate via USB-PD, although its maximum power is not yet known. The rear panel will house two 50-megapixel cameras — a main camera capable of 30x digital zoom and an ultrawide-angle camera. The device’s connectivity options will include Wi-Fi 7 and Bluetooth 6.0 with LE Audio, while mobile connectivity will be provided by nano-SIM and eSIM support. The smartphone will run Android 17 and offer water and dust protection according to the IP48 and IP49 standards, a fingerprint scanner integrated into the power button, and a separate physical key for artificial intelligence features. When unfolded, the device will measure 110 × 149 × 5.8 mm; when folded, it will measure 110 × 76 × 12.6 mm. The device will weigh 215 grams. Unofficial mock-ups also show a horizontal camera module, buttons in the upper part of the right edge, a centered hole in the external display, and a hole in the upper-right corner of the internal display. The Motorola Razr Flex is expected to be available in PANTONE Coriander (gray-beige) and PANTONE Dark Botanical Garden (dark green). The model is scheduled to launch in mid-December, although the timing may still change. The price has not yet been disclosed, and the company itself has not confirmed the published specifications or the final design. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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Spider robots have learned to weld ships — they can walk on ceilings, reach hard-to-access areas, and may take people’s jobs In South Korea, robots have come closer to valuable practical use — they are taking on the role of welders at shipyards. Diden Robotics has introduced the four-legged DIDEN Spider robot for welding, inspection, and other hazardous operations inside vessels under construction. Unlike wheeled platforms, Spider can move across steel floors, vertical walls, and ceilings, using electromagnets in its limbs, which significantly speeds up the work. According to the developer’s estimates, spider robots can accelerate ship construction by 60–70%. This involves not only welding but also the processing of weld seams — inspection, grinding, and painting. Together with Aidin Robotics, a specialist in surface-processing tools, DIDEN Spider is creating a sensor system to determine the forces exerted by robotic tools during automated surface processing. According to Diden Robotics, the company has already signed contracts to supply robots to two South Korean shipbuilding companies and one European customer, while the first commercial units were delivered to a Korean shipbuilder in December 2025. In South Korea, these companies are Samsung and Hyundai, which operate some of the world’s most advanced shipyards. Using robots for welding and surface processing will make them more competitive, which is necessary in light of the growing role of Chinese shipbuilders. Whether the Chinese will stay away from similar innovations is not even a question — they will not, allowing them to continue putting pressure on Samsung and Hyundai. Ultimately, welding robots will become widespread, challenging one of the highest-paid skilled trades. Material on YouTube Incidentally, working with a welding arc creates certain problems for the robots’ electronics. Short high-voltage pulses can spread through the robot’s metal structure and alter the electrical potential used by electronic circuits as a reference. This leads to false signals and interference with operations. Diden Robotics reports that during the initial tests, this caused communication errors and spontaneous restarts of the control boards. Therefore, the company is developing its own electronics specifically for operation in such conditions. The first commercial batches of welding robots are expected to appear in 2027. The company is also developing bipedal platforms for working in narrow openings, as well as a humanoid welding robot. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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Money Goes Round, Risks Rise: Nvidia Tries to Draw Insurers into AI Bubble Financing Deals The artificial intelligence boom requires colossal investments with uncertain prospects for financial returns. It is hardly surprising that it has already spawned numerous circular-financing deals in which everyone passes money around in a circle, while no one fully bears responsibility for the end result. Nvidia is trying to balance the industry’s risks by involving insurance companies in indirectly securing deals to build data centers. This is reported by the Financial Times, which says that Nvidia representatives have been negotiating with insurance companies. The idea is to insure against the risk of bankruptcy of a company that has undertaken to build a data center based on Nvidia’s computing accelerators. It is no secret that under normal conditions, these accelerators lose value fairly quickly, and Nvidia itself contributes significantly to this process by releasing increasingly powerful next-generation accelerators every year. Loans for data center construction, however, are issued based on the fixed value assigned to the computing accelerators purchased for the facility. If the borrower goes bankrupt, these accelerators may have to be sold at a steep discount, leaving the lender at risk of losing a great deal of money. Nvidia wants insurers to cover the amount by which the accelerators are discounted in such cases. At the same time, the company boasts about the strong demand for its accelerators, claiming that they lose little value over time amid the AI boom. Some independent appraisers share this optimism. For example, Barkr AI claims that an eight-chip Nvidia system based on the 2022 H100 still costs $320,000—almost as much as a new system cost four years ago. However, this imbalance is possible only because demand for such accelerators is lagging behind supply. Once the market reaches equilibrium, Barkr AI experts believe that a system of this class will lose a third of its value during its first year of operation, and after six years its residual value will not exceed $30,000. According to Nvidia, which is promoting the idea of involving insurers in the indirect financing of the industry through its financial solutions director, Ingemar Lanevi, the availability of specialized insurance programs will attract more capital to the AI infrastructure construction segment. In addition, for counterparties, working with neocloud providers will become just as acceptable as working with market giants that possess substantial financial reserves. At the very least, risk insurance will level the playing field for both major and emerging market participants. Nvidia is even prepared to join investment consortia financing the development of AI infrastructure. It has already undertaken to attract $500 billion to this sector, and it has also assumed financial guarantees amounting to $105 billion for the construction of a large data center for OpenAI. Investments in the AI industry are already being measured in sums so large that even the biggest companies cannot raise them alone, so schemes involving shared liability will become increasingly widespread. Nvidia is already hiring consultants and brokers to work out these matters. In negotiations with potential partners, the company even uses the following arguments: “AI infrastructure is an investment-grade asset because it is uniquely productive, reliable, and fungible.” Initially, Nvidia wanted to cover lenders’ risks using its own funds, but it is now considering insuring such risks. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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TSMC Expands Its Chip Empire in the US: After Six Fabs in Arizona, Another Six Could Appear in Texas Until now, Taiwanese company TSMC’s efforts to localize chip production in the US have been focused on Arizona, where the total number of chip-manufacturing fabs is expected to grow to 12, while four chip-packaging facilities and a research center are also set to appear nearby. New information suggests that TSMC is also interested in Texas as a second US location. The Economic Daily News reports that the company could establish another six advanced facilities in Texas for processing silicon wafers, which are subsequently used to produce semiconductor chips. While TSMC plans to invest up to $265 billion in total in the development of its Arizona cluster, investments in Texas could be even higher, according to Taiwanese sources. TSMC’s customers, which account for more than 75% of its total revenue, are currently experiencing a boom in the US, but most of the company’s facilities are located on the island of Taiwan. TSMC has been actively trying to move closer to its US customers for several years, but so far Arizona is home to the only contract chip-manufacturing facility that produces 4-nanometer components for local customers. Under Biden, US authorities attempted to encourage TSMC to localize production through subsidies, while Donald Trump used tariffs during his second presidential term to exert pressure on Taiwanese businesses. TSMC is reportedly considering establishing a presence in Dallas, in northern Texas, where some infrastructure for developing semiconductor manufacturing operations is already available. Samsung Electronics has two technology parks in the state, although its older facility in Austin can no longer be considered cutting-edge in terms of the technologies it uses. In Taylor, however, the South Korean giant plans to begin producing 2-nanometer chips for Tesla. TSMC is facing water and labor shortages in Arizona, while Texas can offer not only an ample workforce but also well-developed energy infrastructure and a low tax burden. It is noted that TSMC’s board of directors has not yet decided whether to begin construction of facilities in Texas, meaning that the initiative has not been finally approved. If you value what we do, you can support our projects on Boosty. With love, NSWTL.
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