An inside look at how the Internet Archive saves the web

BBC Tech Now reporter Lily Jamali heads behind the scenes of the Internet Archive. The non-profit organisation based in San Francisco gathers billions of web pages in a huge digital archiving project to preserve our internet history from being erased. It also stores and catalogue millions of books, records and videos from around the world.
This video is from Tech Now, the BBC's flagship technology programme.

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Reuters

2 hours ago

• Reuters

Tesla tiptoes into long-promised robotaxi service

SAN FRANCISCO, June 22 (Reuters) - Elon Musk's vision of Tesla's (TSLA.O), opens new tab future is set for a public test on Sunday, when a dozen or so self-driving cars in Austin, Texas start a limited, paid robotaxi service. Though Tesla is dispensing with a webcast product launch event helmed by Musk, fans will be scouring the internet for videos and reports from the coterie of invited riders that will be allowed to hail the small stable of Model Y SUVs for trips within a limited area of the city, accompanied by a Tesla safety monitor in the front passenger seat. The driver's seat will be empty. "Wow. We are going to ride in driverless Teslas in just a few days. On public roads," posted Omar Qazi, an user with 635,200 followers who writes often about Tesla using the handle @WholeMarsBlog and received an invite. The service in Austin will have other restrictions as well. Tesla plans to avoid bad weather, difficult intersections, and won't take anyone below the age of 18. Musk has said he is ready to delay the start for safety reasons, if needed. Tesla is worth more than most of its biggest rivals combined, and Musk has said that is supported by the company's future ability to create robotaxis and humanoid robots. For years, he has promised self-driving cars were just around the corner. Commercializing autonomous vehicles has been risky and expensive. GM's Cruise was shut down after a fatal accident and regulators are closely watching Tesla and its rivals, Alphabet's Waymo, which runs a paid robotaxi service in several U.S. cities, and Amazon's Zoox. Tesla is also bucking the young industry's standard practice of relying on multiple technologies to read the road, using only cameras. That, says Musk, will be safe and much less expensive than lidar and radar systems added by rivals. Nonetheless, Musk says he is being "super paranoid about safety" with the rollout. "So far, this launch lags significantly behind the company's promise and what competitors have already delivered," said technology researcher Forrester's principal analyst Paul Miller. Fans have welcomed the caution and the long-awaited arrival. Qazi said on X, Tesla was launching "extremely cautiously, which is good."

Geeky Gadgets

3 hours ago

• Geeky Gadgets

iPadOS 26: Every Feature That Won't Work on Your Older iPad

iPadOS 26 introduces a variety of new features, design refinements, and performance upgrades, representing a significant evolution in Apple's tablet operating system. However, not all iPads will benefit equally from these advancements. Many of the most notable features are exclusive to newer models, particularly those powered by the advanced M-series chips. This distinction highlights the growing gap between older devices and Apple's latest hardware. Below is an in-depth look at how iPadOS 26 features vary across devices and what this means for users. The video below from Zollotech gives us more details. Watch this video on YouTube. Device Compatibility: Which iPads Are Supported? iPadOS 26 is compatible with a broad range of devices, making sure that many users can access its core updates. Supported models include: iPad (8th generation and later) iPad Mini (5th generation and later) iPad Air (3rd generation and later) iPad Pro 12.9-inch (3rd generation and later) However, the iPad 7th generation has been removed from the compatibility list, reflecting Apple's focus on optimizing the operating system for newer hardware. While older devices will still receive basic updates, they won't support the most advanced features. This limitation is largely due to the increased processing power and memory requirements of the latest functionalities, which older devices cannot meet. Enhanced External Display Support One of the most prominent updates in iPadOS 26 is its improved external display support. For iPads equipped with M-series chips, this feature unlocks full functionality when connected to external monitors, including: Extended desktop capabilities, allowing you to use the external display as an independent workspace The ability to run multiple apps simultaneously on the external screen In contrast, older iPads are limited to basic screen mirroring. This restriction significantly reduces their utility for professional workflows or multitasking on larger displays. If you frequently use your iPad for productivity tasks, this feature could be a compelling reason to upgrade to an M-series model. Multitasking and Windowing Enhancements Multitasking sees a major upgrade in iPadOS 26, particularly for devices with M1 chips or newer. These iPads can now support up to five app windows open at the same time, making it easier to manage complex workflows. This improvement is especially beneficial for users who rely on their iPads for multitasking-intensive tasks, such as video editing, graphic design, or research. On older devices, multitasking is capped at four app windows due to hardware limitations, including reduced RAM and processing power. While this still represents a functional improvement, it underscores the growing divide between legacy devices and Apple's latest offerings. 3D Spatial Scene Features The 3D spatial scene feature is one of the most visually striking additions to iPadOS 26. This functionality enhances photos and lock screens with depth and interactivity, creating a more immersive experience. However, this feature is only available on iPads with M-series chips, as it requires advanced graphics processing capabilities. Older models, including the iPad Pro (3rd and 4th generation), iPad Air (3rd and 4th generation), and iPad Mini (5th generation), do not support this feature. This limitation highlights the increasing reliance on innovative hardware to deliver Apple's most innovative features. Real-Time Translation Real-time translation is another standout feature in iPadOS 26, allowing live language translation in apps such as Messages, FaceTime, and phone calls. This functionality is particularly useful for international communication, allowing users to bridge language barriers seamlessly. However, it is restricted to iPads with M1 chips or newer and is only available in select regions. For users who frequently communicate across languages, this feature could be a significant advantage. Its absence on older devices may be a drawback for those who rely on their iPads for global collaboration or travel. Apple Intelligence Features iPadOS 26 introduces several new capabilities powered by Apple Intelligence, including: Advanced Shortcuts for automating tasks Image Playground for creative photo editing Background suggestions in Messages to enhance conversations Updates to Genoji and improved visual intelligence in screenshots These features are exclusive to M1 iPads and newer, as they require the computational power of advanced processors. While all supported devices benefit from general improvements, the absence of these tools on older models creates a noticeable disparity in user experience. General Improvements for All Devices Even if you own an older iPad, iPadOS 26 still delivers several meaningful updates that enhance usability and performance. These include: A sleek new liquid glass design for a more modern and refined aesthetic Performance optimizations for smoother operation across apps Refinements to multitasking, even within the constraints of older hardware These updates ensure that all compatible devices receive some level of improvement, even if they don't support the most advanced features. This approach allows Apple to maintain a balance between innovation and inclusivity. A Divided Experience: The Impact of Hardware Limitations iPadOS 26 represents a significant leap forward for Apple's tablet operating system, but its most advanced features are reserved for newer iPads equipped with M-series chips. While older models still benefit from general enhancements, the absence of features like enhanced multitasking, 3D spatial scenes, and real-time translation highlights the growing divide between legacy devices and Apple's latest hardware. For users who rely on their iPads for demanding tasks, upgrading to a newer model may be necessary to fully use the platform's potential. This update underscores the importance of staying current with Apple's hardware ecosystem to access the most innovative features and capabilities. Uncover more insights about iPadOS 26 features in previous articles we have written. Source & Image Credit: zollotech Filed Under: Apple, Apple iPad, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.

Glasgow Times

3 hours ago

• Glasgow Times

Celebrated physicist visits old Glasgow school nearly 40 years later

Dr Calum Torrie, associate director and chief engineer at the USA-based Laser Interferometer Gravitational-Wave Observatory (LIGO), visited Cardonald Primary School on Tuesday, June 17, to present a special piece of science-themed artwork and talk about his career. Dr Torrie, who now lives in Pasadena, California, said: "I was proud to come back to Cardonald Primary nearly 40 years after I left to meet pupils and present them with their fantastic artwork representing the first detection of gravitational waves. "Having the opportunity to meet young people and get them engaged with science is always welcome, but being able to meet pupils who are growing up where I did was particularly special." Read more: New Glasgow research centre launched to help advance sustainable shipping (Image: Supplied) (Image: Supplied) He spoke to pupils about his time at the school in the 1980s, his studies in physics and astronomy at the University of Glasgow, and his current work at LIGO. Martin Coogan, headteacher at Cardonald Primary School, said: "We were delighted to welcome Dr Torrie back to the school to meet pupils, discuss his career, and present us with the artwork. "The children thoroughly enjoyed Dr Torrie's presentation, which focused on gravitational wave astronomy and how the remarkable sensitivity of the LIGO detectors was enabled by research at a local university. "It's fantastic to think that an internationally recognised scientist attended our school and studied at the University of Glasgow. "I am sure Dr Torrie's visit to our school will inspire some of our pupils to start thinking about science as a possible future career path." During the visit, Dr Torrie showcased a framed mosaic created by pupils in 2023 as part of a University of Glasgow project. Gravitational waves, first predicted by Albert Einstein in 1916, were detected for the first time in 2015 by LIGO. This discovery opened a new frontier in astronomy and was awarded the Nobel Prize in Physics in 2017. The mosaic visualises one of the signals detected by LIGO and is composed of 1,156 individual drawings contributed by pupils and staff. Dr Torrie also presented the pupils with a framed A3 poster, celebrating their work. Dr Andrew Spencer, University of Glasgow researcher who helped lead the development of the mosaics, said: "The Cardonald mosaic celebrates how this ground-breaking discovery was the work of many people. "The individual squares are recycled from the work of many University of Glasgow researchers, past and present, and each one was decorated by students and staff at Cardonald Primary. "Working with the School to produce the mosaic was a brilliant experience, and it was great to return with Dr Torrie and the final artwork. "We hope that future generations of Glasgow children will grow up to continue the tradition of scientific innovation." Read more: Glasgow University urges unpaid carers to take part in new survey (Image: Supplied) (Image: Supplied) University of Glasgow scientists played a key role in the development of LIGO, particularly in the design of its mirror suspensions and data analysis. Dr Torrie's visit to Cardonald Primary School comes as the global gravitational wave research community prepares to mark the 10th anniversary of the first detection. Glasgow will host the International Conference on General Relativity and Gravitation and the Edoardo Amaldi Conference on Gravitational Waves from July 14 to 18. This conference, organised by the Institute of Physics and supported by the University of Glasgow, will see gravitational wave and relativity researchers from across the globe come together to talk about their research.