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The FAA is expanding its $875 million AI-powered SMART system to all 22 U.S. air traffic control centers across the country. Since being implemented over Washington, DC, on September 21, the system has helped reroute 180 flights, saving an average of 10 minutes and nearly 80 gallons of fuel per flight. Ars Technica reports: The FAA fact sheet describes SMART as a cloud-based system that combines information about "weather patterns, flight paths, traffic flow and controller staffing metrics" to predict air traffic patterns. It is designed to make scheduling recommendations, identify optimal flight routes, and determine the best order of arrivals for aircraft. However, a human team of FAA specialists based in DC is ultimately responsible for validating the SMART system recommendations before passing them along to air traffic control facilities across the country, according to the agency. Furthermore, the AI-powered SMART system "cannot be used to replace the critical role air traffic controllers play or take over control of an aircraft," the FAA clarified in the September 21 announcement about the initial deployment. Local air traffic controllers can decide whether or not to accept the SMART system recommendations. [...] Following the initial deployment in airspace above DC, the FAA expanded the SMART system's coverage to air route traffic control centers in Atlanta along with Jacksonville and Miami in Florida, according to The Dallas Morning News. The FAA also shared an example with The Dallas Morning News about how SMART recommended a shorter and faster route for a cargo flight arriving at Dallas-Fort Worth International Airport, although the newspaper noted that the agency did not identify the flight involved and has not provided information about how SMART may have assisted passenger flight traffic.

Read more of this story at Slashdot.

13 Nov 2026 11:00am GMT

The European Space Agency has released the largest dataset yet from its Euclid space telescope, containing 1.7 petabytes of observations covering more than 900 million galaxies. "The data unveiled on Thursday covered a survey of the sky equal to about 9,500 times the size of the moon as viewed from Earth," reports Reuters. "The mission's goal is to complete the "largest-ever three-dimensional atlas of the cosmos, spanning more than a third of the sky, in 2031." From the report: "It marks a major milestone for ESA's Euclid mission and for everyone involved," said astrophysicist Valeria Pettorino, ESA's Euclid project scientist. Euclid, launched from Florida in 2023, is gathering data on how the universe has expanded and how its structure has formed over time while amassing information about the nature of dark energy and dark matter and the role of gravity on large scales. "Euclid will not just take images of galaxies in the sky, in two dimensions, but will also measure their distance, the third dimension. This will tell us where galaxies are in space and time, across 10 billion years, and in all directions beyond our galactic plane," Pettorino said. "Galaxies cluster along filaments, surrounded by empty space, and form a network that we call the cosmic web. Euclid will reconstruct the cosmic web and how it has grown over time. This is important because the exact configuration of the cosmic web, how many clusters or voids are there, how fast it changed, depend on the properties of dark energy and dark matter," Pettorino said. [...] Previous Euclid data releases covered only a few days of observations. The newly released dataset includes more than a year of data and still spans only 14% of the total sky area Euclid is due to survey in visible and near-infrared light over six years. This data release will be completed next year with the first results on dark energy and dark matter.

Read more of this story at Slashdot.

13 Nov 2026 7:00am GMT

An anonymous reader quotes a report from the Hill: Elon Musk's SpaceX plans to invest more than $74 billion into building two data centers in Texas and Arizona, the company announced Thursday, marketing them as projects that will boost local communities amid backlash surrounding such facilities. "These investments will expand local tax bases, generate substantial new revenue for schools and public services, and create economic opportunities that extend far beyond the facilities themselves," the company said in a release. SpaceX said it will put more than $24 billion into a new project in Texas's Rio Grande Valley, expanding the company's headquarters in Starbase -- a coastal town the tech giant established in 2025 in a previously unincorporated area of Cameron County. In Arizona, SpaceX will invest around $50 billion in Cochise County, a rural area east of Tucson bordering Mexico and New Mexico. SpaceX pledged the new projects will be created cooperatively with the surrounding communities and will be environmentally conscious. The company said the project in Texas would generate its own power and invest $220 million to expand the water supply in nearby Brownsville. While in Arizona, it vowed to work with local electric cooperatives and "potentially" reduce electric bills, saying the site would use dry cooling without water consumption. "They require strong partnerships with local communities, responsible environmental stewardship, and stable, competitive policies that give companies the confidence to make long-term investments," the company said in a release. Both sites promise hundreds of permanent jobs even once construction is complete.

Read more of this story at Slashdot.

13 Nov 2026 3:30am GMT

The ReactOS project organised two hackfests this year, and the work done during those in-person sessions, combined with the ongoing regular progress, has led to some pretty significant breakthroughs and progress. More NT6+ syscalls have been added, ReactOS supports floppy disks now, NTFS support has been vastly improved, and much more. There's also a new USB3/4 stack, which is now merged and offers basic support for these versions of USB. One of the biggest additions is a new kernel shim engine which gives ReactOS the ability to work around buggy drivers and implement quirks, moreso than even Windows itself can. For instance, thanks to this new shim, XP-era NVIDIA drivers can run on NT6 ReactOS. The ongoing efforts to implement SMP are yielding results too: ReactOS can now run with SMP for days on end while doing tasks in the background, which is quite promising. The team is showing off Steam and the game Among Us running on ReactOS, which is definitely impressive.

13 Nov 2026 12:38am GMT

MATE is probably the last X11-only holdout among the major desktop environments, but that's about to change if Kerem Söke has anything to say about it. Polo is a port of Marco's behavior and window management policies to Wayland, built on libweston and written in Vala and C. It's a window manager, compositor, and session authority for the MATE Wayland desktop. It takes over, step by step, what Marco, mate-session-manager and the compositor-facing parts of mate-settings-daemon do on X11. ↫ Polo's GitHub page Söke is looking for testers with this very first Polo 1.0.0 release - cute name, too - which is available on its GitHub page.

13 Nov 2026 12:16am GMT

Ars Technica published a short write-up about changes to IBM's quantum computing plans. The changes greatly expand the scope of its next-generation Nighthawk general-use processors by adding a version with over 500 programmable qubits. At the same time, it's stepping back a bit on its plan to link multiple Nighthawk processors together, dropping the intended number of linked systems from nine to two. The total number of qubits planned for next year will remain the same; how the company is getting there, however, will be different. Meanwhile, the company is touting the performance boost achieved via a major change that was made in the generation of Nighthawk processors released in September: hardware-based qubit resets. ↫ John Timmer at Ars Technica I'm convinced quantum computing will eventually have a big impact in the areas its characteristics are presumed to be well-suited for. Also, it just looks and sounds incredibly cool, even if as the technology currently stands it's not particularly useful yet.

13 Nov 2026 12:03am GMT

This is a story of how we got from something like this: Failed to deserialize BUILDINFO file: Parser failed with the following error: unknown ^ invalid makepkg build environment option expected `buildflags`, `ccache`, `check`, `color`, `distcc`, `sign`, `makeflags` To this: When the ALPM project started, the goal was fairly simple: Better tooling to interact with the low-level plumbing of Arch Linux Package Management (ALPM). This meant binaries to read/write individual file types, better error messages, extensive specifications and of course exports to common dataformats like JSON. The thing is, although some of us already had experience with low-level dataframe parsing, …

08 Oct 2026 12:00am GMT

Over the last few weeks, we have been doing research on the integration of our official distribution packages when installed on a target system. In this context we have been looking at the current uses of alpm-install-scriptlet(5) files and alpm-hooks(5) in around 120 package source repositories (alpm-source-repo(7)) to better understand the underlying functionality and use-cases these two integrations offer and target. In this article we are going to look at how these two systems work, how Arch Linux is currently using them and attempt to provide suggestions for when to use which. Learning about alpm-hooks(5) and alpm-install-scriptlet(5) files …

09 Aug 2026 12:00am GMT

Good morning from JetBrains Berlin office!

01 Jun 2026 12:00am GMT