An anonymous reader quotes a report from Reuters: The House Oversight and Reform Committee on Thursday asked the FBI to investigate the role Parler, a social media website and app popular with the American far right, played a role in the violence at the U.S. Capitol. Representative Carolyn Maloney, who chairs the panel, cited press reports that detailed violent threats on Parler against state elected officials for their role in certifying the election results before the Jan. 6 attack that left five dead. She also noted numerous Parler users have been arrested and charged with threatening violence against elected officials or for their role in participating in the attack. Maloney asked the FBI to review Parler's role "as a potential facilitator of planning and incitement related to the violence, as a repository of key evidence posted by users on its site, and as a potential conduit for foreign governments who may be financing civil unrest in the United States." Maloney asked the FBI to review Parler's financing and its ties to Russia after she noted the company had re-emerged. Maloney cited Justice Department charges against a Texas man who used a Parler account to post threats regarding the riots that he would return to the Capitol on Jan. 19 "carrying weapons and massing in numbers so large that no army could match them." The Justice Department said the threats were viewed by other social media users tens of thousands of times. While Parler has reappeared online thanks to a cloud services company based in Russia, it doesn't appear to be hosted via Amazon Web Services anytime soon. According to NPR, a U.S. district judge sided with Amazon, arguing "that it is within Amazon's right to punish the company over its refusal [to remove posts that threatened public safety]." Slashdot reader fropenn first shared the story.

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It takes more than gasoline to make a racecar run. It requires money. And money requires sponsors. And sponsors require spectators who they hope will become customers. Which became a problem for motorsports when Covid-19 shut down tracks worldwide early last year. The cash drought put teams, tracks and race series in danger of extinction. From a report: The industry turned to an emerging phenomenon -- simulated racing. In these highly realistic video games, cars obey the laws of physics and race on reproductions of real-life tracks that are accurate down to the last pavement seam. In an experiment, NBC and Fox replaced the canceled races with sim races. No one knew if digital cars would draw viewers and pay off for sponsors. Traditionally, racecars served as high-speed billboards leading consumers to clamor for the engine oil proved superior by the winning car. Could a sim car sell engine oil, having neither an engine nor oil? Ten months into the experiment, sim races seem to be paying off, as television and web audiences helped to salvage the 2020 season. And now sim racing gives teams a new source of revenue, gives sponsors a more accountable form of marketing and has interested a young audience that motorsports have struggled to capture. Soon sim racing will face the real test: Can it retain fans and sponsors when real cars are back on real tracks and real spectators are in the stands?

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Instacart plans to terminate about 1,900 employees' jobs, including the only unionized positions in the U.S., representing a fulsome embrace of the gig economy. From a report: The grocery delivery company already classifies most of its workers as independent contractors, whose ranks have ballooned to more than 500,000 during the coronavirus pandemic. But starting in 2015, the company hired a small subset of workers as employees, who under U.S. law are entitled to protections like minimum wage and can be subject to more direction and training by their boss. "What we found is that our shoppers require training and supervision, which is how you improve the quality of the picking," Instacart Chief Executive Officer Apoorva Mehta said at the time. "You can't do that when they are independent contractors." Now, Instacart is moving in the other direction, eliminating 1,877 employees' positions, including those of 10 workers in Illinois who last year became the first in the country to vote to unionize at the company. The company said itâ(TM)s doing this as part of a shift toward new models, like providing its technology to retailers to have their own workers prepare customers' orders.

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We're following the state of play with Intel's new CEO, Pat Gelsinger, very closely. Even as an Intel employee for 30 years, rising to the rank of CTO, then taking 12 years away from the company, his arrival has been met with praise across the spectrum given his background and previous successes. He isn't even set to take his new role until February 15th, however his return is already causing a stir with Intel's current R&D teams. From a report: News in the last 24 hours, based on public statements, states that former Intel Senior Fellow Glenn Hinton, who lists being the lead architect of Intel's Nehalem CPU core in his list of achievements, is coming out of retirement to re-join the company. (The other lead architect of Nehalem are Ronak Singhal and Per Hammerlund - Ronak is still at Intel, working on next-gen processors, while Per has been at Apple for five years.) Hinton is an old Intel hand, with 35 years of experience, leading microarchitecture development of Pentium 4, one of three senior architects of Intel's P6 processor design (which led to Pentium Pro, P2, P3), and ultimately one of the drivers to Intel's Core architecture which is still at the forefront of Intel's portfolio today. He also a lead microarchitect for Intel's i960 CA, the world's first super-scalar microprocessor. Hinton holds more than 90+ patents from 8 CPU designs from his endeavors. Hinton spent another 10+ years at Intel after Nehalem, but Nehalem is listed in many places as his primary public achievement at Intel. [...]

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The US National Security Agency has issued a security advisory this month urging system administrators in federal agencies and beyond to stop using old and obsolete TLS protocols. From a report: "NSA recommends that only TLS 1.2 or TLS 1.3 be used; and that SSL 2.0, SSL 3.0, TLS 1.0, and TLS 1.1 not be used," the agency said. "Using obsolete encryption provides a false sense of security because it seems as though sensitive data is protected, even though it really is not," the agency added. Even if TLS 1.2 and TLS 1.3 are deployed, the NSA warns against configuring these two protocols with weak cryptographic parameters and cipher suites.

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An anonymous reader writes: China produces as many artificial intelligence researchers as the US, but it lags in fundamental research. The government hopes to make up ground with a new AI lab in Beijing that brings together top researchers from AI and industry to focus on things like the mathematical foundations of machine learning and neuroscience-inspired AI. But as WIRED reports, it also suggests that even the Chinese government has concerns about the ethical challenges raised by AI. Among the first projects that the government is funding: a Chinese version of GPT-3 for government use. From the article: Noam Yuchtman, a professor at the London School of Economics, has published work that uses evidence from China to suggest that AI benefits uniquely from state intervention, because algorithms are so hungry for data and computer power that governments have access to. But he adds that such a fast-moving and unpredictable technology may also pose problems for governments. "Innovation by its very nature is sort of uncertain, and perhaps nowhere more so than in AI," he says.

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Software development services provider Sequoia Holdings said on Thursday its employees can now receive a part of their salary in cryptocurrencies, should they choose to. From a report: Under the new program, employees can elect to defer a portion of their salary into bitcoin, bitcoin cash, or the Ethereum platform's ether, Sequoia Holdings said. Earlier this month, Bitcoin, the world's most popular cryptocurrency, hit a record high of $40,000, rallying more than 900% from a low in March and having only just breached $20,000 in mid-December.

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One of the biggest trends coming out of this year's CES wasn't something people will necessarily notice at first glance unless they look closely. From a report: After enduring years of cramped, "widescreen" laptop displays, it looks like we're finally starting to say goodbye to the 16:9 aspect ratio. [...] The aspect ratios you'll typically see on laptops are 16:9, 3:2, 16:10 (which, for whatever reason, is called 16:10 rather than 8:5), and (occasionally) 4:3. 16:9 is the most common option and also the one with the lowest amount of vertical space relative to its horizontal space. [...] But this CES showed that 16:10 and 3:2 displays are inching closer to the mainstream. These are some of the biggest laptops announced at the show that are offering non-16:9 display options: HP Elite Folio (1920 x 1280, 3:2) Dell Latitude 9420 2-in-1 (2560 x 1600, 16:10) Lenovo ThinkBook Plus Gen 2 (2560 x 1600, 16:10) Lenovo Legion 7 and Legion 5 Pro (2560 x 1600, 16:10) LG Gram 17 and Gram 16 (2650 x 1600, 16:10) Lenovo IdeaPad 5 Pro (2560 x 1600, 16:10) Lenovo ThinkPad X1 Titanium Yoga (2256 x 1504, 3:2) Lenovo ThinkPad X1 Carbon Gen 9 and X1 Yoga Gen 6 (up to 3840 x 2400, 16:10) Lenovo ThinkPad X12 Detachable (1920 x 1280, 3:2) Asus ROG Flow X13 (up to 3840 x 2400, 16:10) That doesnâ(TM)t mean there are no 16:9 displays left â" plenty of laptops still use it, and probably will for the foreseeable future. And some of these devices, like the LG Grams, were 16:10 already. But it's significant that a large number of the flagships we'll be seeing in the first half of 2021 will be either 16:10 or 3:2. In fact, when you include MSI's 16:10 Summit E13 Flip and Razer's 16:10 Razer Book 13 (both of which were announced prior to CES), I can't think of a mainstream consumer laptop company that isn't now selling a non-16:9 flagship-level machine. It's clear that companies across the board are moving toward laptops with taller aspect ratios, and I fully expect to see more of them in the years to come.

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niftydude writes: Developers at ARM virtualisation company Corellium have managed to get Ubuntu 20.04 up and running on the new Apple Silicon Mac Mini. And we're not talking 'it boots and prints a load of text' running here. No, this is the full Ubuntu desktop experience -- and it's already being described as "completely usable!" Pretty impressive, right? Even Linus Torvalds wasn't convinced that Linux M1 support was likely to appear anytime soon. He told ZDnet's Steven J. Vaughan-Nichols that: "...the main problem with the M1 for me is the GPU and other devices around it, because that's likely what would hold me off using it because it wouldn't have any Linux support unless Apple opens up." Not that he was entirely wrong, mind. GPU support is indeed a current sticking point in Correllium's Linux for M1 effort. It doesn't (yet) include M1 GPU support meaning 'graphics' handling is done via software rendering.

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With hard disks so cheap, it's ridiculous that more and more, the storage for my phone has to come in via Google's or Apple's servers. This is not an accident. It gives them too much control, and it's quiet, you don't hear people ranting about them the way they do about Facebook.

A NYC doctor I saw three years ago wants $40 and won't say what it's for. This isn't the first time they've done this. Luckily this was just for some foot pain, and I know exactly what was done. No tests, nothing.

US Special Envoy on climate John Kerry says President Trump's Paris pull-out endangered lives.

Meet the Raspberry Pi Pico, a tiny little microcontroller that lets you build hardware projects with some code running on the microcontroller. Even more interesting, the Raspberry Pi Foundation is using its own RP2040 chip, which means that the foundation is now making its own silicon. From a report: If you're not familiar with microcontrollers, those devices let you control other parts or other devices. You might think that you can already do this kind of stuff with a regular Raspberry Pi. But microcontrollers are specifically designed to interact with other things. They're cheap, they're small and they draw very little power. You can start developing your project with a breadboard to avoid soldering. You can pair it with a small battery and it can run for weeks or even months. Unlike computers, microcontrollers don't run traditional operating systems. Your code runs directly on the chip. Like other microcontrollers, the Raspberry Pi Pico has dozens of input and output pins on the sides of the device. Those pins are important as they act as the interface with other components. For instance, you can make your microcontroller interact with an LED light, get data from various sensors, show some information on a display, etc. The Raspberry Pi Pico uses the RP2040 chip. It has a dual-core Arm processor (running at 133MHz), 264KB of RAM, 26 GPIO pins including 3 analog inputs, a micro-USB port and a temperature sensor. It doesn't come with Wi-Fi or Bluetooth. And it costs $4.

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Four years ago today we marched. Peacefully. We didn't kill anyone. We didn't occupy the Capitol. We behaved like respectful Americans.

I'm now unfollowing everyone who RTs a fascist post. I don't care if we've been friends for life. You're at best an idiot for doing this. At worst, you also want to see the world burn.