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"Upcoming cell phone chips from Qualcomm will use artificial intelligence to block malware before it infects your phone. The chip company said on Monday that the next-generation Snapdragon 820 processor used in a variety of Android smartphones will be the first chip that uses machine learning to detect threats and privacy issues thanks to an application called Snapdragon Smart Protect." Qualcomm is trying to use artificial intelligence in a chip for smart phones. The chip will learn to detect any privacy or security issues that would usually be hard to detect.

"These exploits are based on chip engineering flaws, not on software flaws. Apple, Google, Abode, Microsoft, and other software companies didn't write poor software or bad Operating Systems to cause these problems to occur. Rather, the chip manufacturers - Intel, AMD and ARM - designed and then engineered computer chips with flaws built into them. Once discovered, those flaws allow the Meltdown and Spectre exploits to be run. Worse, these chips have been sold with consumer computers, servers and mobile devices since 1995. so the impact is, potentially, both personal and global in scope."

"The adoption of security chips has not slowed credit card fraud, either. 60,000,000 US credit cards were compromised in the past 12 months and 90% of those were chip-enabled. The majority of compromised cards were stolen by infected point-of-sale terminals. The US has the worst credit card security in the world. The findings come from a Gemini Advisory report, which blames a "lack of chip compliance" in merchants for the rise."

"Five thousand bees will be fitted with the tiny 2.5 mm square RFID chips, which will allow the scientists to track their movements much like a toll tag on your car lets the roadway authority know when you drive past a certain point. Bees tend to fly in regular repeatable patterns, so any changes in their activity will be easy to spot. To tag the bees, they are placed in a refrigerator to make them immobile, then the tags are simply attached with adhesive. The researchers say that the tag has no effect on a bee's behavior, but how would you like to have a big square chip glued to the back of your neck?"

"Transistors use grooves etched in silicon to guide electrons around the chip. The channels do a similar job to that of wires, but on a much smaller scale. Making these grooves just 7nm wide means you can fit more transistors on the chips. For comparison a strand of human hair, at 100,000nm thick, is about 10,000 times wider than the channel. A red blood cell is a thousand times bigger, at 7,500nm in diameter. A strand of DNA is in the same order of magnitude, but slightly smaller at just 2.5nm wide."

"But the uniqueness of TSMC and its location on an island that the Chinese regime regards as part of the mainland is giving rise to strategic panic. Both the US and the EU are racing to try to ensure that they have 2nm chip-fabrication capability within their respective jurisdictions. The problem is that one cannot conjure up such capacity just by throwing money at it. TSMC itself has built a fabrication plant in Arizona. But in his speech marking the ceremonial opening of the facility last December, Morris Chang, the firm's founder, said that it could not find enough qualified American workers to run it. It was sending every new American recruit to Taiwan for 18 months of training and was even importing engineers from Taiwan to make the Arizona plant operational. Hopefully it will all be up and running before Xi decides to "do a Putin" and we will no longer to be able to have chips with everything."

"Each chip costs $300 and the company is picking up the tab. They're implanted between a person's thumb and forefinger. Westby added the data is both encrypted and secure. "There's no GPS tracking at all," he said. No one who works at Three Square Market is required to get the chip implant." HOW scary is this!

"Other solutions exist but they sometimes provide minimal time to react - sensors installed on the exterior of the car can tell the driver when to break only when he's a few seconds away from crashing- a distance which most of the time is enough to reduce the impact of the crash but not to prevent it."

"The uniforms allow school officials, teachers, and parents to keep track of the exact times that students leave or enter the school, Lin Zongwu, principal of the No. 11 School of Renhuai in Guizhou Province, told the state-run newspaper Global Times on Dec. 20. If students skip school without permission, an alarm will be triggered. If students try to game the system by swapping uniforms, an alarm also will sound, as facial-recognition equipment stationed at the school entrance can match a student's face with the chip embedded in the uniform."

"This RFID-enabled device allowed its proud new owners to do things such as log into their computer, open doors and purchase food in the office cafeteria with a flick of the wrist. Nearly half of the company's 85 workers had the device implanted when the firm held a "chip party". YIKES!

"TL;DR: all recent macOS devices are no longer safe to use if left alone, even if you have them powered down. The root of trust on macOS is inherently broken They can bruteforce your FileVault2 volume password They can alter your macOS installation They can load arbitrary kernel extensions"

"Generative artificial-intelligence tools are unproven and expensive to operate, requiring muscular servers with expensive chips that consume lots of power. Microsoft MSFT -0.43%decrease; red down pointing triangle , Google, Adobe and other tech companies investing in AI are experimenting with an array of tactics to make, market and charge for it. Microsoft has lost money on one of its first generative AI products, said a person with knowledge of the figures. It and Google are now launching AI-backed upgrades to their software with higher price tags. Zoom Video Communications ZM 1.79%increase; green up pointing triangle has tried to mitigate costs by sometimes using a simpler AI it developed in-house. Adobe and others are putting caps on monthly usage and charging based on consumption. "A lot of the customers I've talked to are unhappy about the cost that they are seeing for running some of these models," said Adam Selipsky, the chief executive of Amazon.com's cloud division, Amazon Web Services, speaking of the industry broadly. "

"What's fascinating about all this is how much of it comes down, not to finance or technology, but to people and what they know. In that sense the FT's deep dive into TSMC's travails reminded me of a striking piece of research conducted decades ago by the philosopher of science Harry Collins when he was a PhD student. Collins was interested in how knowledge gets transferred and intrigued by a particular piece of technology, the TEA laser. This was a device that was comprehensively documented in the physics literature but which research laboratories were unable to replicate. What Collins discovered was that "nobody could make the laser work if they hadn't spent time in a laboratory that already had a working laser. There was very good information in the journals about how to build such a laser. But anybody who tried to put one together using written articles failed. They had something that looked like a laser on their bench, but it wouldn't lase.""

"In a discussion of how to secure the "critical infrastructure" of the United States he described the phenomenon of compromised computer hardware - namely, chips that have hidden "back doors" inserted into them at the design or manufacturing stage - as "the problem from hell". And, he went on, "frankly, it's not a problem that can be solved"."

"McAfee became a wholly owned subsidiary of a chip manufacturer. Crazy right? "

"The gate, a chip component that switches transistors on and off, is a critical measure of transistor size. Previous research had already pushed gate lengths to one nanometer and below. By scaling gate lengths down to the size of single atoms, the latest work sets a new mark that'll be hard to beat. "In the future, it will be almost impossible for people to make a gate length smaller than 0.34 nm," the paper's senior author Tian-Ling Ren told IEEE Spectrum. "This could be the last node for Moore's Law.""

"Hu Xijin, a former editor of the ruling Communist Party's Global Times newspaper, warned that the use of the health code for purposes other than epidemic control "damages the authority" of the monitoring system and would chip away at the public's support for it. His post on Weibo, a Twitter-like social media platform, on Monday became a hashtag that was among the most-searched earlier this week, drawing 280 million views."

"AI tool GNoME finds 2.2 million new crystals, including 380,000 stable materials that could power future technologies Modern technologies from computer chips and batteries to solar panels rely on inorganic crystals. To enable new technologies, crystals must be stable otherwise they can decompose, and behind each new, stable crystal can be months of painstaking experimentation. Today, in a paper published in Nature, we share the discovery of 2.2 million new crystals - equivalent to nearly 800 years' worth of knowledge. We introduce Graph Networks for Materials Exploration (GNoME), our new deep learning tool that dramatically increases the speed and efficiency of discovery by predicting the stability of new materials."