"Battling choppy waves and high winds, three engineers pulled ashore a yellow submarine in Scotland this week," reports the BBC. "With sheets of water pouring from its body, the UK's most famous robot — Boaty McBoatface — was winched up after 55 days at sea." Boaty has completed a more-than-2,000km scientific odyssey from Iceland [the longest journey yet for its class of submarine, and major test of its engineering]... "Boaty has absolutely passed. It's a massive relief," says Rob Templeton [from Southampton's National Oceanography Centre]... It is exciting technology but the science that Boaty was doing could be part of a game-changer in how scientists understand climate change...

Cruising at 1.1metres per second and diving thousands of metres, Boaty had more than 20 sensors monitoring biological and chemical conditions like nutrients, oxygen levels, photosynthesis and temperature... "We are measuring what's been happening in the upper ocean with the phytoplankton, the plants that grow there. We are looking at the little zooplankton, the animals that eat them. And we've been measuring the fecal pellets, the poo that the animals produce," explained Dr Stephanie Henson [chief scientist on the research project "BioCarbon" run by the National Oceanography Centre, the University of Southampton and Heriot-Watt University in Edinburgh.] "Our climate would be significantly warmer if the carbon pump wasn't there," Stephanie said. Without it, atmospheric carbon dioxide levels would be about 50% higher, she says. But current climate modelling does not get the carbon pump right, she says. "We want to know how strong it is, what changes its strength. Does it change from season to season, and year to year?" she says...

There are tentative signs from the research that the carbon pump might be slowing down, the scientists explain. The team recorded much smaller "blooms" of the tiny plants and animals that feed on them than they expected in spring. "If that trend were to continue in future years it would mean the biological (carbon) pump could be weakening which could result in more carbon dioxide being left in the atmosphere," Stephanie said.
It's really nice to see photos of the yellow submarine coming ashore after 55 days underwater, "on its way home to Southampton."

But according to the article, Dr Adrian Martin (running the BioCarbon project) "explains the research aims to better understand how the oceans are storing carbon because of a controversial field of study called geoengineering." Some scientists and entrepreneurs believe we can artificially change the ocean, for example by altering its chemistry, in the hope it would absorb more carbon. But these are still very experimental and have lots of critics. Opponents worry geoengineering will do unexpected harm or not address climate change quickly enough. "If you're going to make interventions that could be global disturbances of the ocean ecosystem, you need to understand the consequences. Without that, you are not informed to make that decision," he says.

Long-time Slashdot reader sandbagger writes: Have you ever wondered if it's true you can instantly get malware? In this video, a person connects an XP instance directly to the internet with no firewall to see just how fast it gets compromised by malware, rootkits, malicious services and new user accounts. The answer — fast!
Malwarebytes eventually finds eight different viruses/Trojan horses -- and a DNS changer. (One IP address leads back to the Russian federation.) Itâ(TM)s fun to watch -- within just a few hours a new Windows user has even added themself. And for good measure, he also opens up Internet Explorer...

âoeWindows XP -- very insecure,â they conclude at the end of the video. âoeVery easy for random software from the internet to get more privileges than you, and it is very hard to solve that.

âoeAlso, just out of curiosity I tried this on Windows 7. And even with all of the same settings, nothing happened. I let it run for 10 hours. So it seems like this may be a problem in historical Windows.â

Longtime Slashdot reader Baron_Yam shares a report from Phys.Org, with the caption: "It's not sequestration, but it is a closed carbon loop and can store energy from renewable sources to be released when they are not collecting energy." From the report: Carbon in the atmosphere is a major driver of climate change. Now researchers from McGill University have designed a new catalyst for converting carbon dioxide (CO2) into methane -- a cleaner source of energy -- using tiny bits of copper called nanoclusters. While the traditional method of producing methane from fossil fuels introduces more CO2 into the atmosphere, the new process, electrocatalysis, does not. "On sunny days you can use solar power, or when it's a windy day you can use that wind to produce renewable electricity, but as soon as you produce that electricity you need to use it," says Mahdi Salehi, Ph.D. candidate at the Electrocatalysis Lab at McGill University. "But in our case, we can use that renewable but intermittent electricity to store the energy in chemicals like methane."

By using copper nanoclusters, says Salehi, carbon dioxide from the atmosphere can be transformed into methane and once the methane is used, any carbon dioxide released can be captured and "recycled" back into methane. This would create a closed "carbon loop" that does not emit new carbon dioxide into the atmosphere. The research, published recently in the journal Applied Catalysis B: Environment and Energy, was enabled by the Canadian Light Source (CLS) at the University of Saskatchewan (USask). The team plans to continue refining their catalyst to make it more efficient and investigate its large-scale, industrial applications. Their hope is that their findings will open new avenues for producing clean, sustainable energy.

Lego teamed up with the European Space Agency to make Lego pieces from actual meteorite dust, writes Engadget.

"It's a proof of concept to show how astronauts could use moondust to build lunar structures." Consider the sheer amount of energy and money required to haul up building materials from Earth to the Moon. It would be a game changer to, instead, build everything from pre-existing lunar materials. There's a layer of rock and mineral deposits at the surface of the Moon, which is called lunar regolith...

However, there isn't too much lunar regolith here on Earth for folks to experiment with. ESA scientists made their own regolith by grinding up a really old meteorite. [4.5 billion years, according to Lego's site, discovered in Africa in 2000.] The dust from this meteorite was turned into a mixture that was used to 3D print the Lego pieces. Voila. Moon bricks. They click together just like regular Lego bricks, though they only come in one color (space gray obviously.)
"The result is amazing," says ESA Science Officer Aidan Cowley on the Lego site (though "the bricks may look a little rougher than usual. Importantly the clutch power still works, enabling us to play and test our designs.")

"Nobody has built a structure on the Moon," Cowley said in an ESA statement. "So it was great to have the flexibility to try out all kinds of designs and building techniques with our space bricks." And the bricks will also be "helping to inspire the next generation of space engineers," according to the ESA's announcement — since they'll be on display in select Lego stores in the U.S., Canada, the U.K., Spain, France, Germany, the Netherlands, and Australia through September 20th.

Tuesday a SpaceX Falcon Heavy rocket will launch a special satellite — a state-of-the-art weather-watcher from America's National Oceanic and Atmospheric Administration.

It will complete a series of four GOES-R satellite launches that began in 2016. Space.com drills down into how these satellites have changed weather forecasts: More than seven years later, with three of the four satellites in the series orbiting the Earth, scientists and researchers say they are pleased with the results and how the advanced technology has been a game changer. "I think it has really lived up to its hype in thunderstorm forecasting. Meteorologists can see the convection evolve in near real-time and this gives them enhanced insight on storm development and severity, making for better warnings," John Cintineo, a researcher from NOAA's National Severe Storms Laboratory , told Space.com in an email.

"Not only does the GOES-R series provide observations where radar coverage is lacking, but it often provides a robust signal before radar, such as when a storm is strengthening or weakening. I'm sure there have been many other improvements in forecasts and environmental monitoring over the last decade, but this is where I have most clearly seen improvement," Cintineo said. In addition to helping predict severe thunderstorms, each satellite has collected images and data on heavy rain events that could trigger flooding, detected low clouds and fog as it forms, and has made significant improvements to forecasts and services used during hurricane season. "GOES provides our hurricane forecasters with faster, more accurate and detailed data that is critical for estimating a storm's intensity, including cloud top cooling, convective structures, specific features of a hurricane's eye, upper-level wind speeds, and lightning activity," Ken Graham, director of NOAA's National Weather Service told Space.com in an email.

Instruments such as the Advanced Baseline Imager have three times more spectral channels, four times the image quality, and five times the imaging speed as the previous GOES satellites. The Geostationary Lightning Mapper is the first of its kind in orbit on the GOES-R series that allows scientists to view lightning 24/7 and strikes that make contact with the ground and from cloud to cloud. "GOES-U and the GOES-R series of satellites provides scientists and forecasters weather surveillance of the entire western hemisphere, at unprecedented spatial and temporal scales," Cintineo said. "Data from these satellites are helping researchers develop new tools and methods to address problems such as lightning prediction, sea-spray identification (sea-spray is dangerous for mariners), severe weather warnings, and accurate cloud motion estimation. The instruments from GOES-R also help improve forecasts from global and regional numerical weather models, through improved data assimilation."
The final satellite, launching Tuesday, includes a new sensor — the Compact Coronagraph — "that will monitor weather outside of Earth's atmosphere, keeping an eye on what space weather events are happening that could impact our planet," according to the article.

"It will be the first near real time operational coronagraph that we have access to," Rob Steenburgh, a space scientist at NOAA's Space Weather Prediction Center, told Space.com on the phone. "That's a huge leap for us because up until now, we've always depended on a research coronagraph instrument on a spacecraft that was launched quite a long time ago."

The accounting and finance professions have long adapted to technology -- from calculators and spreadsheets to cloud computing. However, the emergence of generative AI presents both new challenges and opportunities for students looking to get ahead in the world of finance. From a report: Research last year by investment bank Evercore and Visionary Future, which incubates new ventures, highlights the workforce disruption being wreaked by generative AI. Analysing 160mn US jobs, the study reveals that service sectors such as legal and financial are highly susceptible to disruption by AI, although full job replacement is unlikely.

Instead, generative AI is expected to enhance productivity, the research concludes, particularly for those in high-value roles paying above $100,000 annually. But, for current students and graduates earning below this threshold, the challenge will be navigating these changes and identifying the skills that will be in demand in future. Generative AI is being swiftly integrated into finance and accounting, by automating specific tasks. Stuart Tait, chief technology officer for tax and legal at KPMG UK, describes it as a "game changer for tax," because it is capable of handling complex tasks beyond routine automation. "Gen AI for tax research and technical analysis will give an efficiency gain akin to moving from typewriters to word processors," he says. The tools can answer tax queries within minutes, with more than 95 per cent accuracy, Tait says.

A new breed of audiobook is taking over digital bookshelves -- ones narrated not by professional voice actors, but by artificial intelligence voices. It's an AI audiobook revolution that has been turbo-charged by Amazon. From a report: Since announcing a beta tool last year allowing self-published authors to generate AI "virtual voice" narrations for their ebooks, over 40,000 AI-narrated titles have flooded onto Audible, Amazon's audiobook platform. The eye-popping stat, revealed in a recent Bloomberg report, has many authors celebrating but is also raising red flags for human narrators.

For indie writers wanting to crack the lucrative audiobook market without paying hefty professional voiceover fees, Amazon's free virtual narration tool is a game-changer. One blogger cited in the report claimed converting an ebook to audio using the AI narration took just 52 minutes, bypassing the expensive studio recording route. Others have mixed reactions. Last month, an author named George Steffanos launched an audiobook version of his existing book, posting that while he prefers human-generated works to those generated by AI, "the modest sales of my work were never going to support paying anyone for all those hours of narration."

Intel, Nvidia, AMD, and Arm are among Canonical's "silicon partners," a program that "ensures maximum Ubuntu compatibility and long-term support with certified hardware," according to Web Pro News.

And now Qualcomm is set to be Canonical's next silicon partner, "giving Qualcomm access to optimized versions of Ubuntu for its processors." Companies looking to use Ubuntu on Qualcomm chips will benefit from an OS that provides 10 years of support and security updates.

The collaboration is expected to be a boon for AI, edge computing, and IoT applications. "The combination of Qualcomm Technologies' processors with the popularity of Ubuntu among AI and IoT developers is a game changer for the industry," commented Dev Singh, Vice President, Business Development and Head of Building, Enterprise & Industrial Automation, Qualcomm Technologies, Inc...
"Optimised Ubuntu and Ubuntu Core images will be available for Qualcomm SoCs," according to the announcement, "enabling enterprises to meet their regulatory, compliance and security demands for AI at the edge and the broader IoT market with a secure operating system that is supported for 10 years." Qualcomm Technologies chose to partner with Canonical to create an optimised Ubuntu for Qualcomm IoT chipsets, giving developers an easy path to create safe, compliant, security-focused, and high-performing applications for multiple industries including industrial, robotics and edge automation...

Developers and enterprises can benefit from the Ubuntu Certified Hardware program, which features a growing list of certified ODM boards and devices based on Qualcomm SoCs. These certified devices deliver an optimised Ubuntu experience out-of-the-box, enabling developers to focus on developing applications and bringing products to market.

Magnetic switches are emerging as a potential game-changer for mechanical keyboards. By using magnets instead of physical contacts, these switches allow users to adjust the actuation point of each key. While still a nascent technology lacking standardization, magnetic switches could bring a new level of customization to keyboards, TechCrunch writes.

The non-profit Linux Foundation Energy hopes to develop energy-sector solutions (including standards, specifications, and software) supporting rapid decarbonization by collaborating with industry stakeholders.

And now they're involved in a new partnership with America's Joint Office of Energy — which facilitates collaboration between the federal Department of Energy and its Department of Transportation. The partnership's goal? To "build open-source software tools to support communications between EV charging infrastructure and other systems."

The Buildout reports: The partnership and effort — known as "Project EVerest" — is part of the administration's full-court press to improve the charging experience for EV owners as the industry's nationwide buildout hits full stride. "Project EVerest will be a game changer for reliability and interoperability for EV charging," Gabe Klein, executive director of the administration's Joint Office of Energy and Transportation, said yesterday in a post on social media....

Administration officials said that a key driver of the move to institute broad standards for software is to move beyond an era of unreliable and disparate EV charging services throughout the U.S. Dr. K. Shankari, a principal software architect at the Joint Office of Energy and Transportation, said that local and state governments now working to build out EV charging infrastructure could include a requirement that bidding contractors adhere to Project EVerest standards. That, in turn, could have a profound impact on providers of EV charging stations and services by requiring them to adapt to open source standards or lose the opportunity to bid on public projects. Charging availability and reliability are consistently mentioned as key turnoffs for potential EV buyers who want the infrastructure to be ready, easy, and consistent to use before making the move away from gas cars.

Specifically, the new project will aim to create what's known as an open source reference implementation for EV charging infrastructure — a set of standards that will be open to developers who are building applications and back-end software... And, because the software will be available for any company, organization, or developer to use, it will allow the creation of new EV infrastructure software at all levels without software writers having to start from scratch. "LF Energy exists to build the shared technology investment that the entire industry can build on top of," said Alex Thompson of LF Energy during the web conference. "You don't want to be re-inventing the wheel."
The tools will help communication between charging stations (and adjacent chargers), as well as vehicles and batteries, user interfaces and mobile devices, and even backend payment systems or power grids. An announcement from the Joint Office of Energy and Transportation says this software stack "will reduce instances of incompatibility resulting from proprietary systems, ultimately making charging more reliable for EV drivers." "The Joint Office is paving the way for innovation by partnering with an open-source foundation to address the needs of industry and consumers with technical tools that support reliable, safe and interoperable EV charging," said Sarah Hipel, Standards and Reliability Program Manager at the Joint Office.... With this collaborative development model, EVerest will speed up the adoption of EVs and decarbonization of transportation in the United States by accelerating charger development and deployment, increase customizability, and ensure high levels of security for the nation's growing network.
Linux Foundation Energy adds that reliable charging "is key to ensuring that anyone can confidently choose to ride or drive electric," predicting it will increase customizability for different use cases while offering long-term maintainability, avoiding vendor-lock in, and ensuring high levels of security. This is a pioneering example of the federal government collaborating to deploy code into an open source project...

"The EVerest project has been demonstrated in pilots around the world to make EV charging far more reliable and reduces the friction and frustration EV drivers have experienced when a charger fails to work or is not continually maintained," said LF Energy Executive Director Alex Thornton. "We look forward to partnering with the Joint Office to create a robust firmware stack that will stand the test of time, and be maintained by an active and growing global community to ensure the nation's charging infrastructure meets the needs of a growing fleet of electric vehicles today and into the future."
Thanks to Slashdot reader ElectricVs for sharing the article.

An anonymous reader quotes a report from ProPublica: Over the last decade, police departments across the U.S. have spent millions of dollars equipping their officers with body-worn cameras that record what happens as they go about their work. Everything from traffic stops to welfare checks to responses to active shooters is now documented on video. The cameras were pitched by national and local law enforcement authorities as a tool for building public trust between police and their communities in the wake of police killings of civilians like Michael Brown, an 18 year old black teenager killed in Ferguson, Missouri in 2014. Video has the potential not only to get to the truth when someone is injured or killed by police, but also to allow systematic reviews of officer behavior to prevent deaths by flagging troublesome officers for supervisors or helping identify real-world examples of effective and destructive behaviors to use for training. But a series of ProPublica stories has shown that a decade on, those promises of transparency and accountability have not been realized.

One challenge: The sheer amount of video captured using body-worn cameras means few agencies have the resources to fully examine it. Most of what is recorded is simply stored away, never seen by anyone. Axon, the nation's largest provider of police cameras and of cloud storage for the video they capture, has a database of footage that has grown from around 6 terabytes in 2016 to more than 100 petabytes today. That's enough to hold more than 5,000 years of high definition video, or 25 million copies of last year's blockbuster movie "Barbie." "In any community, body-worn camera footage is the largest source of data on police-community interactions. Almost nothing is done with it," said Jonathan Wender, a former police officer who heads Polis Solutions, one of a growing group of companies and researchers offering analytic tools powered by artificial intelligence to help tackle that data problem.

The Paterson, New Jersey, police department has made such an analytic tool a major part of its plan to overhaul its force. In March 2023, the state's attorney general took over the department after police shot and killed Najee Seabrooks, a community activist experiencing a mental health crisis who had called 911 for help. The killing sparked protests and calls for a federal investigation of the department. The attorney general appointed Isa Abbassi, formerly the New York Police Department's chief of strategic initiatives, to develop a plan for how to win back public trust. "Changes in Paterson are led through the use of technology," Abbassi said at a press conference announcing his reform plan in September, "Perhaps one of the most exciting technology announcements today is a real game changer when it comes to police accountability and professionalism." The department, Abassi said, had contracted with Truleo, a Chicago-based software company that examines audio from bodycam videos to identify problematic officers and patterns of behavior.

For around $50,000 a year, Truleo's software allows supervisors to select from a set of specific behaviors to flag, such as when officers interrupt civilians, use profanity, use force or mute their cameras. The flags are based on data Truleo has collected on which officer behaviors result in violent escalation. Among the conclusions from Truleo's research: Officers need to explain what they are doing. "There are certain officers who don't introduce themselves, they interrupt people, and they don't give explanations. They just do a lot of command, command, command, command, command," said Anthony Tassone, Truleo's co-founder. "That officer's headed down the wrong path." For Paterson police, Truleo allows the department to "review 100% of body worn camera footage to identify risky behaviors and increase professionalism," according to its strategic overhaul plan. The software, the department said in its plan, will detect events like uses of force, pursuits, frisks and non-compliance incidents and allow supervisors to screen for both "professional and unprofessional officer language." There are around 30 police departments currently use Truleo, according to the company.

Christopher J. Schneider, a professor at Canada's Brandon University who studies the impact of emerging technology on social perceptions of police, is skeptical the AI tools will fix the problems in policing because the findings might be kept from the public just like many internal investigations. "Because it's confidential," he said, "the public are not going to know which officers are bad or have been disciplined or not been disciplined."

In the last 90 seconds of a recent Disney Parks video, there's a demonstration of a new technology called a HoloTile floor. Disney research fellow/R&D "imagineerer" Lanny Smoot specifies that "we don't know yet where it will be used" — though noting multiple people could walk in place during a shared virtual reality experience. It's an "omnidirectional floor" which can "automatically do whatever it needs to" so those walkers stay in the same place. "Imagine a number of people being in a room, being able to be somewhere else collaboratively and moving around, doing sightseeing."

Video also shows objects gliding smoothly along its surface, with its direction apparently controlled remotely by hand motions ("like telekinesis," as one design blog describes it). Smooth says in the video "There are just so many applications for this type of technology."

But IGN believes that it "just may be a game changer for VR and could bring us ever closer to experiencing the Holodeck from Star Trek." For those Star Trek fans out there, this sounds a lot like the promise of the Holodeck, a smallish-room that could virtually take our favorite crews wherever they wanted for some fun and relaxation between missions when it wasn't malfunctioning and trying to murder them... The applications of the HoloTile floor also extend beyond virtual reality, as Disney notes "The HoloTile floor can also be an insert in a theatrical stage, allowing performers to move and dance in new ways, or stage props and structures to move around or appear to set themselves up."

An anonymous reader quotes a report from the BBC: A bill that mandates tech giants pay news outlets for their content has come into effect in Canada amid an ongoing dispute with Facebook and Instagram owner Meta over the law. Some have hailed it as a game-changer that sets out a permanent framework that will see a steady drip of funds from wealthy tech companies to Canada's struggling journalism industry. But it has also been met with resistance by Google and Meta -- the only two companies big enough to be encompassed by the law. In response, over the summer, Meta blocked access to news on Facebook and Instagram for Canadians. Google looked set to follow, but after months of talks, the federal government was able to negotiate a deal with the search giant as the company has agreed to pay Canadian news outlets $75 million annually.

No such agreement appears to be on the horizon with Meta, which has called the law "fundamentally flawed." If Meta is refusing to budge, so is the government. "We will continue to push Meta, that makes billions of dollars in profits, even though it is refusing to invest in the journalistic rigor and stability of the media," Prime Minister Justin Trudeau told reporters on Friday. According to a study by the Media Ecosystem Observatory, the views of Canadian news on Facebook dropped 90% after the company blocked access to news on the platform. Local news outlets have been hit particularly hard.

"The loss of journalism on Meta platforms represents a significant decline in the resiliency of the Canadian media ecosystem," said Taylor Owen, a researcher at McGill and the co-author of the study. He believes it also hurts Meta's brand in the long run, pointing to the fact that the Canada's federal government, as well as that of British Columbia, other municipalities and a handful of large Canadian corporations, have all pulled their advertising off Facebook and Instagram in retaliation.

An anonymous reader quotes a report from the Washington Post: For decades, scientists have tried to figure out ways to reverse climate change by pulling carbon dioxide out of the atmosphere and storing it underground. They've tried using trees, giant machines that suck CO2 out of the sky, complicated ocean methods that involve growing and burying huge quantities of kelp. Companies, researchers and the U.S. government have spent billions of dollars on the research and development of these approaches and yet they remain too expensive to make a substantial dent in carbon emissions. Now, a start-up says it has discovered a deceptively simple way to take CO2 from the atmosphere and store it for thousands of years. It involves making bricks out of smushed pieces of plants. And it could be a game changer for the growing industry working to pull carbon from the air.

Graphyte, a new company incubated by Bill Gates's investment group Breakthrough Energy Ventures, announced Monday that it has created a method for turning bits of wood chips and rice hulls into low-cost, dehydrated chunks of plant matter. Those blocks of carbon-laden plant matter -- which look a bit like shoe-box sized Lego blocks -- can then be buried deep underground for hundreds of years. The approach, the company claims, could store a ton of CO2 for around $100 a ton, a number long considered a milestone for affordably removing carbon dioxide from the air. [...] Graphyte's approach uses the power of plants and trees to photosynthesize and pull carbon dioxide from the air. While trees and plants are excellent at carbon capture, they don't store that carbon for very long -- when a plant burns or decays, its stored carbon comes spilling back out into the air and soil.

Graphyte plans to avoid that decomposition by taking plant waste from timber harvesters and farmers and drying it thoroughly, removing all the microbes that could cause it to decompose and release greenhouse gases. Then, in a process that they call "carbon casting," it will compress the waste and wrap it into Lego-like bricks, for easier storage about 10 feet underground. The company says that with the right monitoring systems, the blocks can stay there for a thousand years. [...] Graphyte is planning to build its first project in Pine Bluff, Ark., and the company hopes to sequester its first carbon for a customer in 2024. It remains to be seen whether Graphyte will be able to scale up its operation to removing millions of tons of CO2 from the atmosphere. The company will need to secure many sources of plant waste and build many small processing centers around the country to be successful. "The simplicity of the Graphyte approach is so exciting," said Daniel Sanchez, who runs the Carbon Removal Lab at the University of California at Berkeley, and serves as a science adviser for Graphyte. "You don't need very expensive equipment or processes. And it locks up a lot of the carbon in the wood -- nearly all of it."

"People that are academics probably thought about this before and were like, 'That's way too simple,'" Sanchez said, laughing. "'No one's ever going to do that.'"

An anonymous reader quotes a report from 404 Media: Spread across four computer monitors arranged in a grid, a blue and green interface shows the location of more than 50 different surveillance cameras. Ordinarily, these cameras and others like them might be disparate, their feeds only available to their respective owners: a business, a government building, a resident and their doorbell camera. But the screens, overlooking a pair of long conference tables, bring them all together at once, allowing law enforcement to tap into cameras owned by different entities around the entire town all at once. This is a demonstration of Fusus, an AI-powered system that is rapidly springing up across small town America and major cities alike. Fusus' product not only funnels live feeds from usually siloed cameras into one central location, but also adds the ability to scan for people wearing certain clothes, carrying a particular bag, or look for a certain vehicle.

404 Media has obtained a cache of internal emails, presentations, memos, photos, and more which provide insight into how Fusus teams up with police departments to sell its surveillance technology. All around the country, city councils are debating whether they want to have a system that qualitatively changes what surveillance cameras mean for a town's residents and public agencies. While many have adopted Fusus, others have pushed back, and refused to have the hardware and software installed in their neighborhoods. In some ways, Fusus is deploying smart camera technology that historically has been used in places like South Africa, where experts warned about it creating an ever present blanket of surveillance. Now, tech with some of the same capabilities is being used across small town America.

Rather than selling cameras themselves, Fusus' hardware and software latches onto existing installations, which can include government-owned surveillance cameras as well as privately owned cameras at businesses and homes. It turns dumb cameras into smart ones. "In essence, the Fusus solution puts a brain into every camera connected with the system," one memorandum obtained by 404 Media reads. In addition to integrating with existing surveillance installations, Fusus' hardware, called SmartCORE, can turn cameras into automatic license plate readers (ALPRs). It can reportedly offer facial recognition features, too, although Fusus hasn't provided clear clarification on this matter.

The report says the system has been adopted by numerous police departments across the United States, with approximately 150 jurisdictions using Fusus. Orland Park police have called it a "game-changer." It's also being used internationally, launching in the United Kingdom.

Here's what Beryl Lipton, investigative researcher at the Electronic Frontier Foundation (EFF), had to say about it: "The lack of transparency and community conversation around Fusus exacerbates concerns around police access of the system, AI analysis of video, and analytics involving surveillance and crime data, which can influence officer patrols and priorities. In the absence of clear policies, auditable access logs, and community transparency about the capabilities and costs of Fusus, any community in which this technology is adopted should be concerned about its use and abuse."

An anonymous reader quotes a report from KOMO News: A groundbreaking medical procedure for those with kidney stones will soon be offered at the University of Washington after more than two decades of research. It will also give astronauts the go ahead they need from NASA to travel to Mars. It's a groundbreaking procedure to get rid of painful stones while you're awake, no anesthesia needed. "This has the potential to be game changing," said Dr. Kennedy Hall with UW Medicine. Still being run through clinical trials at UW Medicine, the procedure called burst wave lithotripsy uses an ultrasound wand and soundwaves to break apart the kidney stone. Ultrasonic propulsion is then used to move the stone fragments out, potentially giving patients relief in 10 minutes or less.

This technology is also making it possible for astronauts to travel to Mars, since astronauts are at a greater risk for developing kidney stones during space travel. It's so important to NASA, the space agency has been funding the research for the last 10 years. "They could potentially use this technology while there, to help break a stone or push it to where they could help stay on their mission and not have to come back to land," said Harper. The research has been published in the Journal of Urology.

CNN reports: The California Department of Forestry and Fire Protection [known as Cal Fire] says it has a new tool to battle wildfires before they explode — artificial intelligence. "I think it is a game changer ... It has enhanced our abilities to validate situational awareness and then respond in a quick fashion," Phillip SeLegue, Cal Fire's staff chief for fire intelligence, told CNN.

Deep in the California wilderness of the Cleveland National Forest in San Diego County, a fire started in the middle of a July night. No fire officials were in the area, but AI was watching and alerted the authorities. "The dispatch center there was not aware of the fire," said Scott Slumpff, battalion chief of the intel program at Cal Fire, who was testing the new technology at the time and received the initial alert. Cal Fire, in partnership with the University of California at San Diego's Alert California program and its network of more than 1,000 cameras across the state, is using the technology to spot fires early. "The camera had done its 360 [degree turn], identified an anomaly, stopped and was zoomed in," Slumpff explained. He then confirmed it was a fire and immediately dispatched resources. "They were able to hold it to a 10 by 10 [foot] spot out in the middle of the forest..."

The pilot program was so successful, Cal Fire expanded the technology at the beginning of September to all 21 of its dispatch centers across the state... Cal Fire says 40% of fires since July 10 have been detected by AI before a 911 call was received — and the technology is continuing to learn and improve.
"We have multiple successes of fires at night that had gone undetected that we were able to suppress before a 911 call had even come into the command centers," Cal Fire's staff chief for fire intelligence, told CNN.

"The fires you don't hear about in the news is the greatest success."

The new Bing with AI chatbot is "cute, but not a game changer," the data thus far suggests. From a report: When Microsoft unveiled an AI-powered version of Bing in February, the company said it could add $2 billion of revenue if the revamped search engine could pry away even a single point of market share from Google. Six months later, it looks as if even 1 percentage point could be a tough target, with some new data showing Bing's place in search has barely budged -- partly because of how Microsoft handled its high-profile rollout.

In July, Bing had 3% market share worldwide, according to analytics firm StatCounter. That is the same share it had in January, the month before the launch of the new Bing. Another report, from analytics firm Similarweb, shows Bing had around 1% of Google's monthly visitors in July, around the same it had in January. Microsoft is calling the new Bing a success. It disputed outside data, saying third-party data companies aren't measuring all the people who are going directly to Bing's chat page.

After announcing a new electric car strategy last month, Toyota is now claiming it has made a technological breakthrough that will allow it to cut the weight, size, and cost of batteries in half. The company claims it has developed ways to make a solid-state battery with a range of 1,200 km (745 miles) that could charge in 10 minutes or less and would be simpler to manufacture than a conventional lithium-ion battery. CleanTechnica reports: On July 3, the company said it had simplified the production of the material used to make solid-state batteries and hailed the discovery as a significant leap forward that could dramatically cut charging times and increase driving range. "For both our liquid and our solid-state batteries, we are aiming to drastically change the situation where current batteries are too big, heavy and expensive. In terms of potential, we will aim to halve all of these factors." said Keiji Kaita, president of the Toyota research and development center for carbon neutrality. He added that his company has developed ways to make batteries more durable, and believed it could now make a solid-state battery with a range of 1,200 km (745 miles) that could charge in 10 minutes or less and would be simpler to manufacture than a conventional lithium-ion battery.

CleanTechnica readers, being the well-informed people they are, are aware that the leap from the laboratory to commercial production is often long and difficult. If Toyota has made progress in that area, that is indeed something to be celebrated. But once again, we have to emphasize, that is a big "if." Nevertheless, our readers will want to know some specifics, things like energy density, charge and discharge rates, the number of charging cycles possible, how the batteries perform in cold temperatures, what they are made of -- things like that. They have been trained over many years to be skeptical of announcements such as this one. After all, companies like QuantumScape have been making similar promises for almost a decade, and we are all still waiting for that company to get its batteries into production.

David Bailey, a professor of business economics at the University of Birmingham, told The Guardian that if Toyota's claims are accurate, it could be a landmark moment for the future of electric cars. "Often there are breakthroughs at the prototype stage but then scaling it up is difficult. If it is a genuine breakthrough it could be a game changer -- very much the holy grail of battery vehicles." Congratulations to Bailey for using two of the three most trite phrases about new technology in one sentence. Sharp-eyed readers will notice that even with this solid-state battery news, Toyota still has modest goals for its battery-electric cars. It plans to manufacture 3 million of them a year by 2030 -- half with solid-state batteries.

The New York Times tells the story of Simon Mackenzie, a security officer at a U.K. discount store uploading security camera footage of shoplifters into a facial recognition program called Facewatch. "The next time those people enter any shop within a few miles that uses Facewatch, store staff will receive an alert."

Facewatch — now in nearly 400 stores across Britain — licenses facial recognition software made by Real Networks and Amazon. Though it only sends alert about repeat offenders, "Once added, a person remains there for a year before being deleted." For as little as 250 pounds a month, or roughly $320, Facewatch offers access to a customized watchlist that stores near one another share. When Facewatch spots a flagged face, an alert is sent to a smartphone at the shop, where employees decide whether to keep a close eye on the person or ask the person to leave. Mr. Mackenzie adds one or two new faces every week, he said, mainly people who steal diapers, groceries, pet supplies and other low-cost goods. He said their economic hardship made him sympathetic, but that the number of thefts had gotten so out of hand that facial recognition was needed. Usually at least once a day, Facewatch alerts him that somebody on the watchlist has entered the store...

Among democratic nations, Britain is at the forefront of using live facial recognition, with courts and regulators signing off on its use. The police in London and Cardiff are experimenting with the technology to identify wanted criminals as they walk down the street. In May, it was used to scan the crowds at the coronation of King Charles III. But the use by retailers has drawn criticism as a disproportionate solution for minor crimes. Individuals have little way of knowing they are on the watchlist or how to appeal. In a legal complaint last year, Big Brother Watch, a civil society group, called it "Orwellian in the extreme...." Madeleine Stone, the legal and policy officer for Big Brother Watch, said Facewatch was "normalizing airport-style security checks for everyday activities like buying a pint of milk."
There is a human in the loop, the article points out. "Every time Facewatch's system identifies a shoplifter, a notification goes to a person who passed a test to be a 'super recognizer' — someone with a special talent for remembering faces. Within seconds, the super recognizer must confirm the match against the Facewatch database before an alert is sent."

The company's founder tells the Times that in general, "mistakes are rare but do happen... If this occurs, we acknowledge our mistake, apologize, delete any relevant data to prevent reoccurrence and offer proportionate compensation."

And the article adds this official response from the U.K. government: Fraser Sampson, Britain's biometrics and surveillance camera commissioner, who advises the government on policy, said there was "a nervousness and a hesitancy" around facial recognition technology because of privacy concerns and poorly performing algorithms in the past. "But I think in terms of speed, scale, accuracy and cost, facial recognition technology can in some areas, you know, literally be a game changer," he said. "That means its arrival and deployment is probably inevitable. It's just a case of when."