This week Dogecoin co-creator Jackson Palmer addressed the question of whether he'd return to cryptocurrency.

"My answer is a wholehearted 'no'," he confirmed, before launching into a scathing Tweet storm. "To avoid repeating myself I figure it might be worthwhile briefly explaining why hereâ¦" "After years of studying it, I believe that cryptocurrency is an inherently right-wing, hyper-capitalistic technology built primarily to amplify the wealth of its proponents through a combination of tax avoidance, diminished regulatory oversight and artificially enforced scarcity. Despite claims of 'decentralization', the cryptocurrency industry is controlled by a powerful cartel of wealthy figures who, with time, have evolved to incorporate many of the same institutions tied to the existing centralized financial system they supposedly set out to replace.

"The cryptocurrency industry leverages a network of shady business connections, bought influencers and pay-for-play media outlets to perpetuate a cult-like 'get rich quick' funnel designed to extract new money from the financially desperate and naive. Financial exploitation undoubtedly existed before cryptocurrency, but cryptocurrency is almost purpose built to make the funnel of profiteering more efficient for those at the top and less safeguarded for the vulnerable. Cryptocurrency is like taking the worst parts of today's capitalist system (eg. corruption, fraud, inequality) and using software to technically limit the use of interventions (eg. audits, regulation, taxation) which serve as protections or safety nets for the average person...

"I applaud those with the energy to continue asking the hard questions and applying the lens of rigorous skepticism all technology should be subject to. New technology can make the world a better place, but not when decoupled from its inherent politics or societal consequences."
Insider points out this wasn't Palmer's first time speaking out against crypto. "When Dogecoin soared to $2 billion in 2018, he wrote an op-ed on Vice, saying 'something is very wrong.'" Palmer and his co-founder, Billy Markus, created Dogecoin in 2013 as a "joke" currency as alternative cryptocurrencies flooded the market, promising to be the next big thing... It is now valued at $25.8 billion, as of time of writing.

Palmer and Markus are no longer part of Dogecoin. Both left in 2015 after deciding that the cryptocurrency was not aligned with their values. Palmer's co-creator, Markus, retweeted Palmer's Twitter thread and responded with a GIF.
In a later tweet, Markus added that "I think his points are generally valid aside from the pointless American politics piece."

Backblaze CEO Gleb Budman, writing on the company blog: Over the last 14 years, we have worked diligently to keep our costs low and pass our savings on to customers. We've invested in deduplication, compression, and other technologies to continually optimize our storage platform and drive our costs down -- savings which we pass on to our customers in the form of storing more data for the same price.

However, the average backup size stored by Computer Backup customers has spiked 15% over just the last two years. Additionally, not only have component prices not fallen at traditional rates, but recently electronic components that we rely on to provide our services have actually increased in price.

The combination of these two trends, along with our desire to continue investing in providing a great service, is driving the need to modestly increase our prices. The new monthly plan now costs $7, while the yearly plan will set you back by $70.

Pablo Samuel Castro, Staff Software Engineer at Google Research, writes on Google AI blog: It is widely accepted that the enormous growth of deep reinforcement learning research, which combines traditional reinforcement learning with deep neural networks, began with the publication of the seminal DQN algorithm. This paper demonstrated the potential of this combination, showing that it could produce agents that could play a number of Atari 2600 games very effectively. Since then, there have been several approaches that have built on and improved the original DQN. The popular Rainbow algorithm combined a number of these recent advances to achieve state-of-the-art performance on the ALE benchmark. This advance, however, came at a very high computational cost, which has the unfortunate side effect of widening the gap between those with ample access to computational resources and those without.

In "Revisiting Rainbow: Promoting more Insightful and Inclusive Deep Reinforcement Learning Research," to be presented at ICML 2021, we revisit this algorithm on a set of small- and medium-sized tasks. We first discuss the computational cost associated with the Rainbow algorithm. We explore how the same conclusions regarding the benefits of combining the various algorithmic components can be reached with smaller-scale experiments, and further generalize that idea to how research done on a smaller computational budget can provide valuable scientific insights.

The combination of extreme heat and drought that has scorched the Western United States and Canada over the past two weeks has killed hundreds of millions of mussels, clams and other marine animals, the New York Times reports. From a report: An estimated 1 billion small sea creatures died during the heat wave in the Salish Sea at the end of June, according to marine biologist Chris Harley, per the Washington Post. The sea creatures' deaths coincide with the heat wave that hit the Pacific Northwest last week, which led to more than a hundred human deaths. A study by an international team of climate researchers said the heat wave would have been "virtually impossible without human-caused climate change." Mussels attach themselves to rocks and other surfaces, but they generally can't survive temperatures over 100 degrees for extended periods of time, CNN reports.

The New York Times reports on "an intense policy struggle" in America's national and state governments:

-On one side, large electric utilities and President Biden want to build thousands of miles of power lines to move electricity created by distant wind turbines and solar farms to cities and suburbs.

- On the other, some environmental organizations and community groups are pushing for greater investment in rooftop solar panels, batteries and local wind turbines.

And the result "could lock in an energy system that lasts for decades." At issue is how quickly the country can move to cleaner energy and how much electricity rates will increase... The option supported by Mr. Biden and some large energy companies would replace coal and natural gas power plants with large wind and solar farms hundreds of miles from cities, requiring lots of new power lines. Such integration would strengthen the control that the utility industry and Wall Street have over the grid. "You've got to have a big national plan to make sure the power gets from where it is generated to where the need is," Energy Secretary Jennifer Granholm said in an interview.

But many of Mr. Biden's liberal allies argue that solar panels, batteries and other local energy sources should be emphasized because they would be more resilient and could be built more quickly... In all probability, there will be a mix of solutions that include more transmission lines and rooftop solar panels. What combination emerges will depend on deals made in Congress but also skirmishes playing out across the country...

As millions of California homes went dark during a heat wave last summer, help came from an unusual source: batteries installed at homes, businesses and municipal buildings. Those batteries kicked in up to 6 percent of the state grid's power supply during the crisis, helping to make up for idled natural gas and nuclear power plants. Rooftop solar panels generated an additional 4 percent of the state's electricity... California showed that homes and businesses don't have to be passive consumers. They can become mini power plants, potentially earning as much from supplying energy as they pay for electricity they draw from the grid. Home and business batteries, which can be as small as a large television and as big as a computer server room, are charged from the grid or rooftop solar panels...

Regulators generally allow utilities to charge customers the cost of investments plus a profit margin, typically about 10.5 percent, giving companies an incentive to build power plants and lines... A 2019 report by the National Renewable Energy Laboratory, a research arm of the Energy Department, found that greater use of rooftop solar can reduce the need for new transmission lines, displace expensive power plants and save the energy that is lost when electricity is moved long distances. The study also found that rooftop systems can put pressure on utilities to improve or expand neighborhood wires and equipment.
The director of a Chicago-based environmental nonprofit tells the Times that "Solar energy plus storage is as transformative to the electric sector as wireless services were to the telecommunications sector."

In a weird twist, fossil fuel companies are now joining forces with local groups (including environmental groups) to fight the construction of new power lines.

While it will come as no comfort to those who had their Western Digital My Book Live NAS drives wiped last week, it seems they were attacked by a combination of two exploits, and possibly caught in the fallout of a rivalry between two different teams of hackers. Tom's Hardware reports: Initially, after the news broke on Friday, it was thought a known exploit from 2018 was to blame, allowing attackers to gain root access to the devices. However, it now seems that a previously unknown exploit was also triggered, allowing hackers to remotely perform a factory reset without a password and to install a malicious binary file. A statement from Western Digital, updated today, reads: "My Book Live and My Book Live Duo devices are under attack by exploitation of multiple vulnerabilities present in the device ... The My Book Live firmware is vulnerable to a remotely exploitable command injection vulnerability when the device has remote access enabled. This vulnerability may be exploited to run arbitrary commands with root privileges. Additionally, the My Book Live is vulnerable to an unauthenticated factory reset operation which allows an attacker to factory reset the device without authentication. The unauthenticated factory reset vulnerability [has] been assigned CVE-2021-35941."

Analysis of WD's firmware suggests code meant to prevent the issue had been commented out, preventing it from running, by WD itself, and an authentication type was not added to component_config.php which results in the drives not asking for authentication before performing the factory reset. The question then arises of why one hacker would use two different exploits, particularly an undocumented authentication bypass when they already had root access through the command injection vulnerability, with venerable tech site Ars Technica speculating that more than one group could be at work here, with one bunch of bad guys trying to take over, or sabotage, another's botnet. Western Digital advises users to disconnect their device(s) from the internet. They are offering data recovery services beginning in July, and a trade-in program to switch the obsolete My Book Live drives for more modern My Cloud devices.

As covered earlier today, the Pacific Northwest is experiencing the most severe heat wave in its history, with all-time record temperatures being set in Portland, Seattle, and Lytton, B.C, which just broke the record for hottest temperature ever recorded in Canada at 116 degrees. CBS News says this heat wave "is of an intensity never recorded by modern humans," and by one measure it's "more rare than a once in a 1,000 year event." Meteorologist Jeff Berardelli explains what's causing this "heat dome" and why events like this "are bound to become more common, more extreme and more deadly in the coming years": The heat is being caused by a combination of a significant atmospheric blocking pattern on top of a human-caused climate changed world where baseline temperatures are already a couple to a few degrees higher than nature intended. [...] In the case of this specific heat dome, which is a mountain of hot air stacked vertically through the atmosphere, it is a once in a 1,000 or even 10,000-year event for this particular area. How do we know? It's actually quite simple to explain. The intensity of a heat dome is measured by how "thick" the atmosphere is at a given spot. The hotter the air in that column, the larger the thickness of air in that column, because heat expands. In our historical record of North America's Pacific Northwest this heat dome registers a statistical standard deviation from the average of greater than 4. In layman terms, that means it falls more than 4 deviations to the right of the center of a typical bell curve (shown below) and that equates to values with less than a 99.99% chance of happening. In other words, statistically speaking, there is a 1 in 10,000 chance of experiencing this value. So, if you could possibly live in that spot for 10,000 years, you'd likely only experience that kind of heat dome once, if ever. It is worth noting that our historical record is limited and statistics like this are very sensitive to small changes. But if it seems like an overstatement to say there is a 1 in 10,000 chance of having a heat dome like this, it is certainly not an overstatement to say this is the kind of event you would expect to experience once in 1000 years.

So what is causing this heat wave? Like any heat wave, it is being caused by a highly amplified jet stream pattern. These extreme jet stream perturbations are a natural, normal part of the atmosphere. But the climate science community is split as to whether these extreme jet stream perturbations are becoming even more likely because of climate change -- a phenomena known as the wavy jet stream. Along with a more wavy, buckling and slow-moving jet stream, comes a phenomena called "blocking". This is when waves in the jet stream become so elongated that they break off, sit and spin. In this case there is a textbook type of block called an Omega block over the Pacific Northwest because it looks like the Greek letter Omega. Inside this Omega, the heat pools and intensifies. There is a faction of climate scientists who believe that a warming climate -- specifically the Arctic -- results in a more wandering jet stream at certain times of the year. But it is hotly debated; there is an equal amount of research that does not arrive at this conclusion.

Mann and his colleagues have been involved in some of this research, in which he finds that a specific type of Northern Hemisphere blocking -- what he calls Quasi Resonant Amplification -- will increase by 50% this century under business as usual human-forced climate warming. "I do indeed believe that the phenomenon we describe in our work played a very important role in the record heat wave," Mann said. As for the lack of consensus in the climate research on the wavy jet stream and blocking, Mann thinks it has more to do with the current state of climate modeling "This is an area where current generation models are NOT capturing a real-world climate connection," Mann explained. Whatever the cause, the result of an extreme jet stream pattern is extreme weather across many parts of the nation and globe. Over the past few days, the central U.S. has seen over a foot of rain with flash flooding along a stalled front. And, starting on Sunday and continuing through most of the upcoming week, the major East Coast cities will also sweat through a heat wave -- although not nearly as intense as the one in the West -- with feels-like temperatures near 100 degrees from Washington D.C. to Philadelphia and New York City.

An anonymous reader quotes a report from The New York Times: Researchers have found evidence that a coronavirus epidemic swept East Asia some 20,000 years ago and was devastating enough to leave an evolutionary imprint on the DNA of people alive today. The new study suggests that an ancient coronavirus plagued the region for many years, researchers say. The finding could have dire implications for the Covid-19 pandemic if it's not brought under control soon through vaccination. "It should make us worry," said David Enard, an evolutionary biologist at the University of Arizona who led the study, which was published on Thursday in the journal Current Biology. "What is going on right now might be going on for generations and generations."

Over generations, viruses drive enormous amounts of change in the human genome. A mutation that protects against a viral infection may well mean the difference between life and death, and it will be passed down to offspring. A lifesaving mutation, for example, might allow people to chop apart a virus's proteins. But viruses can evolve, too. Their proteins can change shape to overcome a host's defenses. And those changes might spur the host to evolve even more counteroffensives, leading to more mutations. When a random new mutation happens to provide resistance to a virus, it can swiftly become more common from one generation to the next. And other versions of that gene, in turn, become rarer. So if one version of a gene dominates all others in large groups of people, scientists know that is most likely a signature of rapid evolution in the past.

In recent years, Dr. Enard and his colleagues have searched the human genome for these patterns of genetic variation in order to reconstruct the history of an array of viruses. When the pandemic struck, he wondered whether ancient coronaviruses had left a distinctive mark of their own. He and his colleagues compared the DNA of thousands of people across 26 different populations around the world, looking at a combination of genes known to be crucial for coronaviruses but not other kinds of pathogens. In East Asian populations, the scientists found that 42 of these genes had a dominant version. That was a strong signal that people in East Asia had adapted to an ancient coronavirus. But whatever happened in East Asia seemed to have been limited to that region. The scientists then tried to estimate how long ago East Asians had adapted to a coronavirus. They took advantage of the fact that once a dominant version of a gene starts being passed down through the generations, it can gain harmless random mutations. As more time passes, more of those mutations accumulate. Dr. Enard and his colleagues found that the 42 genes all had about the same number of mutations. That meant that they had all rapidly evolved at about the same time. "This is a signal we should absolutely not expect by chance," Dr. Enard said. They estimated that all of those genes evolved their antiviral mutations sometime between 20,000 and 25,000 years ago, most likely over the course of a few centuries. It's a surprising finding, since East Asians at the time were not living in dense communities but instead formed small bands of hunter-gatherers.

An anonymous reader quotes a report from Ars Technica: For years, security researchers and cybercriminals have hacked ATMs by using all possible avenues to their innards, from opening a front panel and sticking a thumb drive into a USB port to drilling a hole that exposes internal wiring. Now, one researcher has found a collection of bugs that allow him to hack ATMs -- along with a wide variety of point-of-sale terminals -- in a new way: with a wave of his phone over a contactless credit card reader. Josep Rodriguez, a researcher and consultant at security firm IOActive, has spent the last year digging up and reporting vulnerabilities in the so-called near-field communications reader chips used in millions of ATMs and point-of-sale systems worldwide. NFC systems are what let you wave a credit card over a reader -- rather than swipe or insert it -- to make a payment or extract money from a cash machine. You can find them on countless retail store and restaurant counters, vending machines, taxis, and parking meters around the globe.

Now Rodriguez has built an Android app that allows his smartphone to mimic those credit card radio communications and exploit flaws in the NFC systems' firmware. With a wave of his phone, he can exploit a variety of bugs to crash point-of-sale devices, hack them to collect and transmit credit card data, invisibly change the value of transactions, and even lock the devices while displaying a ransomware message. Rodriguez says he can even force at least one brand of ATMs to dispense cash -- though that "jackpotting" hack only works in combination with additional bugs he says he has found in the ATMs' software. He declined to specify or disclose those flaws publicly due to nondisclosure agreements with the ATM vendors. "You can modify the firmware and change the price to one dollar, for instance, even when the screen shows that you're paying 50 dollars. You can make the device useless, or install a kind of ransomware. There are a lot of possibilities here," says Rodriguez of the point-of-sale attacks he discovered. "If you chain the attack and also send a special payload to an ATM's computer, you can jackpot the ATM -- like cash out, just by tapping your phone."

Rodriguez says he alerted the affected vendors -- which include ID Tech, Ingenico, Verifone, Crane Payment Innovations, BBPOS, Nexgo, and the unnamed ATM vendor -- to his findings between seven months and a year ago. Even so, he warns that the sheer number of affected systems and the fact that many point-of-sale terminals and ATMs don't regularly receive software updates -- and in many cases require physical access to update -- mean that many of those devices likely remain vulnerable. "Patching so many hundreds of thousands of ATMs physically, it's something that would require a lot of time," Rodriguez says.

For billions of years, Earth has been playing a cosmic game of hide-and-seek. New research published today in Nature posits that roughly 1,700 stars are in the right position to have spotted life on Earth as early as 5,000 years ago. From a report: These stars, within 100 parsecs (or about 326 light-years) of the sun, were found using data from NASA's Transiting Exoplanet Survey Satellite and the European Space Agency's Gaia mission. And with thousands of exoplanets already found orbiting other stars in our universe, could we have already seen life on other planets come and go? Might they have seen us? "The universe is dynamic," says Lisa Kaltenegger, director of the Carl Sagan Institute at Cornell, and lead author of the study. "Stars move, we move. First the Earth moves around the sun, but the sun moves around the center of our galaxy."

About 70% of exoplanets are found using the transit method: when a planet passes between a star and an observer, the star dims enough to confirm the presence of a previously unseen celestial body. Kaltenegger and coauthor Jackie Faherty of the American Museum of Natural History compiled a list of stars that either will see or already have seen Earth transit in their lifetimes. Of these, they found seven stars with orbiting exoplanets that could potentially be habitable. Statistically, one out of four stars has a planet that exists in the "Goldilocks zone" -- not too hot, not too cold, and just far away from a star to support life. But how do we determine whether faraway exoplanets meet these criteria? When transiting exoplanets block stellar light, part of that light filters through the atmosphere. Energy and light interact with the molecules and atoms of that planet, and by the time that light reaches an astronomer's telescope, scientists can determine whether it has interacted with chemicals like oxygen or methane. A combination of those two, Kaltenegger says, is the fingerprint for life.

TechSee, which describes itself as an "intelligent visual assistance" company, today announced the launch of Eve Cortex, a platform that teaches itself to recognize thousands of products, models, parts, and components by ingesting only a handful of data points. VentureBeat reports: TechSee claims that by leveraging a combination of AI and synthetic data, Cortex can train itself in a matter of hours, providing end users with step-by-step visual guidance via an augmented reality (AR) overlay. TechSee was founded in 2014 by Eitan Cohen, Amir Yoffe, and Gabby Sarusi. Cohen conceptualized the idea after struggling to walk his parents through an issue they were having with their cable service. The company's cross-platform apps employ computer vision to recognize products and issues and streamline warranty registration. Customer agents can see what customers see through their smartphone cameras and visually guide them to resolutions, using either live video or photos.

Cortex builds on TechSee's existing technologies to enable enterprises to custom-build their own visual self-service flows, without coding. With Cortex, companies can design journeys for product unboxing, billing, contracting, troubleshooting, warranty claims, product registration, technical repair, and more. Cortex can walk users through the unboxing of various consumer electronics, from security cameras to thermostats, and capture information for upselling while explaining invoices by reading water, gas, and electrical meters. Insurance policyholders can use Cortex to document damage to insured property or identify items they want to insure for virtual underwriting. Moreover, Cortex can certify that an on-site field technician has made a successful repair by examining work through the technician's smartphone or tablet camera or AR glasses.

One of the ways that Cortex learns to recognize products is by ingesting a company's existing contact center knowledge base. For every device, each article describing visual symptoms and issues, both from customers and field technicians, is extracted and normalized. Then, a computer vision model is trained on synthetic visual data gathered in the lab as well as other visual resources and images supplied by customers, enabling Cortex to analyze, time, and measure the success of each step of every resolution, shortening and optimizing them over time. According to Cohen, companies including Vodafone, Telus, Orange, and Hippo have already tapped Cortex to create new customer experiences. Moreover, tens of thousands of field service technicians in the U.S. are using the platform to install fiber optic boxes.

USA Today reports: Companies like Moderna and Pfizer's partner BioNTech, whose names are familiar from COVID-19 vaccines, are using mRNA to spur cancer patients' bodies to make vaccines that will — hopefully — prevent recurrences and treatments designed to fight off advanced tumors. If they prove effective, which won't be known for at least another year or two, they could be added to the arsenal of immune therapies designed to get the body to fight off its own tumors...

Over the last decade, pharmaceutical companies around the world have been developing new ways to train the body's immune system to fight off tumors, particularly melanoma. They had learned how to remove a brake installed by tumors, unleashing the warriors of the immune system. Ten years ago, only about 5% of people with advanced melanoma survived for five years. Now, nearly half make it that long. Trials of mRNA cancer vaccines aim to boost that number even higher by adding soldiers to the fight... Once a tumor has been largely removed through surgery, a vaccine can help generate new immune soldiers known as T cells... A computer algorithm analyzes the mutations distinct to the cancer cells, looking for ones that trigger the production of T cells, said Melissa J. Moore, Moderna's chief scientific officer, of platform research. So far, she said, Moderna, working with partner Merck, has tested these personalized vaccines in about 100 patients. They aim eventually to make a personalized mRNA vaccine within about 45 days after the patient's cancer surgery, during their recovery...

Mutated cancer cells have proteins on their surface that can be targeted by an mRNA vaccine. For a tumor that has, say, five common mutations, a patient could get a combination of five of these vaccines. On Friday, BioNTech announced it was launching a new trial for this approach, testing it in 120 melanoma patients Europe, the United Kingdom, Australia and the U.S. The new treatment, given in connection with an antibody from Regeneron, is aimed at four tumor-associated antigens. More than 90% of melanoma tumors contain at least one of the four.
The U.S. federal government now lists 29 studies underway or that will be soon investigating mRNA cancer vaccines, according to the article.

And Dr. Stephen Hahn, who had a career as an oncologist before running the Food and Drug Administration from 2019 until early this year, "said he's more optimistic this time because of how much researchers have learned about the role the immune system plays in cancer. 'That gives us an edge to maybe finally get to the place where we need to be.'"

Long-time Slashdot reader cusco shares an interesting report from IEEE Spectrum: In 2017, we first wrote about the Chinese startup Unitree Robotics, which had the goal of "making legged robots as popular and affordable as smartphones and drones." Relative to the cost of other quadrupedal robots (like Boston Dynamics' $74,000 Spot), Unitree's quadrupeds are very affordable, with their A1 costing under $10,000 when it became available in 2020. This hasn't quite reached the point of consumer electronics that Unitree is aiming for, but they've just gotten a lot closer: now available is the Unitree Go1, a totally decent looking small size quadruped that can be yours for an astonishingly low $2700.

Speedy, good looking gait, robust, and a nifty combination of autonomous human-following and obstacle avoidance... There are three versions of the Go1: the $2700 base model Go1 Air, the $3500 Go1, and the $8500 Go1 Edu... The top of the line Edu model offers higher end computing, 2kg more payload (up to 5kg), as well as foot-force sensors, lidar, and a hardware extension interface and API access... Battery life is a big question — the video seems to suggest that the Go1 is capable of a three-kilometer, 20-minute jog, and then some grocery shopping and a picnic, all while doing obstacle avoidance and person following and with an occasional payload.
Unitree later provided the reporter more detailed specs:

• The battery life of the robot while jogging is about 1 hour
• It weighs 12kg
• The Super Sensory System includes five wide-angle stereo depth cameras, hypersonic distance sensors, and an integrated processing system
• It's running at 16 core CPU and a 1.5 tflop GPU

Amid an intensifying drought, Lake Mead in Nevada, the nation's largest reservoir by volume, reached its lowest level since the 1930s late Wednesday. From a report: The record low is due to a combination of years of punishing drought that's worsening across the Southwest, as well as challenges in managing water resources for a burgeoning population. The record-low reading, as well as expected subsequent drops in the lake, are almost certain to trigger a federal "water shortage" declaration later this summer, which would set off cuts in water allocations to several states. Lake Mead, which sits along the border between Nevada and Arizona, is part of the vast Colorado River basin that provides water for agriculture and human consumption to seven states, and also generates electricity at the massive Hoover Dam.

Cuts in water supplies, to be determined in August, would affect the region's farmers, residents of sprawling cities such as Las Vegas, and others. Already, the Hoover Dam is operating below its maximum capacity, and it could see a further reduction in power generation as the summer goes on. Years of unusually dry conditions along with a growing population and water resource decisions have helped lead to the situation. As of Thursday morning, the Bureau of Reclamation showed Lake Mead's hourly water levels dipped to 1,071.48 feet Thursday, and remained below the previous record set on July 1, 2016.

Apple is rolling out some updates to iCloud under the name iCloud+. Existing paid iCloud users are going to get those iCloud+ features for the same monthly subscription price. From a report: In Safari, Apple is going to launch a new privacy feature called Private Relay. It sounds a bit like the new DNS feature that Apple has been developing with Cloudflare. Originally named Oblivious DNS-over-HTTPS, Private Relay could be a better name for something quite simple -- a combination of DNS-over-HTTPS with proxy servers. When Private Relay is turned on, nobody can track your browsing history -- not your internet service provider, anyone standing in the middle of your request between your device and the server you're requesting information from.

The second iCloud+ feature is 'Hide my email.' It lets you generate random email addresses when you sign up to a newsletter or when you create an account on a website. If you've used 'Sign in with Apple,' you know that Apple offers you the option to use fake iCloud email addresses. This works similarly, but for any app. Finally, Apple is overhauling HomeKit Secure Video. With the name iCloud+, Apple is separating free iCloud users from paid iCloud users. Basically, you used to pay for more storage. Now, you pay for more storage and more features. Subscriptions start at $0.99 per month for 50GB (and iCloud+ features).

The James Webb Space Telescope, the largest science observatory to ever be placed into space, won't launch as scheduled on Halloween this year due to a "combination of different factors." The new launch date is expected to be pushed into November or possibly early December. Ars Technica reports: During a press briefing with reporters on Tuesday, the telescope's director for launch services, Beatriz Romero, said that there are a "combination of different factors" to consider when setting a new launch date. These factors include shipment of the telescope, the readiness of the Ariane 5 rocket, and the readiness of the spaceport in South America as well. Romero said she did not expect to identify a new launch date until later this summer or early fall.

NASA plans to ship the telescope to the launch site by boat late this summer. (NASA is keeping precise plans vague due to concerns about piracy at sea. Seriously.) The space agency's chief of science, Thomas Zurbuchen, said Tuesday that "we don't have a lot of reserve" left in the schedule to prepare for shipment. However, he added that NASA and Webb's primary contractor, Northrop Grumman, are close to folding up the telescope and putting it into a shipping container. He said that this should happen toward the "end of August." The launch campaign, which begins when the telescope arrives in French Guiana, requires 55 days. Asked whether this means that Webb will not launch until mid-November at the earliest, Zurbuchen said this assessment was correct.

The rocket is also not ready. The Ariane 5 booster, a venerable rocket in service for more than 25 years, has been grounded since August 2020 due to a payload fairing issue. However, officials with Arianespace, which manages launch for the Ariane 5, said the fairing issue's cause has been diagnosed and addressed with a redesign. Two Ariane 5 launches are scheduled before Webb's launch to ensure that the fairing issue has been fixed. (Those launches are scheduled for July and August, but delays are possible.) Finally, there are concerns about the spaceport itself, where operations have been limited by COVID-19. Vaccines are not yet widely available in French Guiana, and officials have said that if virus activity worsens, it could further slow operations.

Big under-the-hood changes are coming to Google's original Nest Hub, even if most users won't ever be aware of what's happening. From a report: Starting today, the open-source Fuchsia OS will start rolling out to first-gen Nest Hub displays, according to 9to5Google. In the works since 2016, Fuchsia will land first on Nest Hub devices enrolled in Google's Preview Program, before arriving more widely on non-Preview Program displays. Don't expect the user experience to change much, though. 9to5Google notes that the look and feel of Fuchsia OS-powered Nest Hubs will be "essentially identical" to what it was before.

OK, so what's the big deal about Fuchsia, then? It's a new, open-source OS that's decidedly not based on the Linux kernel, as Android and Chrome OS are. Instead, Fuchsia is based on Magneta, which (as we described it back in 2016) is "combination microkernel and set of user-space services and hardware drivers" with a "physics based renderer" that can power graphical user interfaces. Because it's an open-source project, Fuchsia's existence has been well publicized over the years, although its purpose has been harder to fathom; "out in the open" yet "shrouded in mystery" is how we aptly put it. With its arrival on the original Nest Hub, Fuchsia is taking its first tentative steps out of the lab and into the hands of actual users, even if those users aren't aware of the new OS.

An anonymous reader quotes a report from Ars Technica: Bitcoin took investors on another rollercoaster ride over the weekend after a top regulator in China announced a crackdown on mining, a new tack in the country's ongoing fight against the cryptocurrency. The government will "crack down on bitcoin mining and trading behavior and resolutely prevent the transfer of individual risks to the society," said the statement, which was issued by the Financial Stability and Development Committee of the State Council, the country's cabinet equivalent. The committee is chaired by Vice Premier Liu He, who acts as President Xi Jinping's top representative on economic and financial matters.

"The wording of the statement did not leave much leeway for cryptocurrency mining," Li Yi, chief research fellow at the Shanghai Academy of Social Sciences, told the South China Morning Post. "When all mining activities are banned in China, it will be a turning point for the fate of bitcoin, as a large chunk of its processing power is taken out of the picture." The Chinese government isn't just worried about financial stability, either. A commentary piece in Xinhua News, the Communist Party's official media outlet, elaborated on the government's stance, voicing concerns about bitcoin's role in money laundering, drug trafficking, and smuggling. It also mentioned bitcoin's profligate energy use. Last week, China warned financial institutions not to participate in crypto-transactions or related services.

The combination of bitcoin's high price and its tremendous energy demand has pushed miners to take extreme positions. Miners in China have flocked to provinces such as Inner Mongolia, where cheap coal power makes mining more profitable. The scale of these facilities reflects how much money investors have sunk into the projects. At least one mining facility in Inner Mongolia draws more than 50 MW. Similarly large operations are popping up in the US, too. In upstate New York, a private equity firm bought and revamped an abandoned power plant just to mine bitcoin. When its data centers are completed, mining will consume 79 percent of the power plant's capacity, or 85 MW. China's warning to bitcoin miners is certain to push many operations out of the country. At least one bitcoin observer said that he anticipates miners pushed out of China will set up operations in Mongolia, Kazakhstan, and Afghanistan.

AmiMoJo writes: The German Parliament has adopted new legislation that will implement the EU Copyright Directive into local law. This includes the controversial Article 17 that, according to some, would lead to overbroad upload filters. To deal with these concerns, the German law prevents 'minor' and limited use of copyrighted content from being blocked automatically. These 'presumably authorized' uploads should not be blocked automatically if they qualify for all of the selection criteria below:

1. The upload should use less than 50% of the original copyrighted work
2. The upload must use the copyrighted work in combination with other content
3. The use should be 'minor'

The term 'minor' applies to non-commercial uses of fewer than 15 seconds of video or audio, 160 characters of text, or 125 kB of graphics. If the use of a copyrighted work exceeds these 'minor' thresholds, it can still qualify as 'presumably authorized' when the uploader flags it as an exception.

"Decades before "Zoom fatigue" broke our spirits, the so-called computer revolution brought with it a world of pain previously unknown to humankind," argues Laine Nooney (in a condensed version of a chapter in the 2022 book Abstractions and Embodiments: New Histories of Computing and Society.)

Slashdot reader em1ly shares its observation that "There was really no precedent in our history of media interaction for what the combination of sitting and looking at a computer monitor did to the human body..." Forty years later, what started with simple complaints about tired eyes has become commonplace experience for anyone whose work or school life revolves around a screen. The aches and pains of computer use now play an outsized role in our physical (and increasingly, our mental) health, as the demands of remote work force us into constant accommodation. We stretch our wrists and adjust our screens, pour money into monitor arms and ergonomic chairs, even outfit our offices with motorized desks that can follow us from sitting to standing to sitting again. Entire industries have built their profits on our slowly curving backs, while physical therapists and chiropractors do their best to stem a tide of bodily dysfunction that none of us opted into. These are, at best, partial measures, and those who can't afford extensive medical interventions or pricey furniture remain cramped over coffee tables or fashioning makeshift laptop raisers. Our bodies, quite literally, were never meant to work this way...

As both desktop computers and networked terminals proliferated in offices, schools, and homes over the 1980s, chronic pain became their unanticipated remainder: wrist pain, vision problems, and back soreness grew exponentially... To consider the history of computing through the lens of computer pain is to center bodies, users, and actions over and above hardware, software, and inventors. This perspective demands computer history to engage with a world beyond the charismatic object of computers themselves, with material culture, with design history, with workplace ethnography, with leisure studies... This is not the history of killer apps, wild hacks, and the coding wizards who stayed up late, but something far quieter and harder to trace, histories as intimate as they are "unhistoric": histories of habit, use, and making do. That pain in your neck, the numbness in your fingers, has a history far more widespread and impactful than any individual computer or computing innovator. No single computer changed the world, but computer pain has changed us all...

[T]he next time you experience "tired eyes," wrists tingling, neck cramps, or even the twinge of text neck, let it serve as a denaturalizing reminder that the function of technology has never been to make our lives easier, but only to complicate us in new ways. Computer-related pain, and the astounding efforts humans went to (and continue to, go to), to alleviate it, manage it, and negotiate it, provide one thread through the question of how the computer became personal. The introduction of computers into everyday routines, both at work and at home, was a historic site of vast cultural anxiety around the body.