Comment Re:This is not about "your printer" snitching (Score 1) 93
This is why I print everything with a solid yellow background :-)
(ed. no he doesn't, that'd be fiendishly expensive)
Comment Re:Not even the worst part ... (Score 1) 95
That's not what I am seeing.
Funny, I'm seeing that a lot in the comments; I'm on 26.1; perhaps a fix awaits in 26.2
I find the behavior inconsistent on 26.1. With the window *definitely* in focus, I still can move the cursor from outside the window slowly through the corner into the window with no change. The misbehavior seems more consistent outside->in rather than vv.
I mostly did user interface work prior to retirement
Comment Not even the worst part ... (Score 4, Interesting) 95
Apple removed the visible resize grippy-strip from window corners in Mac OS X 10.7 Lion in July 2011.
What chaps me is the mouse cursor, which does not change, not one iota, over about 90% of that grippable area. If we got a 'resize' cursor image over the territory that could be grabbed, all of this would be a non-issue. Instead, the cursor flips over 1/n the width of the human hair, with n=the number of people bloody sick of interface changes for no damned reason.
Comment Inevitably!! (Score 1) 94
Look at the terrific increases in individual productivity we've gotten so far from computers. Speaking from a US perspective here, but clearly that productivity boost has *already* resulted in a halving of our work week, right? How could this not happen?
Submission + - Stewart Cheifet, from the Computer Chronicles, passed away. (goldsteinsfuneral.com)
Comment Dinosaurs (Score 4, Informative) 117
The final episode of Dinosaurs was so darned depressing
Comment Coming this fall ... (Score 1) 65
Coming this fall, from the people who brought you the *banana* hammock
Submission + - Scientists Reveal Roof Coating That Can Reduce Surface Temps 6C On Hot Days (theguardian.com)
An anonymous reader writes: Australian scientists have developed roof coatings that can passively cool surfaces up to 6C below ambient temperature, as well as extract water from the atmosphere, which they say could reduce indoor temperatures during extreme heat events. One coating made from a porous film, which can be painted on to existing roofs, works by reflecting 96% of incoming solar radiation, rather than absorbing the sun’s energy. It also has a high thermal emittance, meaning it effectively dissipates heat to outer space when the sky is clear. Its properties are known as passive radiative cooling. [...]
In a study, published in the journal Advanced Functional Materials, the researchers tested a prototype for six months on the roof of the Sydney Nanoscience Hub, pairing the cool paint with a UV-resistant topcoat that encouraged dew droplets to roll down into a receptacle. As much as 390 milliliters per sq meter per day could be collected for about a third of the year, the scientists found. Based on that water capture rate, an average Australian roof – about 200 sq meters – could provide up to 70 liters on days favorable for collecting dew, they estimate. [...]
In well-insulated buildings, a 6C decrease in roof temperature “might result in a smaller fraction of that cooling being reflected in the top level of the house," [said the study’s lead author, Prof Chiara Neto of the University of Sydney], but greater temperature reductions would be expected in most Australian houses, “where insulation is quite poor." She said the coating could also help reduce the urban heat island effect, in which hard surfaces absorb more heat than natural surfaces, resulting in urban centers being 1C to 13C warmer than rural areas.
In a study, published in the journal Advanced Functional Materials, the researchers tested a prototype for six months on the roof of the Sydney Nanoscience Hub, pairing the cool paint with a UV-resistant topcoat that encouraged dew droplets to roll down into a receptacle. As much as 390 milliliters per sq meter per day could be collected for about a third of the year, the scientists found. Based on that water capture rate, an average Australian roof – about 200 sq meters – could provide up to 70 liters on days favorable for collecting dew, they estimate. [...]
In well-insulated buildings, a 6C decrease in roof temperature “might result in a smaller fraction of that cooling being reflected in the top level of the house," [said the study’s lead author, Prof Chiara Neto of the University of Sydney], but greater temperature reductions would be expected in most Australian houses, “where insulation is quite poor." She said the coating could also help reduce the urban heat island effect, in which hard surfaces absorb more heat than natural surfaces, resulting in urban centers being 1C to 13C warmer than rural areas.
Submission + - Someone Snuck Into a Cellebrite Microsoft Teams Call and Leaked Phone Unlocking (404media.co)
An anonymous reader writes: Someone recently managed to get on a Microsoft Teams call with representatives from phone hacking company Cellebrite, and then leaked a screenshot of the company’s capabilities against many Google Pixel phones, according to a forum post about the leak and 404 Media’s review of the material. The leak follows others obtained and verified by 404 Media over the last 18 months. Those leaks impacted both Cellebrite and its competitor Grayshift, now owned by Magnet Forensics. Both companies constantly hunt for techniques to unlock phones law enforcement have physical access to.
“You can Teams meeting with them. They tell everything. Still cannot extract esim on Pixel. Ask anything,” a user called rogueFed wrote on the GrapheneOS forum on Wednesday, speaking about what they learned about Cellebrite capabilities. GrapheneOS is a security- and privacy-focused Android-based operating system. rogueFed then posted two screenshots of the Microsoft Teams call. The first was a Cellebrite Support Matrix, which lays out whether the company’s tech can, or can’t, unlock certain phones and under what conditions. The second screenshot was of a Cellebrite employee. According to another of rogueFed’s posts, the meeting took place in October. The meeting appears to have been a sales call. The employee is a “pre sales expert,” according to a profile available online.
The Support Matrix is focused on modern Google Pixel devices, including the Pixel 9 series. The screenshot does not include details on the Pixel 10, which is Google’s latest device. It discusses Cellebrite’s capabilities regarding ‘before first unlock’, or BFU, when a piece of phone unlocking tech tries to open a device before someone has typed in the phone’s passcode for the first time since being turned on. It also shows Cellebrite’s capabilities against after first unlock, or AFU, devices. The Support Matrix also shows Cellebrite’s capabilities against Pixel devices running GrapheneOS, with some differences between phones running that operating system and stock Android. Cellebrite does support, for example, Pixel 9 devices BFU. Meanwhile the screenshot indicates Cellebrite cannot unlock Pixel 9 devices running GrapheneOS BFU. In their forum post, rogueFed wrote that the “meeting focused specific on GrapheneOS bypass capability.” They added “very fresh info more coming.”
“You can Teams meeting with them. They tell everything. Still cannot extract esim on Pixel. Ask anything,” a user called rogueFed wrote on the GrapheneOS forum on Wednesday, speaking about what they learned about Cellebrite capabilities. GrapheneOS is a security- and privacy-focused Android-based operating system. rogueFed then posted two screenshots of the Microsoft Teams call. The first was a Cellebrite Support Matrix, which lays out whether the company’s tech can, or can’t, unlock certain phones and under what conditions. The second screenshot was of a Cellebrite employee. According to another of rogueFed’s posts, the meeting took place in October. The meeting appears to have been a sales call. The employee is a “pre sales expert,” according to a profile available online.
The Support Matrix is focused on modern Google Pixel devices, including the Pixel 9 series. The screenshot does not include details on the Pixel 10, which is Google’s latest device. It discusses Cellebrite’s capabilities regarding ‘before first unlock’, or BFU, when a piece of phone unlocking tech tries to open a device before someone has typed in the phone’s passcode for the first time since being turned on. It also shows Cellebrite’s capabilities against after first unlock, or AFU, devices. The Support Matrix also shows Cellebrite’s capabilities against Pixel devices running GrapheneOS, with some differences between phones running that operating system and stock Android. Cellebrite does support, for example, Pixel 9 devices BFU. Meanwhile the screenshot indicates Cellebrite cannot unlock Pixel 9 devices running GrapheneOS BFU. In their forum post, rogueFed wrote that the “meeting focused specific on GrapheneOS bypass capability.” They added “very fresh info more coming.”
Submission + - Israel Demanded Google and Amazon Use Secret 'Wink' To Sidestep Legal Orders (theguardian.com) 1
An anonymous reader writes: When Google and Amazon negotiated a major $1.2bn cloud-computing deal in 2021, their customer – the Israeli government – had an unusual demand: agree to use a secret code as part of an arrangement that would become known as the “winking mechanism." The demand, which would require Google and Amazon to effectively sidestep legal obligations in countries around the world, was born out of Israel’s concerns that data it moves into the global corporations’ cloud platforms could end up in the hands of foreign law enforcement authorities.
Like other big tech companies, Google and Amazon’s cloud businesses routinely comply with requests from police, prosecutors and security services to hand over customer data to assist investigations. This process is often cloaked in secrecy. The companies are frequently gagged from alerting the affected customer their information has been turned over. This is either because the law enforcement agency has the power to demand this or a court has ordered them to stay silent. For Israel, losing control of its data to authorities overseas was a significant concern. So to deal with the threat, officials created a secret warning system: the companies must send signals hidden in payments to the Israeli government, tipping it off when it has disclosed Israeli data to foreign courts or investigators.
To clinch the lucrative contract, Google and Amazon agreed to the so-called winking mechanism, according to leaked documents seen by the Guardian, as part of a joint investigation with Israeli-Palestinian publication +972 Magazine and Hebrew-language outlet Local Call. Based on the documents and descriptions of the contract by Israeli officials, the investigation reveals how the companies bowed to a series of stringent and unorthodox “controls” contained within the 2021 deal, known as Project Nimbus. Both Google and Amazon’s cloud businesses have denied evading any legal obligations.
Like other big tech companies, Google and Amazon’s cloud businesses routinely comply with requests from police, prosecutors and security services to hand over customer data to assist investigations. This process is often cloaked in secrecy. The companies are frequently gagged from alerting the affected customer their information has been turned over. This is either because the law enforcement agency has the power to demand this or a court has ordered them to stay silent. For Israel, losing control of its data to authorities overseas was a significant concern. So to deal with the threat, officials created a secret warning system: the companies must send signals hidden in payments to the Israeli government, tipping it off when it has disclosed Israeli data to foreign courts or investigators.
To clinch the lucrative contract, Google and Amazon agreed to the so-called winking mechanism, according to leaked documents seen by the Guardian, as part of a joint investigation with Israeli-Palestinian publication +972 Magazine and Hebrew-language outlet Local Call. Based on the documents and descriptions of the contract by Israeli officials, the investigation reveals how the companies bowed to a series of stringent and unorthodox “controls” contained within the 2021 deal, known as Project Nimbus. Both Google and Amazon’s cloud businesses have denied evading any legal obligations.
Submission + - US Declines To Join More Than 70 Countries In Signing UN Cybercrime Treaty (therecord.media)
An anonymous reader writes: More than 70 countries signed the landmark U.N. Convention against Cybercrime in Hanoi this weekend, a significant step in the yearslong effort to create a global mechanism to counteract digital crime. The U.K. and European Union joined China, Russia, Brazil, Nigeria and dozens of other nations in signing the convention, which lays out new mechanisms for governments to coordinate, build capacity and track those who use technology to commit crimes. [...]
While many countries did not sign the treaty, the most notable missing signature was that of the U.S. “The United States continues to review the treaty,” a State Department spokesperson said in a brief statement. The U.N. Convention against Cybercrime was adopted by the General Assembly in December 2024 and will enter into force 90 days after being ratified by the 40th signatory. Signatories will have to ratify the convention according to their own procedures.
[...] U.N. officials said the convention would help governments address terrorism, human trafficking, money laundering and drug smuggling, all of which have been turbo-charged by the internet. The U.N. noted that the convention is the first global framework “for the collection, sharing and use of electronic evidence for all serious offenses” — noting that until now there have been no broadly accepted international standards on electronic evidence. It is also the first global treaty to criminalize crimes that depend on the internet and is the first international treaty “to recognize the non-consensual dissemination of intimate images as an offense.”
While many countries did not sign the treaty, the most notable missing signature was that of the U.S. “The United States continues to review the treaty,” a State Department spokesperson said in a brief statement. The U.N. Convention against Cybercrime was adopted by the General Assembly in December 2024 and will enter into force 90 days after being ratified by the 40th signatory. Signatories will have to ratify the convention according to their own procedures.
[...] U.N. officials said the convention would help governments address terrorism, human trafficking, money laundering and drug smuggling, all of which have been turbo-charged by the internet. The U.N. noted that the convention is the first global framework “for the collection, sharing and use of electronic evidence for all serious offenses” — noting that until now there have been no broadly accepted international standards on electronic evidence. It is also the first global treaty to criminalize crimes that depend on the internet and is the first international treaty “to recognize the non-consensual dissemination of intimate images as an offense.”
Comment Re:Guess I'll never own a GM. (Score 2) 218
Literally the only reason that any car manufacturer tries to force you to use their own system is to sell you subscriptions.
Not the only reason. They'd also like a window into your life: https://www.mozillafoundation....
Comment Re:So let me get this straight... (Score 2, Funny) 103
Nope, English ... just the way God spoke it! You can read the King James Version yourself if you don't believe me.
Submission + - Our Brains React Differently to Deepfake Voices
jenningsthecat writes: University of Zurich researchers have discovered that our brains process natural human voices and "deepfake" voices differently:
The researchers first used psychoacoustical methods to test how well human voice identity is preserved in deepfake voices. To do this, they recorded the voices of four male speakers and then used a conversion algorithm to generate deepfake voices. In the main experiment, 25 participants listened to multiple voices and were asked to decide whether or not the identities of two voices were the same. Participants either had to match the identity of two natural voices, or of one natural and one deepfake voice.
The deepfakes were correctly identified in two thirds of cases. “This illustrates that current deepfake voices might not perfectly mimic an identity, but do have the potential to deceive people,” says Claudia Roswandowitz, first author and a postdoc at the Department of Computational Linguistics...
The researchers then used imaging techniques to examine which brain regions responded differently to deepfake voices compared to natural voices. They successfully identified two regions that were able to recognize the fake voices: the nucleus accumbens and the auditory cortex. “The nucleus accumbens is a crucial part of the brain’s reward system. It was less active when participants were tasked with matching the identity between deepfakes and natural voices,” says Claudia Roswandowitz. In contrast, the nucleus accumbens showed much more activity when it came to comparing two natural voices.
The complete paper appears in Nature.
Submission + - Satellite 'Megaconstellations' May Jeopardize Recovery of Ozone Hole (phys.org)
An anonymous reader writes: When old satellites fall into Earth's atmosphere and burn up, they leave behind tiny particles of aluminum oxide, which eat away at Earth's protective ozone layer. A new study finds that these oxides have increased 8-fold between 2016 and 2022 and will continue to accumulate as the number of low-Earth-orbit satellites skyrockets. The 1987 Montreal Protocol successfully regulated ozone-damaging CFCs to protect the ozone layer, shrinking the ozone hole over Antarctica with recovery expected within fifty years. But the unanticipated growth of aluminum oxides may push pause on the ozone success story in decades to come. Of the 8,100 objects in low Earth orbit, 6,000 are Starlink satellites launched in the last few years. Demand for global internet coverage is driving a rapid ramp up of launches of small communication satellite swarms. SpaceX is the frontrunner in this enterprise, with permission to launch another 12,000 Starlink satellites and as many as 42,000 planned. Amazon and other companies around the globe are also planning constellations ranging from 3,000 to 13,000 satellites, the authors of the study said. Internet satellites in low Earth orbit are short-lived, at about five years. Companies must then launch replacement satellites to maintain internet service, continuing a cycle of planned obsolescence and unplanned pollution.
Aluminum oxides spark chemical reactions that destroy stratospheric ozone, which protects Earth from harmful UV radiation. The oxides don't react chemically with ozone molecules, instead triggering destructive reactions between ozone and chlorine that deplete the ozone layer. Because aluminum oxides are not consumed by these chemical reactions, they can continue to destroy molecule after molecule of ozone for decades as they drift down through the stratosphere. Yet little attention has yet been paid to pollutants formed when satellites fall into the upper atmosphere and burn. Earlier studies of satellite pollution largely focused on the consequences of propelling a launch vehicle into space, such as the release of rocket fuel. The new study, by a research team from the University of Southern California Viterbi School of Engineering, is the first realistic estimate of the extent of this long-lived pollution in the upper atmosphere, the authors said. [...]
In 2022, reentering satellites increased aluminum in the atmosphere by 29.5% over natural levels, the researchers found. The modeling showed that a typical 250-kilogram (550-pound) satellite with 30% of its mass being aluminum will generate about 30 kilograms (66 pounds) of aluminum oxide nanoparticles (1-100 nanometers in size) during its reentry plunge. Most of these particles are created in the mesosphere, 50-85 kilometers (30-50 miles) above Earth's surface. The team then calculated that based on particle size, it would take up to 30 years for the aluminum oxides to drift down to stratospheric altitudes, where 90% of Earth's ozone is located. The researchers estimated that by the time the currently planned satellite constellations are complete, every year, 912 metric tons of aluminum (1,005 U.S. tons) will fall to Earth. That will release around 360 metric tons (397 U.S. tons) of aluminum oxides per year to the atmosphere, an increase of 646% over natural levels.
Aluminum oxides spark chemical reactions that destroy stratospheric ozone, which protects Earth from harmful UV radiation. The oxides don't react chemically with ozone molecules, instead triggering destructive reactions between ozone and chlorine that deplete the ozone layer. Because aluminum oxides are not consumed by these chemical reactions, they can continue to destroy molecule after molecule of ozone for decades as they drift down through the stratosphere. Yet little attention has yet been paid to pollutants formed when satellites fall into the upper atmosphere and burn. Earlier studies of satellite pollution largely focused on the consequences of propelling a launch vehicle into space, such as the release of rocket fuel. The new study, by a research team from the University of Southern California Viterbi School of Engineering, is the first realistic estimate of the extent of this long-lived pollution in the upper atmosphere, the authors said. [...]
In 2022, reentering satellites increased aluminum in the atmosphere by 29.5% over natural levels, the researchers found. The modeling showed that a typical 250-kilogram (550-pound) satellite with 30% of its mass being aluminum will generate about 30 kilograms (66 pounds) of aluminum oxide nanoparticles (1-100 nanometers in size) during its reentry plunge. Most of these particles are created in the mesosphere, 50-85 kilometers (30-50 miles) above Earth's surface. The team then calculated that based on particle size, it would take up to 30 years for the aluminum oxides to drift down to stratospheric altitudes, where 90% of Earth's ozone is located. The researchers estimated that by the time the currently planned satellite constellations are complete, every year, 912 metric tons of aluminum (1,005 U.S. tons) will fall to Earth. That will release around 360 metric tons (397 U.S. tons) of aluminum oxides per year to the atmosphere, an increase of 646% over natural levels.
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Q: How many IBM CPU's does it take to execute a job? A: Four; three to hold it down, and one to rip its head off.
