Amazon is launching drone deliveries from its Tolleson, AZ, same-day delivery site, making over 50,000 essentials available to eligible customers in the West Valley Phoenix area. The Verge reports: The news came after Amazon announced it was shutting down its testing zone location in Lockeford, California. The new Tolleson location integrates drone deliveries into Amazon's delivery network for the first time, and the drones will deploy right next to the fulfillment center. Amazon is using its latest MK30 drones that can carry up to 5 pounds while also flying "twice as far" and running "50 percent quieter" than its previous models that sometimes crashed and burned in testing.

Amazon will launch the drones from its hybrid facility. The Federal Aviation Administration (FAA) has approved Amazon's drones for Beyond Visual Line of Sight (BVLOS), meaning they can be flown out of visual range from the operator. The company claims it's the first to launch both a new facility and BVLOS drone service that meets FAA requirements.

Leading fintech and digital asset firms, including Robinhood, Kraken and Galaxy Digital, have introduced a joint stablecoin pegged to the U.S. dollar. Called the Global Dollar Network, it seeks to enhance the stablecoin market by lowering transaction costs, boosting consumer protections, and facilitating cross-border transactions with rewards for institutional participants. Crypto Briefing reports: The network will utilize Paxos's new stablecoin, the Global Dollar (USDG), which complies with the Monetary Authority of Singapore's upcoming stablecoin framework. USDG is designed to return yield on reserve assets to participants who contribute to its adoption, encouraging the development of crypto and financial solutions using the token. The Global Dollar Network aims to address shortcomings in the stablecoin market, such as high transaction costs and limited consumer protections.

The network has opened an invite-only phase for select custodians, exchanges, payment processors, merchants, and banks to develop new solutions using USDG. Initial distribution is available on Anchorage Digital, Galaxy Digital, Kraken, and Paxos platforms, with plans to expand access through additional partners in the coming months.

Somewhere off in interstellar space, 15.4 billion miles away from Earth, NASA's 47-year-old Voyager "recently went quiet," reports Mashable.

The probe "shut off its main radio transmitter for communicating with mission control..." Voyager's problem began on October 16, when flight controllers sent the robotic explorer a somewhat routine command to turn on a heater. Two days later, when NASA expected to receive a response from the spacecraft, the team learned something tripped Voyager's fault protection system, which turned off its X-band transmitter. By October 19, communication had altogether stopped.

The flight team was not optimistic. However, Voyager 1 was equipped with a backup that relies on a different, albeit significantly fainter, frequency. No one knew if the second radio transmitter could still work, given the aging spacecraft's extreme distance.

Days later, engineers with the Deep Space Network, a system of three enormous radio dish arrays on Earth, found the signal whispering back over the S-band transmitter. The device hadn't been used since 1981, according to NASA.

"The team is now working to gather information that will help them figure out what happened and return Voyager 1 to normal operations," NASA said in a recent mission update.
It's been more than 12 years since Voyager entered interstellar space, the article points out. And interstellar space "is a high-radiation environment that nothing human-made has ever flown in before.

"That means the only thing the teams running the old probes can count on are surprises."

British cybersecurity firm Sophos revealed this week that it waged a five-year battle against Chinese hackers who repeatedly targeted its firewall products to breach organizations worldwide, including nuclear facilities, military sites and critical infrastructure. The company told Wired that it traced the attacks to researchers in Chengdu, China, linked to Sichuan Silence Information Technology and the University of Electronic Science and Technology.

Sophos planted surveillance code on its own devices used by the hackers, allowing it to monitor their development of sophisticated intrusion tools, including previously unseen "bootkit" malware designed to hide in the firewalls' boot code. The hackers' campaigns evolved from mass exploitation in 2020 to precise attacks on government agencies and infrastructure across Asia, Europe and the United States. Wired story adds: Sophos' report also warns, however, that in the most recent phase of its long-running conflict with the Chinese hackers, they appear more than ever before to have shifted from finding new vulnerabilities in firewalls to exploiting outdated, years-old installations of its products that are no longer receiving updates. That means, company CEO Joe Levy writes in an accompanying document, that device owners need to get rid of unsupported "end-of-life" devices, and security vendors need to be clear with customers about the end-of-life dates of those machines to avoid letting them become unpatched points of entry onto their network. Sophos says it's seen more than a thousand end-of-life devices targeted in just the past 18 months.

"The only problem now isn't the zero-day vulnerability," says Levy, using the term "zero-day" to mean a newly discovered hackable flaw in software that has no patch. "The problem is the 365-day vulnerability, or the 1,500-day vulnerability, where you've got devices that are on the internet that have lapsed into a state of neglect."

A new study examining a large sample of privately insured patients with obesity found that use of drugs such as Ozempic and Wegovy as anti-obesity medications more than doubled from 2022 to 2023. During that same period, there was a 25.6% decrease in patients undergoing metabolic bariatric surgery to treat obesity. From a report: The study, by researchers at Brigham and Women's Hospital, in collaboration with researchers at Harvard T.H. Chan School of Public Health and the Brown School of Public Health, is published in JAMA Network Open. "Our study provides one of the first national estimates of the decline in utilization of bariatric metabolic surgery among privately insured patients corresponding to the rising use of blockbuster GLP-1 RA drugs," said senior author Thomas C. Tsai, a metabolic bariatric surgeon at Brigham and Women's Hospital.

Using a national sample of medical insurance claims data from more than 17 million privately insured adults, the researchers identified patients with a diagnosis of obesity without diabetes in 2022-2023. The study found a sharp increase in the share of patients who received glucagon-like peptide-1 receptor agonists, or GLP-1 RAs, during the study period, with GLP-1 RA use increasing 132.6% from the last six months of 2022 to the last six months of 2023 (from 1.89 to 4.41 patients per 1,000 patients).

Meanwhile, there was a 25.6% decrease in use of bariatric metabolic surgery during the same period (from 0.22 to 0.16 patients per 1,000 patients). Among the sample of patients with obesity, 94.7% received neither form of treatment during the study period (while 5% received GLP-1 RAs and 0.3% received surgery). Compared to patients who were prescribed GLP-1 RAs, patients who underwent surgery tended to be more medically complex.

An anonymous reader quotes a report from Engadget: Last month at Meta Connect, Mark Zuckerberg said that Meta AI was "on track" to become the most-used generative AI assistant in the world. The company has now passed a significant milestone toward that goal, with Meta AI passing the 500 million user mark, Zuckerberg revealed during the company's latest earnings call. The half billion user mark comes just barely a year after the social network first launched its AI assistant last fall. Zuckerberg said the company still expects to become the "most-used" assistant by the end of 2024, though he's never specified how the company is measuring that metric. Zuck said that AI-driven improvements in feed and video recommendations have led to an 8% increase in time spent on Facebook and 5% increase on Instagram this year. Advertisers have also leveraged the company's AI tools to generate over 15 million ads in just the past month.

Separately, Meta's Threads app is gaining over a million new sign-ups daily, with nearly 275 million total monthly users.

The BBC interviewed scientists Charley Kline and Bill Duvall 55 years after the first communications were made over a system called Arpanet, short for the Advanced Research Projects Agency Network. "Kline and Duvall were early inventors of networking, networks that would ultimately lead to what is today the Internet," writes longtime Slashdot reader dbialac. "Duvall had basic ideas what might come of the networks, but they had no idea of how much of a phenomenon it would turn into." Here's an excerpt from the interview: BBC: What did you expect Arpanet to become?
Duvall: "I saw the work we were doing at SRI as a critical part of a larger vision, that of information workers connected to each other and sharing problems, observations, documents and solutions. What we did not see was the commercial adoption nor did we anticipate the phenomenon of social media and the associated disinformation plague. Although, it should be noted, that in [SRI computer scientist] Douglas Engelbart's 1962 treatise describing the overall vision, he notes that the capabilities we were creating would trigger profound change in our society, and it would be necessary to simultaneously use and adapt the tools we were creating to address the problems which would arise from their use in society."

What aspects of the internet today remind you of Arpanet?
Duvall: Referring to the larger vision which was being created in Engelbart's group (the mouse, full screen editing, links, etc.), the internet today is a logical evolution of those ideas enhanced, of course, by the contributions of many bright and innovative people and organisations.

Kline: The ability to use resources from others. That's what we do when we use a website. We are using the facilities of the website and its programs, features, etc. And, of course, email. The Arpanet pretty much created the concept of routing and multiple paths from one site to another. That got reliability in case a communication line failed. It also allowed increases in communication speeds by using multiple paths simultaneously. Those concepts have carried over to the internet. Today, the site of the first internet transmission at UCLA's Boetler Hally Room 3420 functions as a monument to technology history (Credit: Courtesy of UCLA) As we developed the communications protocols for the Arpanet, we discovered problems, redesigned and improved the protocols and learned many lessons that carried over to the Internet. TCP/IP [the basic standard for internet connection] was developed both to interconnect networks, in particular the Arpanet with other networks, and also to improve performance, reliability and more.

How do you feel about this anniversary?
Kline: That's a mix. Personally, I feel it is important, but a little overblown. The Arpanet and what sprang from it are very important. This particular anniversary to me is just one of many events. I find somewhat more important than this particular anniversary were the decisions by Arpa to build the Network and continue to support its development.

Duvall: It's nice to remember the origin of something like the internet, but the most important thing is the enormous amount of work that has been done since that time to turn it into what is a major part of societies worldwide.

OpenAI is partnering with Broadcom and TSMC to design its first in-house AI chip while supplementing its infrastructure with AMD chips, aiming to diversify its reliance on Nvidia GPUs. "The company has dropped the ambitious foundry plans for now due to the costs and time needed to build a network, and plans instead to focus on in-house chip design effort," adds Reuters. From the report: OpenAI has been working for months with Broadcom to build its first AI chip focusing on inference, according to sources. Demand right now is greater for training chips, but analysts have predicted the need for inference chips could surpass them as more AI applications are deployed. Broadcom helps companies including Alphabet unit Google fine-tune chip designs for manufacturing and also supplies parts of the design that help move information on and off the chips quickly. This is important in AI systems where tens of thousands of chips are strung together to work in tandem. OpenAI is still determining whether to develop or acquire other elements for its chip design, and may engage additional partners, said two of the sources.

The company has assembled a chip team of about 20 people, led by top engineers who have previously built Tensor Processing Units (TPUs) at Google, including Thomas Norrie and Richard Ho. Sources said that through Broadcom, OpenAI has secured manufacturing capacity with Taiwan Semiconductor Manufacturing Company to make its first custom-designed chip in 2026. They said the timeline could change. Currently, Nvidia's GPUs hold over 80% market share. But shortages and rising costs have led major customers like Microsoft, Meta, and now OpenAI, to explore in-house or external alternatives.

Federal Communications Commission Chair Jessica Rosenworcel outlined a vision for universal connectivity last week that merges satellite and ground-based networks. The FCC recently became the first regulator to establish a framework for supplemental coverage from space (SCS). "Satellites may be in our skies, but they are the anchor tenant in our communications future," said Rosenworcel, calling for seamless integration of fiber, cellular, wireless, and satellite infrastructure into a unified network. The vision comes as the FCC's Affordable Connectivity Program recently ended due to funding depletion.

AT&T has signed a $1 billion multi-year deal with Corning to acquire fiber and connectivity solutions. Reuters reports: With the U.S. wireless market facing a slowdown, telecom companies such as AT&T and rival Verizon have doubled down on their high-speed internet businesses, an area that has long been dominated by broadband companies such as Comcast. Demand has also been growing for AT&T's plans that allow customers to combine its high-speed fiber data with its wireless phone service for a discount. In the third quarter, AT&T reported 28.3 million fiber passings, or the number of potential customer locations a fiber network passes by. It remains on track to pass more than 30 million fiber passings by the end of 2025.

"In the early hours of Thursday, March 23, 2023, residents in the German town of Kronberg were woken from their sleep by several explosions," reports CNN .

"Criminals had blown up an ATM located below a block of flats in the town center..." According to local media reports, witnesses saw people dressed in dark clothing fleeing in a black car towards a nearby highway. During the heist, thieves stole 130,000 euros in cash. They also caused an estimated half a million euros worth of collateral damage, according to a report by Germany's Federal Criminal Police Office, BKA.

Rather than staging dramatic and risky bank robberies, criminal groups in Europe have been targeting ATMs as an easier and more low-key target. In Germany — Europe's largest economy — thieves have been blowing up ATMs at a rate of more than one per day in recent years. In a country where cash is still a prevalent payment method, the thefts can prove incredibly lucrative, with criminals pocketing hundreds of thousands of euros in one attack.

Europol has been cracking down on the robberies, carrying out large cross-border operations aimed at taking down the highly-organized criminal gangs behind them. Earlier this month, authorities from Germany, France and the Netherlands arrested three members of a criminal network who have been carrying out attacks on cash machines using explosives, Europol said in a statement. Since 2022, the detainees are believed to have looted millions of euros and run up a similar amount in property damage, from 2022 to 2024, Europol said...

Unlike its European neighbors, who largely transitioned away from cash payments due to the Covid-19 pandemic, cash still plays a significant role in Germany. One half of all transactions in 2023 were made using banknotes and coins, according to Bundesbank. Germans have a cultural attachment to cash, traditionally viewing it as a safe method of payment. Some say it allows a greater level of privacy, and gives them more control over their expenses.

NoWayNoShapeNoForm writes: OpenVault believes that data caps on broadband are not a problem because most people do not exceed their existing data caps. OpenVault contends that people that do exceed their broadband data caps are simply being forgetful — leaving a streaming device on 24x7, or deploying unsecure WiFi access points, or reselling their service within an apartment building.

Yes, there may be some ISPs that have older networks that they have not upgraded. Or maybe they are unable to increase network capacity in "the middle mile" of their networks, but the Covid pandemic certainly encouraged many ISPs to upgrade their networks and capacity while many ISPs that had broadband data caps ended that feature.

Perhaps the biggest problem, according to OpenVault, is that most broadband users do not really have any idea how much bandwidth they "consume" every month. If Internet access is a service that people want to treat as a "utility", then you have to ask, Would they keep the water running after finishing their shower?
In the article Ookla's VP of Smart Communities adds that "Scrolling through social media feeds for hours can 'push' hundreds of videos to the user, many of which may be of no interest — they just start running." So the main driver for usage-based billing wasn't to increase revenue, OpenVault CEO Mark Trudeau tells the site, but to "balance the network a little more..." (Though he then also adds that sometimes a subscriber could also be reselling broadband service in their apartment building, "And that's not even legal.")

"If one or two customers on a given node is causing issues for 300 others, where those 300 are not getting the service that they paid for, then that's a problem right?" he said.

Having said that, the article also points out that "Many major fiber providers, like AT&T, Frontier, Google Fiber and Verizon Fios, don't have data caps at all."

It was originally created back in 2005 by Sun Microsystems for its proprietary Solaris Unix systems, "for troubleshooting kernel and application problems on production systems in real time," explains Wikipedia. "DTrace can be used to get a global overview of a running system, such as the amount of memory, CPU time, filesystem and network resources used by the active processes," explains its Wikipedia entry.

But this week, Gentoo announced: The real, mythical DTrace comes to Gentoo! Need to dynamically trace your kernel or userspace programs, with rainbows, ponies, and unicorns — and all entirely safely and in production?! Gentoo is now ready for that!

Just emerge dev-debug/dtrace and you're all set. All required kernel options are already enabled in the newest stable Gentoo distribution kernel...

Documentation? Sure, there's lots of it. You can start with our DTrace wiki page, the DTrace for Linux page on GitHub, or the original documentation for Illumos. Enjoy!
Thanks to Heraklit (Slashdot reader #29,346) for sharing the news.

An anonymous reader quotes a report from TechCrunch: Ahead of the debut of Apple's private AI cloud next week, dubbed Private Cloud Compute, the technology giant says it will pay security researchers up to $1 million to find vulnerabilities that can compromise the security of its private AI cloud. In a post on Apple's security blog, the company said it would pay up to the maximum $1 million bounty to anyone who reports exploits capable of remotely running malicious code on its Private Cloud Compute servers. Apple said it would also award researchers up to $250,000 for privately reporting exploits capable of extracting users' sensitive information or the prompts that customers submit to the company's private cloud.

Apple said it would "consider any security issue that has a significant impact" outside of a published category, including up to $150,000 for exploits capable of accessing sensitive user information from a privileged network position. "We award maximum amounts for vulnerabilities that compromise user data and inference request data outside the [private cloud compute] trust boundary," Apple said. You can learn more about Apple's Private Cloud Computer service in their blog post. Its source code and documentation is available here.

UnitedHealth Group said a ransomware attack in February resulted in more than 100 million individuals having their private health information stolen. The U.S. Department of Health and Human Services first reported the figure on Thursday. TechCrunch reports: The ransomware attack and data breach at Change Healthcare stands as the largest known digital theft of U.S. medical records, and one of the biggest data breaches in living history. The ramifications for the millions of Americans whose private medical information was irretrievably stolen are likely to be life lasting. UHG began notifying affected individuals in late July, which continued through October. The stolen data varies by individual, but Change previously confirmed that it includes personal information, such as names and addresses, dates of birth, phone numbers and email addresses, and government identity documents, including Social Security numbers, driver's license numbers, and passport numbers. The stolen health data includes diagnoses, medications, test results, imaging and care and treatment plans, and health insurance information -- as well as financial and banking information found in claims and payment data taken by the criminals.

The cyberattack became public on February 21 when Change Healthcare pulled much of its network offline to contain the intruders, causing immediate outages across the U.S. healthcare sector that relied on Change for handling patient insurance and billing. UHG attributed the cyberattack to ALPHV/BlackCat, a Russian-speaking ransomware and extortion gang, which later took credit for the cyberattack. The ransomware gang's leaders later vanished after absconding with a $22 million ransom paid by the health insurance giant, stiffing the group's contractors who carried out the hacking of Change Healthcare out of their new financial windfall. The contractors took the data they stole from Change Healthcare and formed a new group, which extorted a second ransom from UHG, while publishing a portion of the stolen files online in the process to prove their threat.

There is no evidence that the cybercriminals subsequently deleted the data. Other extortion gangs, including LockBit, have been shown to hoard stolen data, even after the victim pays and the criminals claim to have deleted the data. In paying the ransom, Change obtained a copy of the stolen dataset, allowing the company to identify and notify the affected individuals whose information was found in the data. Efforts by the U.S. government to catch the hackers behind ALPHV/BlackCat, one of the most prolific ransomware gangs today, have so far failed. The gang bounced back following a takedown operation in 2023 to seize the gang's dark web leak site. Months after the Change Healthcare breach, the U.S. State Department upped its reward for information on the whereabouts of the ALPHV/BlackCat cybercriminals to $10 million.

The chief scientist of the Asia Pacific Network Information Center has a theory about why the world hasn't moved to IPv6. From a report: In a lengthy post to the center's blog, Geoff Huston recounts that the main reason for the development of IPv6 was a fear the world would run out of IP addresses, hampering the growth of the internet. But IPv6 represented evolution -- not revolution. "The bottom line was that IPv6 did not offer any new functionality that was not already present in IPv4. It did not introduce any significant changes to the operation of IP. It was just IP, with larger addresses," Huston wrote.

IPv6's designers assumed that the protocol would take off because demand for IPv4 was soaring. But in the years after IPv6 debuted, Huston observes, "There was no need to give the transition much thought." Internetworking wonks assumed applications, hosts, and networks would become dual stack and support IPv6 alongside IPv4, before phasing out the latter. But then mobile internet usage exploded, and network operators had to scale to meet unprecedented demand created by devices like the iPhone. "We could either concentrate our resources on meeting the incessant demands of scaling, or we could work on IPv6 deployment," Huston wrote.

Speaking of streaming services, an anonymous reader shares a story that looks into Apple's entertainment offering: Ever since its launch in 2019, Apple TV+ has been carving out an identity as the new home for prestige shows from some of Hollywood's biggest names -- the kind of shows that sound natural coming out of Jimmy Kimmel's mouth in monologue jokes at the Emmys. While the company never provides spending details, Apple is estimated to have spent at least $20 billion recruiting the likes of Reese Witherspoon, M. Night Shayamalan, and Harrison Ford to help cultivate its award-worthy sheen. For all the effort Apple has expended, and for all the cultural excitement around Ted Lasso during its three-season run, the streaming service has won nearly 500 Emmys ... while attracting just 0.2% of total TV viewing in the U.S.

No wonder the company reportedly began reining in its spending spree recently. (Apple did not reply to a request for comment.) "It seems like Apple TV wants to be seen as a platform that's numbers-agnostic," says Ashley Ray, comedian, TV writer, and host of the erstwhile podcast TV I Say. "They wanna be known for being about the creativity and the love of making TV shows, even if nobody's watching them."

The experience of enjoying a new Apple TV+ series can often be a lonely one. Adventurous subscribers might see an in-network ad about something like last summer's Sunny, the timely, genre-bending Rashida Jones series about murderous AI, and give it a shot -- only to find that nobody else is talking about it in their social media feeds or around the company Keurig machine. Sure, the same could be said for hundreds of other streaming series in the post-monoculture era, but most streaming companies aren't consistently landing as much marquee talent for such a limited library. (Apple currently has 259 TV shows and films compared to Netflix's nearly 16,000.)

How is it possible for a streaming service to have as much high-pedigree programming as Apple TV+ does and so relatively few viewers, despite an estimated 25 million paid subscribers? How can shows starring Natalie Portman, Idris Elba, and Colin Farrell launch and even get renewed without ever quite grazing the zeitgeist? How does a show set in the same Monsterverse as Godzilla vs. Kong, and starring Kurt Russell and his roguishly charming son, not become a monster-size hit?

For many perplexed observers, the blame falls squarely on Apple's marketing efforts, or seeming lack thereof.

An anonymous reader shares a report: Subscription fees for video streaming services have been on a steady incline. But despite subscribers paying more, surveys suggest they're becoming less satisfied with what's available to watch.

At the start of 2024, the industry began declaring the end of Peak TV, a term coined by FX Networks Chairman John Landgraf that refers to an era of rampant content spending that gave us shows like The Wire, Breaking Bad, and Game of Thrones. For streaming services, the Peak TV era meant trying to lure subscribers with original content that was often buoyed by critical acclaim and/or top-tier actors, writers, and/or directors. However, as streaming services struggle to reach or maintain profitability, 2024 saw a drop in the number of new scripted shows for the first time in at least 10 years, FX Research found.

Meanwhile, overall satisfaction with the quality of content available on streaming services seems to have declined for the past couple of years. Most surveys suggest a generally small decline in perceived quality, but that's still perturbing considering how frequently streaming services increase subscription fees. There was a time when a streaming subscription represented an exclusive ticket to viewing some of the best new TV shows and movies. But we've reached a point where the most streamed TV show last year was Suits -- an original from the USA Network cable channel that ended in 2019.

A civil liberties group has filed a lawsuit in Virginia arguing that the widespread use of Flock's automated license plate readers violates the Fourth Amendment's protections against warrantless searches. 404 Media reports: "The City of Norfolk, Virginia, has installed a network of cameras that make it functionally impossible for people to drive anywhere without having their movements tracked, photographed, and stored in an AI-assisted database that enables the warrantless surveillance of their every move. This civil rights lawsuit seeks to end this dragnet surveillance program," the lawsuit notes (PDF). "In Norfolk, no one can escape the government's 172 unblinking eyes," it continues, referring to the 172 Flock cameras currently operational in Norfolk. The Fourth Amendment protects against unreasonable searches and seizures and has been ruled in many cases to protect against warrantless government surveillance, and the lawsuit specifically says Norfolk's installation violates that. [...]

The lawsuit in Norfolk is being filed by the Institute for Justice, a civil liberties organization that has filed a series of privacy and government overreach lawsuits over the last few years. Two Virginia residents, Lee Schmidt and Crystal Arrington, are listed as plaintiffs in the case. Schmidt is a Navy veteran who alleges in the lawsuit that the cops can easily infer where he is going based on Flock data. "Just outside his neighborhood, there are four Flock Cameras. Lee drives by these cameras (and others he sees around town) nearly every day, and the Norfolk Police Department [NPD] can use the information they record to build a picture of his daily habits and routines," the lawsuit reads. "If the Flock Cameras record Lee going straight through the intersection outside his neighborhood, for example, the NPD can infer that he is going to his daughter's school. If the cameras capture him turning right, the NPD can infer that he is going to the shooting range. If the cameras capture him turning left, the NPD can infer that he is going to the grocery store. The Flock Cameras capture the start of nearly every trip Lee makes in his car, so he effectively cannot leave his neighborhood without the NPD knowing about it." Arrington is a healthcare worker who makes home visits to clients in Norfolk. The lawsuit alleges that it would be trivial for the government to identify her clients. "Fourth Amendment case law overwhelmingly shows that license plate readers do not constitute a warrantless search because they take photos of cars in public and cannot continuously track the movements of any individual," a Flock spokesperson said. "Appellate and federal district courts in at least fourteen states have upheld the use of evidence from license plate readers as Constitutional without requiring a warrant, as well as the 9th and 11th circuits. Since the Bell case, four judges in Virginia have ruled the opposite way -- that ALPR evidence is admissible in court without a warrant."

An anonymous reader writes: T-Mobile and AT&T say US regulators should drop a plan to require unlocking of phones within 60 days of activation, claiming that locking phones to a carrier's network makes it possible to provide cheaper handsets to consumers. "If the Commission mandates a uniform unlocking policy, it is consumers -- not providers -- who stand to lose the most," T-Mobile alleged in an October 17 filing with the Federal Communications Commission. The proposed rule has support from consumer advocacy groups who say it will give users more choice and lower their costs.

T-Mobile has been criticized for locking phones for up to a year, which makes it impossible to use a phone on a rival's network. T-Mobile claims that with a 60-day unlocking rule, "consumers risk losing access to the benefits of free or heavily subsidized handsets because the proposal would force providers to reduce the line-up of their most compelling handset offers." If the proposed rule is enacted, "T-Mobile estimates that its prepaid customers, for example, would see subsidies reduced by 40 percent to 70 percent for both its lower and higher-end devices, such as the Moto G, Samsung A15, and iPhone 12," the carrier said. "A handset unlocking mandate would also leave providers little choice but to limit their handset offers to lower cost and often lesser performing handsets." In July, the FCC approved a Notice of Proposed Rulemaking (NPRM) for the unlocking policy in a 5-0 vote.

The FCC is proposing "to require all mobile wireless service providers to unlock handsets 60 days after a consumer's handset is activated with the provider, unless within the 60-day period the service provider determines the handset was purchased through fraud."