Yamaha has announced the launch of the NX-70A active speaker, its first foray into the wireless speaker market for over a decade.
Yamaha has envisioned the NX-70A as a speaker that would bring an “immersive sound experience” into everyday space, freeing listeners from the “constraints and limitations” of more traditional hi-fi equipment.
The ‘active’ element of the speaker’s make-up means it carries amplification inside the speaker, minimising the need for multiple boxes and reducing the footprint of the system. There’s no cable between the speakers which allows the speakers to be placed where you want in a room.
The speaker units feature what Yamaha refers to as Harmonious Diaphragm, which is comprised of a blend of ZYLON that’s used in Yamaha’s flagship speakers and spruce wood (used in grand piano soundboards). The combination is said to ensure a “consistent tone” from lows to highs, reproducing instruments and vocals both naturally and with musicality.
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Also tucked in the NX-70A’s innards is the newly developed Synergistic Drive technology, a unified circuit design that Yamaha says allows the amplifier and speaker unit “to operate in perfect unity”. It works by connecting the speaker unit directly to the amplifier circuit, precisely managing the flow of electric current and minimising distortion that could alter the sound.
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Image Credit (Yamaha)
The YPAO (Yamaha Parametric room Acoustic Optimizer) adjusts playback for the room environment, with YPAO using a microphone to correct the “sonic characteristics for the particular space”, to produce a natural, balanced sound.
Wireless connectivity includes Spotify Connect, Tidal Connect, Google Cast and AirPlay 2. There’s support for Roon that allows users to integrate their music files from a PC or NAS into a single library; while the MusicCast Controller app that allows users to select their source, multiroom audio, view album art, create custom playlists and, of course, select the songs you want to hear.
The NX-70A doesn’t negate physical connections with HDMI eARC/ARC and CEC to connect to a TV.
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Available in black and white, the Yamaha NX-70A has a price of £2587 and goes on sale from July in the UK. The speakers will be demonstrated at High End Vienna this week.
The internet just crossed a remarkable threshold. Agentic AI internet traffic now exceeds that of real humans for the first time.
“Welp, that happened faster than I predicted,” Cloudflare CEO Matthew Prince said in a post on X on Wednesday. “Thought it would be [at the] end of 2027, then early 2027, but agentic traffic [is] growing so fast that bots have now passed human traffic online for the first time in the Internet’s history.”
He backed up his claim with a post to Cloudflare Radar, the company’s internet measurement system, showing that agentic bot usage is up to 57.4% of total traffic, while human traffic has dropped to 42.6%.
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Prince said in another post that the data is “a bit messy” but “clearly on the other side now,” indicating this is a trend that isn’t going away.
Agentic AI traffic now exceeds that of real human users.
Cloudflare
These are not the bots you’re looking for
It is important to clarify what Prince refers to regarding web traffic. Regular bots, like search engine scrapers and web performance tools, eclipsed human internet traffic well over a decade ago. There are reports that those same bots exceeded human traffic on small websites even sooner, which led to a lot of small website owners exceeding their hosting usage limits faster than expected.
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The agentic bots Prince is referring to are the systems that search the internet on your behalf when you ask an AI chatbot a question and return the results. Those searches and visits generate real web traffic, even if it doesn’t look that way from your AI chat window. The data means that more AI agents are visiting these webpages than real humans. Humans still physically engage with content more than AI does, but AI visits webpages more often.
The compact British Overseas Territory of Gibraltar has some of the highest agentic AI web traffic usage of any country on Earth.
Cloudflare
Digging into the data
The above numbers reflect worldwide traffic patterns, but they differ by region. North America as a whole skews more toward bot usage, with bots accounting for 68.6% of activity and humans 31.4%. If you zoom in on the American Midwest, the trend reverses, with humans leading at 54.5% versus 45.5% for bots. The trend is consistent across regions: Broader areas tend to be dominated by agentic bot traffic, while smaller areas within those regions often still show higher levels of human usage.
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There are some outliers as well. During peak hours, up to 97% of traffic originating from tiny Gibraltar is bot traffic. Other countries, like Cuba and Laos, sit at the other end of the spectrum, with 80.8% and 84.7% of each country’s traffic coming from human users, respectively.
North America, Europe and Africa lean toward bots, while Asia, South America and Oceania still see more human internet use most of the time.
Dead Internet Theory
Interest in something called Dead Internet Theory has increased in recent years, fueled by perceptions that online activity is becoming less human-driven.
The idea behind Dead Internet Theory is that bots and AI generate most of the internet’s activity. The theory seemed far-fetched to many when it emerged in the late 2010s, but it’s becoming harder to argue against as data like Cloudflare’s becomes public.
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The implications become more concerning with additional context: Forty percent of Facebook posts are estimated to be generated by bots. Music-streaming service Deezer announced in April that 44% of new music uploaded to its platform is now AI-generated. And a report from Axios posits that AI generates 52% of all online articles (though not this one — honest).
An anonymous reader quotes a report from The Guardian: Bumblebees can use tools to solve a problem, according to experiments that demonstrate their remarkably advanced cognitive abilities. The bees were given an adapted version of an experiment that, 100 years ago, first demonstrated chimpanzees could work out how to retrieve an out-of-reach banana by stacking boxes. Since then, various other primates, elephants and crows have joined an elite cohort of species known to be capable of this level of insight and spontaneous problem solving. In the latest research, bees were shown to be able to roll a polystyrene ball to a specific location and climb on to it in order to access an artificial flower on a low ceiling. The findings challenge the longstanding assumption that insects operate purely on instinct and mindless trial-and-error learning. “Most people think insects are reflex-based machines,” said Dr Olli Loukola, a behavioral ecologist at the University of Oulu, Finland, and senior author. “That they can’t have any emotional states or feel pain. Some people don’t even realize that they have brains. I hope that these results change the worldview about that.”
“We are not claiming that bees think like humans,” added Loukola. “But our findings show that miniature brains can generate flexible solutions to novel problems in ways we are only beginning to understand.”
With how much time many of us spend in our cars, it makes perfect sense to consider them a second home. Yet even if that’s not the case, there are still good reasons to connect a car to one’s smart home solution like Home Assistant, such as to keep track of certain parameters for easy monitoring and reminders. This is what [The Stock Pot] channel recently demonstrated using a widget that connects to the OBD-II port inside the car, as not every car comes with its own app yet.
The used dongle is the ESP32-S3-based WiCAN from Australian company MeatPi. This device runs the open source WiCAN firmware. After plugging the dongle into the OBD-II port of the car, the device powers on and can be configured via Wi-Fi like any other smart device these days. After that it’s just another Wi-Fi device on the network.
Since each car’s ECU will represent data differently, you need a car-specific configuration, which can take some tweaking. The idea of integrating with Home Assistant is directly supported by MeatPi, with a handy documentation page. Of course [The Stock Pot] shared their configuration if you want to feel inspired. Among the parameters monitored you get things like fuel level, days to service and coolant temperature.
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Although you could make the argument that it mostly saves you from having to waddle over to the car to check the data there, being able to remotely access the OBD-II port of a car does seem rather practical even outside of home automation concepts, such as gathering performance statistics and early failure warnings, especially for aspects like tire pressure and unhappy engine or BEV battery conditions that can quickly go from an inconvenience to very expensive.
Meta was previously reported to be exploring facial recognition for its smart glasses.
Erman Gunes/Shutterstock
Code for a facial recognition feature that can run on Meta smart glasses is buried in the company’s Meta AI app, according to a new report fromWired. While not currently enabled, accessible to customers or part of a formerly announced feature, the code appears to be further evidence that Meta is considering how facial recognition could work with its smart glasses, as The New York Times first reported in February.
The feature, called “NameTag” in the code Wired found, is reportedly capable of capturing people’s faces using the company’s smart glasses and later notifying the wearer when it recognizes a previously captured face. No part of NameTag is currently running or sending biometric data to Meta’s servers today, according to a security researcher who reviewed the code Wired found, but past versions of the Meta AI app have included interface elements for the feature, like a “Connections” menu that suggests users “remember the people you met.”
Anonymous Meta sources who spoke to The New York Times similarly referred to the company’s facial recognition tool as “Name Tag.” Per a memo reviewed during reporting, Meta was interested in launching the feature during a “dynamic political environment” in the US because “civil society groups that we would expect to attack us would have their resources focused on other concerns.” While there are potential accessibility benefits to a pair of smart glasses that can identify faces for users with visual impairments, the feature poses serious ethical concerns, too.
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“Regardless of any sensational reporting, the facts are simple: we’ve said before we’re exploring these types of features, and what you’re seeing is just evidence of that exploration,” Meta’s Ryan Daniels said in a statement to Engadget. “Nothing has shipped to consumers and no final decision has been made on what to do here, if anything. If we do decide to roll something out, we will take a thoughtful approach and do so with full transparency. One decision we can be clear about — we are not building a central face database.”
Meta previously used facial recognition in Facebook as part of the platform’s photo tagging features, but retired the technology in 2021 over privacy concerns. The company introduced facial recognition to Instagram and Facebook again in 2024, this time framed as a safety tool for detecting faces used in scam ads. Beyond the existence of the code and Meta’s longstanding interest in facial recognition, there’s nothing to suggest Name Tag will be part of a future pair of Meta’s Ray-Ban or Oakley smart glasses. It is intriguing, though, that evidence of the feature keeps appearing.
Update, June 4, 5:04PM ET: Added a statement from Meta on Wired‘s report.
Some security hacks require someone to have physical access to your computer. In many cases, that’s easy to mitigate. Other attack vectors can put you at risk from anywhere via the network. That’s what firewalls are for. But there is an in-between risk where an attacker just has to be “around” your computer. [Rasmus Moorats] found out that a Creative Sound Blaster sound bar could open up just such an attack.
[Rasmus] was poking around the firmware just to write custom software to control it. The possibility of an attack was just an accidental find.
The soundbar connects to USB, but it also has Bluetooth, which, for some reason, is always on. There’s an app that can communicate with the speaker using BLE, and Creative has a special protocol to control it. The same protocol works on USB or Bluetooth, but with an important difference.
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On USB, you have to authenticate to send commands. However, you can easily decompile the provided apps and learn the authentication key. But on BLE, it doesn’t require authentication at all for some reason. You can simply send commands via BLE, and the speaker obeys. No pairing. No physical access. Just be close enough for a Bluetooth connection.
The worst of the commands lets you reflash the device firmware. So, if you were a bad actor, you could flash firmware to act as a USB keyboard and then inject lots of bad commands into the host system.
Early last year, when America’s measles outbreaks were still being counted in three-digit numbers, we talked about how RFK Jr. and his misinformation campaign were making things worse. A lot of focus has been on Kennedy’s anti-vaxxer views, and for good reason. If people would just get the MMR vaccine, and had done so in the last couple of decades while Kennedy has been on his anti-vaxxer crusade, none of this would have happened. We eliminated this disease more than two decades ago. It’s back because of vaccine skepticism and Kennedy, now Secretary of HHS, is perhaps more responsible for that skepticism than any other human being on the planet.
But his misinformation campaign didn’t focus solely on attempts at discrediting a good, effective vaccine against measles. He also spouted bullshit when it came to treatments for the disease. One such example was him touting, in March of last year, a combination of Vitamin A and cod liver oil as treatments for measles. It’s not the first time Kennedy advocated for this, either. He’s been at it since the beginning of the outbreak, and even before. In the wake of his public advocacy for those treatments, others picked up the story and ran with it, notably podcast-bruh Joe Rogan.
The researchers detected two fascinating (albeit alarming) surges in interest. The first occurred in the wake of a March 4, 2025, Fox News interview with Trump’s Health and Human Services Secretary Robert F. Kennedy Jr. During the interview, the infamous anti-vaxxer touted cod liver oil supplements and vitamin A as viable treatments for measles. A second series of spikes surrounded two late March podcast appearances by certified physician and noted vaccine skeptic Suzanne Humphries, who promoted the same two questionable remedies. Neither of Humphries’ interviews involved a government official, but one did occur on the chart-topping podcast of Joe Rogan.
“Between January [1] and March [31,] 2025, America’s Poison Centers reported a 38.7% increase in vitamin A exposures,” the new study noted, citing data published by the poison center about 12 days after Humphries’ appearance on Rogan.
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Now, the Harvard study focused strongly on the correlation between media mentions of Vitamin A, online searches from the public indicating interest in such treatments, and the uptick in those diagnoses of Vitamin A poisoning. But, frankly, that misses much of the point. It’s been the public advocates like Kennedy who have fueled this fire, leading other charlatans to get spots on media outlets such as Rogan’s, where they get to further disseminate all of this terrible advice. The fish stinks from the head down and, right now, the head of American health is Kennedy.
The study’s authors did at least make mention of how this is all made worse by having untrustworthy clowns in charge of American healthcare, though not by name.
“Our findings underscore media’s influence on health-seeking behavior during public health emergencies like the measles outbreak,” the researchers noted, “which is particularly concerning when guidance from trusted sources is unclear and may encourage detrimental behaviors.”
We’re on pace to break last year’s measles case count by a long shot and it’s exactly because of misinformation peddlers like Kennedy and cavalier media like Rogan’s podcast being willing to signal boost it all that we’re in this mess.
As of this writing, America has had about 86% of the number of confirmed cases of measles this year as we had last year… and we’re only at the midway point of the year. Infectious diseases don’t spread linearly. They typically spread exponentially, which is exactly what happened last year. The public being actively misinformed, on purpose, is why.
Ad blockers have traditionally lived inside web browsers, quietly cleaning up websites while leaving the rest of your apps untouched. A new tool called Filtr now wants to change that by bringing system-wide ad and tracker blocking to Apple devices, potentially reshaping how users experience apps across iPhones, iPads, and Macs.
Filtr is being positioned as a privacy-focused utility capable of blocking advertising and tracking requests in almost every app installed on Apple devices. Built by the developer behind the Wipr ad blocker, the tool reportedly uses Apple’s newer URL Filtering framework introduced in recent operating system updates. Instead of relying on a traditional VPN tunnel to inspect traffic, Filtr works directly through Apple’s native filtering systems to identify and stop unwanted network requests before they load.
Apple’s ecosystem may be entering a new phase of ad blocking
What makes Filtr particularly interesting is that it goes beyond Safari. Most existing ad blockers mainly clean up websites inside browsers, but mobile advertising has increasingly shifted into standalone apps where users spend most of their time. Social media apps, free games, shopping platforms, and even productivity tools now rely heavily on embedded advertising and data-tracking systems.
Filtr’s approach could allow users to block many of those systems at the operating-system level. That means fewer banner ads, fewer autoplay videos, and potentially less user tracking happening behind the scenes while apps communicate with ad networks and analytics services.
For users, the benefits could extend beyond simply making apps look cleaner. Blocking trackers can reduce background data collection, improve page and app loading times, and even lower battery and mobile data consumption. It could also simplify privacy management by removing the need for separate browser extensions or app-specific blockers.
The launch also reflects a growing shift in consumer expectations around digital privacy. Apple has spent years positioning privacy as a major selling point for its devices, introducing features like App Tracking Transparency and stricter controls around data access. Filtr appears to build on that momentum by giving users more direct control over how apps interact with advertising systems.
Developers, advertisers, and Apple may all feel the impact
The bigger implications, however, could create tension across the app ecosystem. Many free apps depend heavily on advertising revenue to survive. If system-wide ad blocking becomes widely adopted, developers may be forced to rethink how they monetize their apps, potentially pushing more services toward subscriptions, premium tiers, or paywalls.
Advertisers and analytics companies may also look for ways to bypass Apple’s filtering tools if apps begin losing visibility into user behavior. Similar battles played out during the rise of browser-based ad blockers over the last decade, and a new wave of platform-level blocking could reignite that fight inside mobile ecosystems.
What happens next will likely depend on how effective Filtr proves to be once users begin testing it at scale. Apple’s willingness to continue supporting these filtering capabilities will also play a major role in determining whether system-wide ad blocking becomes mainstream on iPhones and Macs.
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If Filtr succeeds, it could mark one of the most important changes to app privacy on Apple devices in years – one that gives users more control over their digital experience while challenging the business models powering much of the modern internet.
Almost five years after a catastrophic underwater collision, the U.S. Navy is getting ready to bring one of its most capable attack submarines back to active duty. The USS Connecticut was first taken out of service in October 2021 when it struck an uncharted underwater mountain in the South China Sea during a classified mission. That crash triggered a dangerous chain of events that injured sailors, damaged critical systems, and left the vessel sidelined at Puget Sound Naval Shipyard on Naval Base Kitsap ever since. The Seawolf-class fast-attack submarine was first launched in 1997, which means it’ll be close to 30 years old when it resumes operations this fall.
At the time, the collision was one of the most serious submarine incidents in modern history. The crash also forced the USS Connecticut to surface, although even that task wasn’t straightforward. Emergency measures eventually brought the submarine back to the surface, but not before equipment on board overheated and caught fire. Eleven sailors were injured in the crash, and later investigations showed it was a miracle there weren’t more, with a Navy report suggesting that the force could have caused fatalities or even total loss of the sub.
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The USS Connecticut has a troubled history
Stocktrek Images/Getty Images
A Navy review, led by C.J. Cavanaugh, found that the incident was preventable. The report determined that the crash ultimately stemmed from multiple failures in navigation planning, watchstanding, risk management, and beyond. The Navy relieved the submarine’s commanding officer of duty and recommended that dozens of crew members undergo mental health counseling following the collision.
After $80 million in repairs, here’s hoping the Connecticut has a better go of it this time around. After all, it has a history of issues that go far beyond just the 2021 collision. Over the years, the submarine has made headlines for a pier accident in San Diego, a bedbug infestation, and even an unusual encounter with a polar bear. Thankfully, it only has to last five more years without incident, as the Navy’s current shipbuilding plan calls for the vessel to retire in 2031. Of course, that timeline could always be extended given the years lost during repairs.
Private investors have been falling over themselves to get a piece of Anthropic, given the AI model maker is growing at a dizzying pace. Multiple investors told TechCrunch that the company’s $65 billion fundraise at a $965 billion valuation, announced last week, was greatly oversubscribed. Now, with that private demand still strong, Anthropic has revealed that it’s taking steps toward a public listing by filing confidentially for an IPO.
Co-founder Daniela Amodei, speaking at the Bloomberg Tech conference on Thursday, said the decision comes down to capital. “It’s a really big upfront cost to train the models and to serve inference on them,” she said. “My guess is that over time, the sort of core set of companies that are working to advance the frontier are just going to need access to capital, and I think the public market is very well suited to that.”
Anthropic has been growing at a breakneck pace. The company announced that annualized revenue crossed $47 billion in May, up dramatically from roughly $9 billion at the end of 2025. That trajectory faces a real test, though. Companies such as Uber have said that while AI can deliver returns, not all of their AI spending has proven productive, raising the prospect that corporations could begin to rein in those budgets and slow growth across the sector.
That isn’t fazing Amodei, who believes businesses are still early in figuring out how to deploy AI effectively.
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“The use cases today, I expect will continue to be the primary driver of efficiency or creativity, whether that’s coding, financial services, legal, [or] health care,” she said. “But as the business community gets more familiar with the tools, we’re all going to learn together. My hope is that over time it’ll be more incorporated into the day-to-day of how humans do our work, and there will actually be a lot more value realized.”
Amodei also addressed why, unlike rivals OpenAI and Elon Musk’s xAI, Anthropic isn’t building its own data centers to meet the company’s growing compute needs.
“Anthropic’s view has always been wanting to plan for the best outcome but not overextend ourselves such that we’re buying more compute than we could productively use,” she said. “It’s really hard to predict that perfectly. We would much prefer to be on the side of having a little bit more demand for the product than we’re able to serve than the inverse.”
Last month, the company surprised the AI industry by partnering with xAI for compute capacity, a deal later disclosed in SpaceX’s S-1 filing to cost Anthropic $1.25 billion per month.
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While it might seem that your computer malfunctions every few minutes, the reality is that modern computers are usually quite robust. Not so much for quantum computers, where qubit life is often measured in milliseconds. Now, the company claims to have qubits that last for about 20 seconds.
For example, Microsoft’s Majorana 1 quantum chip, which, incidentally, was mired in controversy, provided 8 qubits that were stable very briefly. This second-generation chip provides 12 qubits that average 20-second lifespans.
Microsoft claims to use topological superconductors based on Majorana modes. However, despite claims, some researchers think the technology is using Andreev modes and does not contain any Majorana modes, although this is apparently debatable. Despite retracting an earlier paper, the company appears to stand by its claim that it is producing Majorana fermions.
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The biggest problem, of course, is that to be practical, you will need millions of qubits instead of 8 or 12. That’s in addition to better fault tolerance, error correction, and other operational details. So raw qubit count can be misleading, but Fujitsu has a 256-qubit system and is on track to install one with 1,000 qubits this year, although redundancy probably cuts the number of logical qubits quite a bit. Microsoft claims it will have a commercially viable machine by 2029.
Until you can get your hands on a real quantum computer, there’s always simulation.
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