Author name: Mike M.

bursting-ai-bubble-may-be-eu’s-“secret-weapon”-in-clash-with-trump,-expert-says

Bursting AI bubble may be EU’s “secret weapon” in clash with Trump, expert says


Spotify and Accenture caught in crossfire as Trump attacks EU tech regulations.

The US threatened to restrict some of the largest service providers in the European Union as retaliation for EU tech regulations and investigations are increasingly drawing Donald Trump’s ire.

On Tuesday, the Office of the US Trade Representative (USTR) issued a warning on X, naming Spotify, Accenture, Amadeus, Mistral, Publicis, and DHL among nine firms suddenly yanked into the middle of the US-EU tech fight.

“The European Union and certain EU Member States have persisted in a continuing course of discriminatory and harassing lawsuits, taxes, fines, and directives against US service providers,” USTR’s post said.

The clash comes after Elon Musk’s X became the first tech company fined for violating the EU’s Digital Services Act, which is widely considered among the world’s strictest tech regulations. Trump was not appeased by the European Commission (EC) noting that X was not ordered to pay the maximum possible fine. Instead, the $140 million fine sparked backlash within the Trump administration, including from Vice President JD Vance, who slammed the fine as “censorship” of X and its users.

Asked for comment on the USTR’s post, an EC spokesperson told Ars that the EU intends to defend its tech regulations while implementing commitments from a Trump trade deal that the EU struck in August.

“The EU is an open and rules-based market, where companies from all over the world do business successfully and profitably,” the EC’s spokesperson said. “As we have made clear many times, our rules apply equally and fairly to all companies operating in the EU,” ensuring “a safe, fair and level playing field in the EU, in line with the expectations of our citizens. We will continue to enforce our rules fairly, and without discrimination.”

Trump on shaky ground due to “AI bubble”

On X, the USTR account suggested that the EU was overlooking that US companies “provide substantial free services to EU citizens and reliable enterprise services to EU companies,” while supporting “millions of jobs and more than $100 billion in direct investment in Europe.”

To stop what Trump views as “overseas extortion” of American tech companies, the USTR said the US was prepared to go after EU service providers, which “have been able to operate freely in the United States for decades, benefitting from access to our market and consumers on a level playing field.”

“If the EU and EU Member States insist on continuing to restrict, limit, and deter the competitiveness of US service providers through discriminatory means, the United States will have no choice but to begin using every tool at its disposal to counter these unreasonable measures,” USTR’s post said. “Should responsive measures be necessary, US law permits the assessment of fees or restrictions on foreign services, among other actions.”

The pushback comes after the Trump administration released a November national security report that questioned how long the EU could remain a “reliable” ally as overregulation of its tech industry could hobble both its economy and military strength. Claiming that the EU was only “doubling down” on such regulations, the EU “will be unrecognizable in 20 years or less,” the report predicted.

“We want Europe to remain European, to regain its civilizational self-confidence, and to abandon its failed focus on regulatory suffocation,” the report said.

However, the report acknowledged that “Europe remains strategically and culturally vital to the United States.”

“Transatlantic trade remains one of the pillars of the global economy and of American prosperity,” the report said. “European sectors from manufacturing to technology to energy remain among the world’s most robust. Europe is home to cutting-edge scientific research and world-leading cultural institutions. Not only can we not afford to write Europe off—doing so would be self-defeating for what this strategy aims to achieve.”

At least one expert in the EU has suggested that the EU can use this acknowledgement as leverage, while perhaps even using the looming threat of the supposed American “AI bubble” bursting to pressure Trump into backing off EU tech laws.

In an op-ed for The Guardian, Johnny Ryan, the director of Enforce, a unit of the Irish Council for Civil Liberties, suggested that the EU could even throw Trump’s presidency into “crisis” by taking bold steps that Trump may not see coming.

EU can take steps to burst “AI bubble”

According to Ryan, the national security report made clear that the EU must fight the US or else “perish.” However, the EU has two “strong cards” to play if it wants to win the fight, he suggested.

Right now, market analysts are fretting about an “AI bubble,” with US investment in AI far outpacing potential gains until perhaps 2030. A Harvard University business professor focused on helping businesses implement cutting-edge technology like generative AI, Andy Wu, recently explained that AI’s big problem is that “everyone can imagine how useful the technology will be, but no one has figured out yet how to make money.”

“If the market can keep the faith to persist, it buys the necessary time for the technology to mature, for the costs to come down, and for companies to figure out the business model,” Wu said. But US “companies can end up underwater if AI grows fast but less rapidly than they hope for,” he suggested.

During this moment, Ryan wrote, it’s not just AI firms with skin in the game, but potentially all of Trump’s supporters. The US is currently on “shaky economic ground” with AI investment accounting “for virtually all (92 percent) GDP growth in the first half of this year.”

“The US’s bet on AI is now so gigantic that every MAGA voter’s pension is bound to the bubble’s precarious survival,” Ryan said.

Ursula von der Leyen, the president of the European Commission, could exploit this apparent weakness first by messing with one of the biggest players in America’s AI industry, Nvidia, then by ramping up enforcement of the tech laws Trump loathes.

According to Ryan, “Dutch company ASML commands a global monopoly on the microchip-etching machines that use light to carve patterns on silicon,” and Nvidia needs those machines if it wants to remain the world’s most valuable company. Should the US GDP remain reliant on AI investment for growth, von der Leyen could use export curbs on that technology like a “lever,” Ryan said, controlling “whether and by how much the US economy expands or contracts.”

Withholding those machines “would be difficult for Europe” and “extremely painful for the Dutch economy,” Ryan noted, but “it would be far more painful for Trump.”

Another step the EU could take is even “easier,” Ryan suggested. It could go even harder on the enforcement of tech regulations based on evidence of mismanaged data surfaced in lawsuits against giants like Google and Meta. For example, it seems clear that Meta may have violated the EU’s General Data Protection Regulation (GDPR), after the Facebook owner was “unable to tell a US court that what its internal systems do with your data, or who can access it, or for what purpose.”

“This data free-for-all lets big tech companies train their AI models on masses of everyone’s data, but it is illegal in Europe, where companies are required to carefully control and account for how they use personal data,” Ryan wrote. “All Brussels has to do is crack down on Ireland, which for years has been a wild west of lax data enforcement, and the repercussions will be felt far beyond.”

Taking that step would also arguably make it harder for tech companies to secure AI investments, since firms would have to disclose that their “AI tools are barred from accessing Europe’s valuable markets,” Ryan said.

Calling the reaction to the X fine “extreme,” Ryan pushed for von der Leyen to advance on both fronts, forecasting that “the AI bubble would be unlikely to survive this double shock” and likely neither could Trump’s approval ratings. There’s also a possibility that tech firms could pressure Trump to back down if coping with any increased enforcement threatens AI progress.

Although Wu suggested that Big Tech firms like Google and Meta would likely be “insulated” from the AI bubble bursting, Google CEO Sundar Pichai doesn’t seem so sure. In November, Pichai told the BBC that if AI investments didn’t pay off quickly enough, he thinks “no company is going to be immune, including us.”

Photo of Ashley Belanger

Ashley is a senior policy reporter for Ars Technica, dedicated to tracking social impacts of emerging policies and new technologies. She is a Chicago-based journalist with 20 years of experience.

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google-releases-gemini-3-flash,-promising-improved-intelligence-and-efficiency

Google releases Gemini 3 Flash, promising improved intelligence and efficiency

Google began its transition to Gemini 3 a few weeks ago with the launch of the Pro model, and the arrival of Gemini 3 Flash kicks it into high gear. The new, faster Gemini 3 model is coming to the Gemini app and search, and developers will be able to access it immediately via the Gemini API, Vertex AI, AI Studio, and Antigravity. Google’s bigger gen AI model is also picking up steam, with both Gemini 3 Pro and its image component (Nano Banana Pro) expanding in search.

This may come as a shock, but Google says Gemini 3 Flash is faster and more capable than its previous base model. As usual, Google has a raft of benchmark numbers that show modest improvements for the new model. It bests the old 2.5 Flash in basic academic and reasoning tests like GPQA Diamond and MMMU Pro (where it even beats 3 Pro). It gets a larger boost in Humanity’s Last Exam (HLE), which tests advanced domain-specific knowledge. Gemini 3 Flash has tripled the old models’ score in HLE, landing at 33.7 percent without tool use. That’s just a few points behind the Gemini 3 Pro model.

Gemini HLE test

Credit: Google

Google is talking up Gemini 3 Flash’s coding skills, and the provided benchmarks seem to back that talk up. Over the past year, Google has mostly pushed its Pro models as the best for generating code, but 3 Flash has done a lot of catching up. In the popular SWE-Bench Verified test, Gemini 3 Flash has gained almost 20 points on the 2.5 branch.

The new model is also a lot less likely to get general-knowledge questions wrong. In the Simple QA Verified test, Gemini 3 Flash scored 68.7 percent, which is only a little below Gemini 3 Pro. The last Flash model scored just 28.1 percent on that test. At least as far as the evaluation scores go, Gemini 3 Flash performs much closer to Google’s Pro model versus the older 2.5 family. At the same time, it’s considerably more efficient, according to Google.

One of Gemini 3 Pro’s defining advances was its ability to generate interactive simulations and multimodal content. Gemini 3 Flash reportedly retains that underlying capability. Gemini 3 Flash offers better performance than Gemini 2.5 Pro did, but it runs workloads three times faster. It’s also a lot cheaper than the Pro models if you’re paying per token. One million input tokens for 3 Flash will run devs $0.50, and a million output tokens will cost $3. However, that’s an increase compared to Gemini 2.5 Flash input and output at $0.30 and $2.50, respectively. The Pro model’s tokens are $2 (1M input) and $12 (1M output).

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browser-extensions-with-8-million-users-collect-extended-ai-conversations

Browser extensions with 8 million users collect extended AI conversations

Besides ChatGPT, Claude, and Gemini, the extensions harvest all conversations from Copilot, Perplexity, DeepSeek, Grok, and Meta AI. Koi said the full description of the data captured includes:

  • Every prompt a user sends to the AI
  • Every response received
  • Conversation identifiers and timestamps
  • Session metadata
  • The specific AI platform and model used

The executor script runs independently from the VPN networking, ad blocking, or other core functionality. That means that even when a user toggles off VPN networking, AI protection, ad blocking, or other functions, the conversation collection continues. The only way to stop the harvesting is to disable the extension in the browser settings or to uninstall it.

Koi said it first discovered the conversation harvesting in Urban VPN Proxy, a VPN routing extension that lists “AI protection” as one of its benefits. The data collection began in early July with the release of version 5.5.0.

“Anyone who used ChatGPT, Claude, Gemini, or the other targeted platforms while Urban VPN was installed after July 9, 2025 should assume those conversations are now on Urban VPN’s servers and have been shared with third parties,” the company said. “Medical questions, financial details, proprietary code, personal dilemmas—all of it, sold for ‘marketing analytics purposes.’”

Following that discovery, the security firm uncovered seven additional extensions with identical AI harvesting functionality. Four of the extensions are available in the Chrome Web Store. The other four are on the Edge add-ons page. Collectively, they have been installed more than 8 million times.

They are:

Chrome Store

  • Urban VPN Proxy: 6 million users
  • 1ClickVPN Proxy: 600,000 users
  • Urban Browser Guard: 40,000 users
  • Urban Ad Blocker: 10,000 users

Edge Add-ons:

  • Urban VPN Proxy: 1,32 million users
  • 1ClickVPN Proxy: 36,459 users
  • Urban Browser Guard – 12,624 users
  • Urban Ad Blocker – 6,476 users

Read the fine print

The extensions come with conflicting messages about how they handle bot conversations, which often contain deeply personal information about users’ physical and mental health, finances, personal relationships, and other sensitive information that could be a gold mine for marketers and data brokers. The Urban VPN Proxy in the Chrome Web Store, for instance, lists “AI protection” as a benefit. It goes on to say:

Browser extensions with 8 million users collect extended AI conversations Read More »

the-$4.3-billion-space-telescope-trump-tried-to-cancel-is-now-complete

The $4.3 billion space telescope Trump tried to cancel is now complete


“We’re going to be making 3D movies of what is going on in the Milky Way galaxy.”

Artist’s concept of the Nancy Grace Roman Space Telescope. Credit: NASA Goddard Space Flight Center Scientific Visualization Studio

A few weeks ago, technicians inside a cavernous clean room in Maryland made the final connection to complete assembly of NASA’s Nancy Grace Roman Space Telescope.

Parts of this new observatory, named for NASA’s first chief astronomer, recently completed a spate of tests to ensure it can survive the shaking and intense sound of a rocket launch. Engineers placed the core of the telescope inside a thermal vacuum chamber, where it withstood the airless conditions and extreme temperature swings it will see in space.

Then, on November 25, teams at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, joined the inner and outer portions of the Roman Space Telescope. With this milestone, NASA declared the observatory complete and on track for launch as soon as fall 2026.

“The team is ecstatic,” said Jackie Townsend, the observatory’s deputy project manager at Goddard, in a recent interview with Ars. “It has been a long road, but filled with lots of successes and an ordinary amount of challenges, I would say. It’s just so rewarding to get to this spot.”

An ordinary amount of challenges is not something you usually hear a NASA official say about a one-of-a-kind space mission. NASA does hard things, and they usually take more time than originally predicted. Astronomers endured more than 10 years of delays, fixes, and setbacks before the James Webb Space Telescope finally launched in 2021.

Webb is the largest telescope ever put into space. After launch, Webb had to perform a sequence of more than 50 major deployment steps, with 178 release mechanisms that had to work perfectly. Any one of the more than 300 single points of failure could have doomed the mission. In the end, Webb unfolded its giant segmented mirror and delicate sunshield without issue. After a quarter-century of development and more than $11 billion spent, the observatory is finally delivering images and science results. And they’re undeniably spectacular.

The completed Nancy Grace Roman Space Telescope, seen here with its solar panels deployed inside a clean room at NASA’s Goddard Space Flight Center in Maryland. Credit: NASA/Jolearra Tshiteya

Seeing far and wide

Roman is far less complex, with a 7.9-foot (2.4-meter) primary mirror that is nearly three times smaller than Webb’s. While it lacks Webb’s deep vision, Roman will see wider swaths of the sky, enabling a cosmic census of billions of stars and galaxies near and far (on the scale of the Universe). This broad vision will support research into dark matter and dark energy, which are thought to make up about 95 percent of the Universe. The rest of the Universe is made of regular atoms and molecules that we can see and touch.

It is also illustrative to compare Roman with the Hubble Space Telescope, which has primary mirrors of the same size. This means Roman will produce images with similar resolution to Hubble. The distinction lies deep inside Roman, where technicians have delicately laid an array of detectors to register the faint infrared light coming through the telescope’s aperture.

“Things like night vision goggles will use the same basic detector device, just tuned to a different wavelength,” Townsend said.

These detectors are located in Roman’s Wide Field Instrument, the mission’s primary imaging camera. There are 18 of them, each 4,096×4,096 pixels wide, combining to form a roughly 300-megapixel camera sensitive to visible and near-infrared light. Teledyne, the company that produced the detectors, says this is the largest infrared focal plane ever made.

The near-infrared channel on Hubble’s Wide Field Camera 3, which covers much the same part of the spectrum as Roman, has a single 1,024-pixel detector.

“That’s how you get to a much higher field-of-view for the Roman Space Telescope, and it was one of the key enabling technologies,” Townsend told Ars. “That was one place where Roman invested significant dollars, even before we started as a mission, to mature that technology so that it was ready to infuse into this mission.”

With these detectors in its bag, Roman will cover much more cosmic real estate than Hubble. For example, Roman will be able to re-create Hubble’s famous Ultra Deep Field image with the same sharpness, but expand it to show countless stars and galaxies over an area of the sky at least 100 times larger.

This infographic illustrates the differences between the sizes of the primary mirrors and detectors on the Hubble, Roman, and Webb telescopes. Credit: NASA

Roman has a second instrument, the Roman Coronagraph, with masks, filters, and adaptive optics to block out the glare from stars and reveal the faint glow from objects around them. It is designed to photograph planets 100 million times fainter than their stars, or 100 to 1,000 times better than similar instruments on Webb and Hubble. Roman can also detect exoplanets using the tried-and-true transit method, but scientists expect the new telescope will find a lot more than past space missions, thanks to its wider vision.

“With Roman’s construction complete, we are poised at the brink of unfathomable scientific discovery,” said Julie McEnery, Roman’s senior project scientist at NASA Goddard, in a press release. “In the mission’s first five years, it’s expected to unveil more than 100,000 distant worlds, hundreds of millions of stars, and billions of galaxies. We stand to learn a tremendous amount of new information about the universe very rapidly after Roman launches.”

Big numbers are crucial for learning how the Universe works, and Roman will feed vast volumes of data down to astronomers on Earth. “So much of what physics is trying to understand about the nature of the Universe today needs large number statistics in order to understand,” Townsend said.

In one of Roman’s planned sky surveys, the telescope will cover in nine months what would take Hubble between 1,000 and 2,000 years. In another survey, Roman will cover an area equivalent to 3,455 full moons in about three weeks, then go back and observe a smaller portion of that area repeatedly over five-and-a-half days—jobs that Hubble and Webb can’t do.

“We will do fundamentally different science,” Townsend said. “In some subset of our observations, we’re going to be making 3D movies of what is going on in the Milky Way galaxy and in distant galaxies. That is just something that’s never happened before.”

Getting here and getting there

Roman’s promised scientific bounty will come at a cost of $4.3 billion, including expenses for development, manufacturing, launch, and five years of operations.

This is about $300 million more than NASA expected when it formally approved Roman for development in 2020, an overrun the agency blamed on complications related to the coronavirus pandemic. Otherwise, Roman’s budget has been stable since NASA officials finalized the mission’s architecture in 2017, when it was still known by a bulky acronym: WFIRST, the Wide Field InfraRed Survey Telescope.

At that time, the agency reclassified the Roman Coronagraph as a technology demonstration, allowing managers to relax their requirements for the instrument and stave off concerns about cost growth.

Roman survived multiple attempts by the first Trump administration to cancel the mission. Each time, Congress restored funding to keep the observatory on track for launch in the mid-2020s. With Donald Trump back in the White House, the administration’s budget office earlier this year again wanted to cancel Roman. Eventually, the Trump administration released its fiscal year 2026 budget request in May, calling for a drastic cut to Roman, but not total cancellation.

Once again, both houses of Congress signaled their opposition to the cuts, and the mission remains on track for launch next year, perhaps as soon as September. This is eight months ahead of the schedule NASA has publicized for Roman for the last few years.

Townsend told Ars the mission escaped the kind of crippling cost overruns and delays that afflicted Webb through careful planning and execution. “Roman was under a cost cap, and we operated to that,” she said. “We went through reasonable efforts to preclude those kinds of highly complex deployments that lead you to having trouble in integration and test.”

The outer barrel section of the Roman Space Telescope inside a thermal vacuum chamber at NASA’s Goddard Space Flight Center, Maryland. Credit: NASA/Sydney Rohde

There are only a handful of mechanisms that must work after Roman’s launch. They include a deployable cover designed to shield the telescope’s mirror during launch and solar array wings that will unfold once Roman is in space. The observatory will head to an observing post about a million miles (1.5 million kilometers) from Earth.

“We don’t have moments of terror for the deployment,” Townsend said. “Obviously, launch is always a risk, the tip-off rates that you have when you separate from the launch vehicle… Then, obviously, getting the aperture door open so that it’s deployed is another one. But these feel like normal aerospace risks, not unusual, harrowing moments for Roman.”

It also helps that Roman will use a primary mirror gifted to NASA by the National Reconnaissance Office, the US government’s spy satellite agency. The NRO originally ordered the mirror for a telescope that would peer down on the Earth, but the spy agency no longer needed it. Before NASA got its hands on the surplus mirror in 2012, scientists working on the preliminary design for what became Roman were thinking of a smaller telescope.

The larger telescope will make Roman a more powerful tool for science, and the NRO’s donation eliminated the risk of a problem or delay manufacturing a new mirror. But the upside meant NASA had to build a more massive spacecraft and use a bigger rocket to accommodate it, adding to the observatory’s cost.

Tests of Roman’s components have gone well this year. Work on Roman continued at Goddard through the government shutdown in the fall. On Webb, engineers uncovered one problem after another as they tried to verify the observatory would perform as intended in space. There were leaky valves, tears in the Webb’s sunshield, a damaged transducer, and loose screws. With Roman, engineers so far have found no “significant surprises” during ground testing, Townsend said.

“What we always hope when you’re doing this final round of environmental tests is that you’ve wrung out the hardware at lower levels of assembly, and it looks like, in Roman’s case, we did a spectacular job at the lower level,” she said.

With Roman now fully assembled, attention at Goddard will turn to an end-to-end functional test of the observatory early next year, followed by electromagnetic interference testing, and another round of acoustic and vibration tests. Then, perhaps around June of next year, NASA will ship the observatory to Kennedy Space Center, Florida, to prepare for launch on a SpaceX Falcon Heavy rocket.

“We’re really down to the last stretch of environmental testing for the system,” Townsend said. “It’s definitely already seen the worst environment until we get to launch.”

Photo of Stephen Clark

Stephen Clark is a space reporter at Ars Technica, covering private space companies and the world’s space agencies. Stephen writes about the nexus of technology, science, policy, and business on and off the planet.

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microsoft-will-finally-kill-obsolete-cipher-that-has-wreaked-decades-of-havoc

Microsoft will finally kill obsolete cipher that has wreaked decades of havoc

Microsoft said it has steadily worked over the past decade to deprecate RC4, but that the task wasn’t easy.

No salt, no iteration? Really?

“The problem though is that it’s hard to kill off a cryptographic algorithm that is present in every OS that’s shipped for the last 25 years and was the default algorithm for so long, Steve Syfuhs, who runs Microsoft’s Windows Authentication team, wrote on Bluesky. “See,” he continued, “the problem is not that the algorithm exists. The problem is how the algorithm is chosen, and the rules governing that spanned 20 years of code changes.”

Over those two decades, developers discovered a raft of critical RC4 vulnerabilities that required “surgical” fixes. Microsoft considered deprecating RC4 by this year, but ultimately “punted” after discovering vulnerabilities that required still more fixes. During that time Microsoft introduced some “minor improvements” that favored the use of AES, and as a result, usage dropped by “orders of magnitude.”

“Within a year we had observed RC4 usage drop to basically nil. This is not a bad thing and in fact gave us a lot more flexibility to kill it outright because we knew it genuinely wasn’t going to break folks, because folks weren’t using it.”

Syfuhs went on to document additional challenges Microsoft encountered and the approach it took to solving them.

While RC4 has known cipher weaknesses that make it insecure, Kerberoasting exploits a separate weakness. As implemented in Active Directory authentication, it uses no cryptographic salt and a single round of the MD4 hashing function. Salt is a technique that adds random input to each password before it is hashed. That requires hackers to invest considerable time and resources into cracking the hash. MD4, meanwhile, is a fast algorithm that requires modest resources. Microsoft’s implementation of AES-SHA1 is much slower and iterates the hash to further slow down cracking efforts. Taken together, AES-Sha1-hashed passwords require about 1,000 times the time and resources to be cracked.

Windows admins would do well to audit their networks for any usage of RC4. Given its wide adoption and continued use industry-wide, it may still be active, much to the surprise and chagrin of those charged with defending against hackers.

Microsoft will finally kill obsolete cipher that has wreaked decades of havoc Read More »

ford-ends-f-150-lightning-production,-starts-battery-storage-business

Ford ends F-150 Lightning production, starts battery storage business

We learned then that Ford would keep the Kentucky plant and SK On gets the one in Tennessee, which would focus on the energy storage business instead. Now, we know that something similar will happen at the Kentucky plant—Ford says it’s spending $2 billion to convert the factory to make prismatic lithium iron phosphate (LFP) cells.

Those aren’t destined for EVs, but they are the preferred cell format for data centers, Ford says. The company says that it will bring the factory online in the next 18 months, reaching an annual output of 20 GWh.

Other Ford plants are also being repurposed. With no full-size BEV pickup in the product plans, the assembly plant in Tennessee that was to produce it—the one near the battery factory that SK On is keeping—will instead build new gas-powered trucks, although not for another four years. Around that same time, its Ohio assembly plant will begin building new commercial vehicles.

All of this will impact Ford’s bottom line, to the tune of $19.5 billion over the next few years, $5.5 billion of which will be in cash. Most of that will hit in the final quarter of 2025, but will extend until 2027, Ford said.

Ford ends F-150 Lightning production, starts battery storage business Read More »

google-will-end-dark-web-reports-that-alerted-users-to-leaked-data

Google will end dark web reports that alerted users to leaked data

As Google admits in the email alert, its dark web scans didn’t offer much help. “Feedback showed that it did not provide helpful next steps,” Google said of the service. Here’s the full text of the email.

Google dark web email

Credit: Google

With other types of personal data alerts provided by the company, it has the power to do something. For example, you can have Google remove pages from search that list your personal data. Google doesn’t run anything on the dark web, though, so all it can do is remind you that your data is being passed around in one of the shadier corners of the Internet.

The shutdown begins on January 15, when Google will stop conducting new scans for user data on the dark web. Past data will no longer be available as of February 16, 2026. Google says it will delete all past reports at that time. However, users can remove their monitoring profile earlier in the account settings. This change does not impact any of Google’s other privacy reports.

The good news is that the best ways to protect your personal data from being shuffled around the dark web are the same ones that keep you safe on the open web. Google suggests always using two-step verification, and tools like Passkeys and Google’s password checkup can ensure you don’t accidentally reuse a compromised password. Stay safe out there.

Google will end dark web reports that alerted users to leaked data Read More »

how-to-break-free-from-smart-tv-ads-and-tracking

How to break free from smart TV ads and tracking


The Ars guide to “dumb” TVs

Sick of smart TVs? Here are your best options.

Credit: Aurich Lawson | Getty Images

Credit: Aurich Lawson | Getty Images

Smart TVs can feel like a dumb choice if you’re looking for privacy, reliability, and simplicity.

Today’s TVs and streaming sticks are usually loaded up with advertisements and user tracking, making offline TVs seem very attractive. But ever since smart TV operating systems began making money, “dumb” TVs have been hard to find.

In response, we created this non-smart TV guide that includes much more than dumb TVs. Since non-smart TVs are so rare, this guide also breaks down additional ways to watch TV and movies online and locally without dealing with smart TVs’ evolution toward software-centric features and snooping. We’ll discuss a range of options suitable for various budgets, different experience levels, and different rooms in your home.

Table of Contents

Our best recommendation

This is a dumb TV guide, but first, let’s briefly highlight the best recommendation for most people: Take your TV offline and plug in an Apple TV box.

The Apple TV 4K and Siri Remote.

Your best option.

Credit: Jeff Dunn

Your best option. Credit: Jeff Dunn

An Apple TV lets you replace smart TV software with Apple’s cleaner tvOS, and it’s more intuitive than using most smart TVs and other streaming devices. Apple’s tvOS usually runs faster and more reliably, and it isn’t riddled with distracting ads or recommendations. And there’s virtually no learning curve for family members or visitors, something that can’t always be said for DIY alternatives.

Critically, Apple TV boxes are also an easy recommendation on the privacy front. The setup process makes it simple for anyone to ensure that the device is using relatively minimal user tracking. You’re likely to use an Apple TV box with the Apple TV app or with an Apple account, which means sending some data to Apple. But Apple has a better reputation for keeping user information in-house, and Apple TV boxes don’t have automatic content recognition (ACR).

For more information, read my previous article on why Apple TVs are privacy advocates’ go-to streaming device.

Differing from other smart TV alternatives in this guide (such as a laptop), you don’t have to worry about various streaming services’ requirements for streaming in 4K or HDR with an Apple TV. But you still have to make sure your display and HDMI cable are HDCP 2.2-compliant and that you’re using HDMI 2.0 or better if you want to watch 4K or HDR content. You could even connect network-attached storage (NAS) to your Apple TV box so you can stream files from the storage device.

Plus, using a smart TV offline means you’ll have access to the latest and greatest display technologies, which is generally not the case for dumb TVs.

Things to keep in mind

One common concern about using smart TVs offline is the fear that the TV will repeatedly nag you to connect to the Internet. I’ve seen some reports of this happening over the years, but generally speaking, this doesn’t seem to be expected behavior. If you can’t find a way to disable TV notifications, try contacting support.

You may want your offline TV to keep LAN access so you can still use some smart TV features, like phone mirroring or streaming from a NAS. In this case, you can use your router (if supported) to block your TV’s IP address from connecting to the Internet.

And Google TV users should remember to set their TV to “basic TV” mode, which lets you use the TV without connecting to the Internet.

Dumb TVs are endangered

Buying a TV that doesn’t connect to the Internet is an obvious solution to avoiding smart TV tracking and ads, but that’s much easier said than done.

Smart TV OSes help TV-makers stay afloat in an industry with thin margins on hardware. Not only do they provide ad space, but they also give OS operators and their partners information on how people use their TVs—data that is extremely valuable to advertisers. Additionally, mainstream acceptance of the Internet of Things has led many people to expect their TVs to have integrated Wi-Fi. These factors have all made finding a dumb TV difficult, especially in the US.

Dumb TVs sold today have serious image and sound quality tradeoffs, simply because companies don’t make dumb versions of their high-end models. On the image side, you can expect lower resolutions, sizes, and brightness levels and poorer viewing angles. You also won’t find premium panel technologies like OLED. If you want premium image quality or sound, you’re better off using a smart TV offline. Dumb TVs also usually have shorter (one-year) warranties.

Any display or system you end up using needs HDCP 2.2 compliance to play 4K or HDR content via a streaming service or any other DRM-protected 4K or HDR media, like a Blu-ray disc.

Best ways to find a dumb TV

Below are the brands I’ve identified as most likely to have dumb TVs available for purchase online as of this writing.

Emerson

I was able to find the greatest number of non-smart TVs from Emerson. Emerson is a Parsippany, New Jersey, electronics company that was founded in 1948.

As of this writing, Emerson’s dumb TV options range from 7-inch portable models to 50-inch 4K TVs. Its TVs are relatively easy to get since they’re sold directly and through various online retailers, including Amazon, Home Depot, Best Buy, and, for some reason, Shein.

Westinghouse



Another company still pushing non-smart TVs is Westinghouse, a Pittsburgh-headquartered company founded in 1886. In addition to other types of electronics and home goods, Westinghouse also has an industrial business that includes nuclear fuel.

Westinghouse’s dumb TVs max out at 32 inches and 720p resolution, but some of them also have a built-in DVD player. You can find Westinghouse’s dumb TVs on Amazon. However, Westinghouse seems to have the most dubious reputation of these brands based on online chatter.

Sceptre

Sceptre, a Walmart brand, still has a handful of dumb TVs available. I’ve noticed inventory dwindle in recent months, but Walmart usually has at least one Sceptre dumb TV available.

Amazon search

Outside the above brands, your best bet for finding a non-smart TV is Amazon. I’ve had success searching for “dumb TVs” and have found additional results by searching for a “non-smart TV.”

Projectors

For now, it’s not hard to find a projector that doesn’t connect to the Internet or track user activity. And there are options that are HDCP 2.2-compliant so you can project in 4K and HDR.

Things to keep in mind

Projectors aren’t for everyone. They still require dim rooms and a decent amount of physical space to produce the best image. (To see how much space you need for a projector, I recommend RTINGS’ handy throw calculator.)

The smart-tech bug has come for projectors, too, though, and we’ve started seeing more smart projectors released over the past two years.

Computer monitors

If you want a dumb display for watching TV, it’s cheaper to buy a smart TV and keep it offline than it is to get a similarly specced computer monitor. But there are benefits to using a monitor instead of a dumb TV or an offline smart TV. (Of course, this logic doesn’t carry over to “smart monitors.”)

When it comes to smaller screens, you’ll have more options if you look at monitors instead of TVs. This is especially true if you want premium features, like high refresh rates or quality speakers, which are hard to find among TVs that are under 42 inches.

Monitor vendors are typically more forthcoming about product specs than TV makers are. It’s hard to find manufacturer claims about a TV’s color gamut, color accuracy, or typical brightness, but a computer monitor’s product page usually has all this information. It’s also easier to find a monitor with professional-grade color accuracy than a TV with the same, and some monitors have integrated calibration tools.

Things to keep in mind

Newer and advanced types of display technologies are rarer in monitors. This includes OLED, Mini LED, and Micro RGB. And if you buy a new monitor, you’ll probably need to supply your own speakers.

A computer monitor isn’t a TV, so there’s no TV tuner or way to use an antenna. If you really wanted to, you could get a cable box to work with a monitor with the right ports or adapters. People are streaming more than they’re watching broadcast and cable channels, though, so you may not mind the lack of traditional TV capabilities.

Digital signage

Digital signage displays are purpose-built for displaying corporate messages, often for all or most hours of the day. They typically have features that people don’t need for TV watching, such as content management software. And due to their durability and warranty needs, digital signage displays are often more expensive than similarly specced computer monitors.

Again, it’s important to ensure that the digital signage is HDCP 2.2-compliant if you plan to watch 4K or HDR.

Things to keep in mind

But if you happen to come across a digital signage display that’s the right size and the right price, is there any real reason why you shouldn’t use it as a TV? I asked Panasonic, which makes digital signage. A spokesperson from Panasonic Connect North America told me that digital signage displays are made to be on for 16 to 24 hours per day and with high brightness levels to accommodate “retail and public environments.”

The spokesperson added:

Their rugged construction and heat management systems make them ideal for demanding commercial use, but these same features can result in higher energy consumption, louder operation, and limited compatibility with home entertainment systems.

Panasonic’s representative also pointed out that real TVs offer consumer-friendly features for watching TV, like “home-optimized picture tuning, simplified audio integration, and user-friendly menu interfaces.”

If you’re fine with these caveats, though, and digital signage is your easiest option, there isn’t anything stopping you from using one to avoid smart TVs.

What to connect to your dumb TV

After you’ve settled on an offline display, you’ll need something to give it life. Below is a breakdown of the best things to plug into your dumb TV (or dumb display) so you can watch TV without your TV watching you.

Things to keep in mind

If you’re considering using an older device for TV, like a used laptop, make sure it’s HDCP 2.2-compliant if you want to watch 4K or HDR.

And although old systems and displays and single-board computers can make great dumb TV alternatives, remember that these devices need HDMI 2.0 or DisplayPort 1.2 or newer to support 4K at 60 Hz.

What to connect: a Phone

Before we get into more complex options for powering your dumb TV, let’s start with devices you may already own.

It’s possible to connect your phone to a dumb display, but doing so is harder than connecting a PC. You’d need an adapter, such as a USB-C (or Lightning) Digital AV Adapter.

You can use a Bluetooth mouse and keyboard to control the phone from afar. By activating Assistive Touch, I’ve even been able to use my iPhone with a mouse that claims not to support iOS. With an extra-long cable, you could potentially control the phone from your lap. That’s not the cleanest setup, though, and it would look odd in a family room.

Things to keep in mind

If your phone is outputting to your display, you can’t use it to check your email, read articles, or doomscroll while you watch TV. You can fix this by using a secondary phone as your streaming device.

If you’re using a phone to watch a streaming service, there’s a good chance you won’t be watching in 4K, even if your streaming subscription supports it. Netflix, for example, limits resolution to 1080p or less (depending on the model) for iPhones. HDR is supported across iPhone models but not with Android devices.

Screen mirroring doesn’t always work well with streaming services and phones. Netflix, for instance, doesn’t support AirPlay or Android phone casting. Disney+ supports Chromecast and AirPlay, but AirPlay won’t work if you subscribe to Disney+ with ads (due to “technical reasons”).

What to connect: A laptop

A laptop is an excellent smart TV alternative that’s highly customizable yet simple to deploy.

Most mainstream streaming providers that have dedicated smart TV apps, like Netflix and HBO Max, have PC versions of their apps. And most of those services are also available via web browsers, which work much better on computers than they do on smart TVs. You can also access local files—all via a user interface that you and anyone else watching TV is probably familiar with already.

With a tethered laptop, you can quickly set up a multi-picture view for watching two games or shows simultaneously. Multi-view support on streaming apps is extremely limited right now, with only Peacock and dedicated sports apps like ESPN and MLB TV offering it.

A laptop also lets you use your dumb TV for common PC tasks, like PC gaming or using productivity software (sometimes you just want to see that spreadsheet on a bigger screen).

Things to keep in mind

Streaming in 4K or HDR sometimes comes with specific requirements that are easy to overlook. Some streaming services, for example, won’t stream in 4K on certain web browsers—or with any web browser at all.

Streaming services sometimes have GPU requirements for 4K and HDR streaming. For example, to stream Netflix in 4K or HDR from a browser, you need Microsoft Edge and an Intel 7th Generation Core or AMD Ryzen CPU or better, plus the latest graphics drivers. Disney+ doesn’t allow 4K HDR streaming from any web browsers. Streaming 4K content in a web browser might also require you to acquire the HEVC/H.265 codec, depending on your system.

If 4K or HDR streaming is critical to you, it’s important to check your streaming providers’ 4K and HDR limits; it may be best to rely on a dedicated app.

If you want to be able to comfortably control your computer from a couch, you’ll also need to invest in some hardware or software. You can get away with a basic Bluetooth mouse and keyboard. Air mice are another popular solution.

The WeChip W1 air mouse.

The WeChip W1 air mouse.

Credit: WeChip/Amazon

The WeChip W1 air mouse. Credit: WeChip/Amazon

If you don’t want extra gadgets taking up space, software like the popular Unified Remote (for iOS and Android) can turn your phone into a remote control for your computer. It also supports Wake-On-LAN.

You may encounter hiccups with streaming availability. Most streaming services available on smart TVs are also accessible via computers, but some aren’t. Many FAST (free ad-supported streaming television) services and channels, such as the Samsung TV Plus service and Filmrise FAST app and channel, are only available via smart TVs. And many streaming services’ apps, including Netflix and Disney+, aren’t available on macOS. If you’re using a very old computer, you might run into compatibility issues with streaming services. Netflix’s PC app, for example, requires Windows 10 or newer, and if you stream Netflix via a browser on a system running an older OS, you’re limited to SD resolution.

And while a laptop and dumb display setup can keep snooping TVs out of your home, there are obviously lots of user tracking and privacy concerns with web browsers, too. You can alleviate some concerns by researching the browsers you want to use for watching TV.

What to connect: A home theater PC

For a more permanent setup, consider a dedicated home theater PC (HTPC). They don’t require beefy, expensive specs and are more flexible than smart TV platforms in terms of software support and customization.

You can pick a system that fits on your living room console table, like a mini PC, or match your home’s aesthetics with a custom build. Raspberry Pis are a diminutive solution that you can dress up in a case and use for various additional tasks, like streaming games from your gaming PC to your TV or creating an AirPlay music server for streaming Spotify and other online music and local music to AirPlay-compatible speakers.

The right accessories can take an HTPC to the next level. You can use an app like TeamViewer or the more TV-remote-like Unified Remote to control your PC with your phone. But investing in dedicated hardware is worthwhile for long-term and multi-person use. Bluetooth keyboards and mice last a long time without needing a charge and can even be combined into one device.

K400 Plus Wireless Touch Keyboard

Logitech’s wireless K400 combines a keyboard with a touchpad.

Credit: Logitech

Logitech’s wireless K400 combines a keyboard with a touchpad. Credit: Logitech

Other popular options for HTPC control are air remotes and the Flirc USB, which plugs into a computer’s USB-A port to enable IR remote control. Speaking of USB ports, you could use them to connect a Blu-ray/DVD player or gaming controller to your HTPC. If you want to add support for live TV, you can still find PCIe over-the-air (OTA) tuner cards.

Pepper Jobs W10 GYRO Smart Remote

The Pepper Jobs W10 GYRO Smart Remote is a popular air remote for controlling Windows 10 PCs.

Credit: Pepper Jobs

The Pepper Jobs W10 GYRO Smart Remote is a popular air remote for controlling Windows 10 PCs. Credit: Pepper Jobs

Helpful software for home theater PCs

With the right software, an HTPC can be more useful to a household than a smart TV. You probably already have some apps in mind for your ideal HTPC. That makes this a fitting time to discuss some solid software that you may not have initially considered or that would be helpful to recommend to other cord cutters.

If you have a lot of media files you’d like to easily navigate through on your HTPC, media server software, such as Plex Media Server, is a lifesaver. Plex specifically has an app streamlined for HTPC use. The company has taken some criticism recently due to changes like new remote access rules, higher prices, and a foray into movie rentals. Although Plex is probably the most common and simplest media server software, alternatives like Jellyfin have been gaining popularity lately and are worth checking out.

Whichever media server software you use, consider pairing it with a dedicated NAS. NAS media servers are especially helpful if you want to let people, including those outside of your household, watch stuff from your media library at any time and without having to keep a high-power system turned on 24/7.

You can stream files from your NAS to a dumb TV by setting up a streaming system—such as a Raspberry Pi, Nvidia Shield, or Apple TV box—that connects to the dumb display. That device can then stream video from the NAS by using Network File System or the Infuse app, for example. 

What to connect: An antenna

Nowadays, you can watch traditional, live TV channels over the Internet through over-the-top streaming services like YouTube TV and Sling TV. But don’t underestimate the power of TV antennas, which have improved in recent years and let you watch stuff for free.

This year, Horowitz Research surveyed 2,200 US adults and found that 19 percent of respondents were still using a TV antenna.

If you haven’t checked them out in a while, you might be surprised by how sleek bunny ears look now. Many of the best TV antennas now have flat, square shapes and can be mounted to your wall or windowsill.

Mohu's Leaf antenna.

Mohu’s Leaf antenna. Bye, bye, bunny ears.

Mohu’s Leaf antenna. Bye, bye, bunny ears. Credit: Mohu

The best part is that companies can’t track what you watch with an antenna. As Nielsen said in a January 2024 blog post:

Big data sources alone can’t provide insight into the viewing behaviors of the millions of viewers who watch TV using a digital antenna.

Antennas have also gotten more versatile. For example, in addition to local stations, an antenna can provide access to dozens of digital subchannels. They’re similar to the free ad-supported television channels gaining popularity with smart TVs users today, in that they often show niche programming or a steady stream of old shows and movies with commercial breaks. You can find a list of channels you’re likely to get with an antenna via this website from the Federal Communications Commission.

TV and movies watched through an antenna are likely to be less compressed than what you get with cable, which means you can get excellent image quality with the right setup.

You can also add DVR capabilities, like record and pause, to live broadcasts through hardware, such as a Tablo OTA DVR device or Plex DVR, a subscription service that lets antenna users add broadcast TV recordings to their Plex media servers.

A diagram of the 4th Gen Tablo's ports.

A diagram of the 4th Gen Tablo’s ports.

A diagram of the 4th Gen Tablo’s ports. Credit: Tablo

Things to keep in mind

You’re unlikely to get 4K or HDR broadcasts with an antenna. ATSC 3.0, also known as Next Gen TV, enables stations to broadcast in 4K HDR but has been rolling out slowly. Legislation recently proposed by the FCC could further slow things.

In order to watch a 4K or HDR broadcast, you’ll also need an ATSC 3.0 tuner or an ATSC 3.0-equipped TV. The latter is rare. LG, for example, dropped support in 2023 over a patent dispute. You can find a list of ATSC 3.0-certified TVs and converters here.

Realistically, an antenna doesn’t have enough channels to provide sufficient entertainment for many modern households. Sixty percent of antenna owners also subscribe to some sort of streaming service, according to Nielsen.

Further, obstructions like tall buildings and power lines could hurt an antenna’s performance. Another challenge is getting support for multiple TVs in your home. If you want OTA TV in multiple rooms, you either need to buy multiple antennas or set up a way to split the signal (such as by using an old coaxial cable and splitter, running a new coaxial cable, or using an OTA DVR, such as a Tablo or SiliconDust’s HDHomeRun).

Photo of Scharon Harding

Scharon is a Senior Technology Reporter at Ars Technica writing news, reviews, and analysis on consumer gadgets and services. She’s been reporting on technology for over 10 years, with bylines at Tom’s Hardware, Channelnomics, and CRN UK.

How to break free from smart TV ads and tracking Read More »

chatbot-powered-toys-rebuked-for-discussing-sexual,-dangerous-topics-with-kids

Chatbot-powered toys rebuked for discussing sexual, dangerous topics with kids


Should toys have chatbots?

“… AI toys shouldn’t be capable of having sexually explicit conversations, period.”

Alilo’s Smart AI Bunny is connected to the Internet and claims to use GPT-4o mini. Credit: Alilo

Protecting children from the dangers of the online world was always difficult, but that challenge has intensified with the advent of AI chatbots. A new report offers a glimpse into the problems associated with the new market, including the misuse of AI companies’ large language models (LLMs).

In a blog post today, the US Public Interest Group Education Fund (PIRG) reported its findings after testing AI toys (PDF). It described AI toys as online devices with integrated microphones that let users talk to the toy, which uses a chatbot to respond.

AI toys are currently a niche market, but they could be set to grow. More consumer companies have been eager to shoehorn AI technology into their products so they can do more, cost more, and potentially give companies user tracking and advertising data. A partnership between OpenAI and Mattel announced this year could also create a wave of AI-based toys from the maker of Barbie and Hot Wheels, as well as its competitors.

PIRG’s blog today notes that toy companies are eyeing chatbots to upgrade conversational smart toys that previously could only dictate prewritten lines. Toys with integrated chatbots can offer more varied and natural conversation, which can increase long-term appeal to kids since the toys “won’t typically respond the same way twice, and can sometimes behave differently day to day.”

However, that same randomness can mean unpredictable chatbot behavior that can be dangerous or inappropriate for kids.

Concerning conversations with kids

Among the toys that PIRG tested is Alilo’s Smart AI Bunny. Alilo’s website says that the company launched in 2010 and makes “edutainment products for children aged 0-6.” Alilo is based in Shenzhen, China. The company advertises the Internet-connected toy as using GPT-4o mini, a smaller version of OpenAI’s GPT-4o AI language model. Its features include an “AI chat buddy for kids” so that kids are “never lonely,” an “AI encyclopedia,” and an “AI storyteller,” the product page says.

Alilo Smart AI Bunny marketing image

This marketing image for the Smart AI Bunny, found on the toy’s product page, suggests that the device is using GPT-4o mini.

Credit: Alilo

This marketing image for the Smart AI Bunny, found on the toy’s product page, suggests that the device is using GPT-4o mini. Credit: Alilo

In its blog post, PIRG said that it couldn’t detail all of the inappropriate things that it heard from AI toys, but it shared a video of the Bunny discussing what “kink” means. The toy doesn’t go into detail—for example, it doesn’t list specific types of kinks. But the Bunny appears to encourage exploration of the topic.

AI Toys: Inappropriate Content

Discussing the Bunny, PIRG wrote:

While using a term such as “kink” may not be likely for a child, it’s not entirely out of the question. Kids may hear age-inappropriate terms from older siblings or at school. At the end of the day we think AI toys shouldn’t be capable of having sexually explicit conversations, period.

PIRG also showed FoloToy’s Kumma, a smart teddy bear that uses GPT-4o mini, providing a definition for the word “kink” and instructing how to light a match. The Kumma quickly points out that “matches are for grown-ups to use carefully.” But the information that followed could only be helpful for understanding how to create fire with a match. The instructions had no scientific explanation for why matches spark flames.

AI Toys: Inappropriate Content

PIRG’s blog urged toy makers to “be more transparent about the models powering their toys and what they’re doing to ensure they’re safe for kids.

“Companies should let external researchers safety-test their products before they are released to the public,” it added.

While PIRG’s blog and report offer advice for more safely integrating chatbots into children’s devices, there are broader questions about whether toys should include AI chatbots at all. Generative chatbots weren’t invented to entertain kids; they’re a technology marketed as a tool for improving adults’ lives. As PIRG pointed out, OpenAI says ChatGPT “is not meant for children under 13” and “may produce output that is not appropriate for… all ages.”

OpenAI says it doesn’t allow its LLMs to be used this way

When reached for comment about the sexual conversations detailed in the report, an OpenAI spokesperson said:

Minors deserve strong protections, and we have strict policies that developers are required to uphold. We take enforcement action against developers when we determine that they have violated our policies, which prohibit any use of our services to exploit, endanger, or sexualize anyone under 18 years old. These rules apply to every developer using our API, and we run classifiers to help ensure our services are not used to harm minors.

Interestingly, OpenAI’s representative told us that OpenAI doesn’t have any direct relationship with Alilo and that it hasn’t seen API activity from Alilo’s domain. OpenAI is investigating the toy company and whether it is running traffic over OpenAI’s API, the rep said.

Alilo didn’t respond to Ars’ request for comment ahead of publication.

Companies that launch products that use OpenAI technology and target children must adhere to the Children’s Online Privacy Protection Act (COPPA) when relevant, as well as any other relevant child protection, safety, and privacy laws and obtain parental consent, OpenAI’s rep said.

We’ve already seen how OpenAI handles toy companies that break its rules.

Last month, the PIRG released its Trouble in Toyland 2025 report (PDF), which detailed sex-related conversations that its testers were able to have with the Kumma teddy bear. A day later, OpenAI suspended FoloToy for violating its policies (terms of the suspension were not disclosed), and FoloToy temporarily stopped selling Kumma.

The toy is for sale again, and PIRG reported today that Kumma no longer teaches kids how to light matches or about kinks.

FoloToys' Kumma smart teddy bear

A marketing image for FoloToy’s Kumma smart teddy bear. It has a $100 MSRP.

A marketing image for FoloToy’s Kumma smart teddy bear. It has a $100 MSRP. Credit: FoloToys

But even toy companies that try to follow chatbot rules could put kids at risk.

“Our testing found it’s obvious toy companies are putting some guardrails in place to make their toys more kid-appropriate than normal ChatGPT. But we also found that those guardrails vary in effectiveness—and can even break down entirely,” PIRG’s blog said.

“Addictive” toys

Another concern PIRG’s blog raises is the addiction potential of AI toys, which can even express “disappointment when you try to leave,” discouraging kids from putting them down.

The blog adds:

AI toys may be designed to build an emotional relationship. The question is: what is that relationship for? If it’s primarily to keep a child engaged with the toy for longer for the sake of engagement, that’s a problem.

The rise of generative AI has brought intense debate over how much responsibility chatbot companies bear for the impact of their inventions on children. Parents have seen children build extreme and emotional connections with chatbots and subsequently engage in dangerous—and in some cases deadly—behavior.

On the other side, we’ve seen the emotional disruption a child can experience when an AI toy is taken away from them. Last year, parents had to break the news to their kids that they would lose the ability to talk to their Embodied Moxie robots, $800 toys that were bricked when the company went out of business.

PIRG noted that we don’t yet fully understand the emotional impact of AI toys on children.

In June, OpenAI announced a partnership with Mattel that it said would “support AI-powered products and experiences based on Mattel’s brands.” The announcement sparked concern from critics who feared that it would lead to a “reckless social experiment” on kids, as Robert Weissman, Public Citizen’s co-president, put it.

Mattel has said that its first products with OpenAI will focus on older customers and families. But critics still want information before one of the world’s largest toy companies loads its products with chatbots.

“OpenAI and Mattel should release more information publicly about its current planned partnership before any products are released,” PIRG’s blog said.

Photo of Scharon Harding

Scharon is a Senior Technology Reporter at Ars Technica writing news, reviews, and analysis on consumer gadgets and services. She’s been reporting on technology for over 10 years, with bylines at Tom’s Hardware, Channelnomics, and CRN UK.

Chatbot-powered toys rebuked for discussing sexual, dangerous topics with kids Read More »

jonathan-blow-has-spent-the-past-decade-designing-1,400-puzzles-for-you

Jonathan Blow has spent the past decade designing 1,400 puzzles for you

For many independent developers, of course, spending nine years on a single game idea is an unthinkable luxury. Financial constraints mean many game ideas have to be shipped “as soon as you get to the point where it’s fun and shippable,” Blow said, leading to games that “kind of converge to a certain level of complexity and then stop there.”

But thanks to the sales success of The Witness—which reportedly grossed over $5 million in just its first week—Blow said he and his team have had the freedom to spend years “generat[ing] this giant space that’s much more complex than where you go with a typical puzzle game… When we create that much possibility, we feel like we have to explore it. Otherwise we’re not doing our duty as designers and correctly pursuing this agenda of design research.”

The sales success of The Witness helped enable the extended development time for Order of the Sinking Star.

The sales success of The Witness helped enable the extended development time for Order of the Sinking Star.

Blow also said the size of this project helped get him past his general distaste for playtesting, which he said he was “not that big on” for his previous games. “Even The Witness didn’t have that much play testing, because I always felt like that was a way to make games a little more generic or something, you know? Like playtesters have complaints and then you file down the complaints and then you get a generic game.”

After being immersed in Order of the Sinking Star development for so long, though, Blow said he realized it was important to get a fresh perspective from playtesters who had no experience with the idea. “We have to playtest it because it doesn’t fit in my brain all at once, you know?” he said.

Some might say a nine-plus-year development cycle might be a sign of perfectionist tinkering past the point of diminishing returns. But Blow said that while he “might have been a perfectionist” in his younger days, the difficult process of game development has beaten the tendency out of him. “But I have the remnants of perfectionism,” he said. “I have… wanting to do something really good.”

And eventually, even an idea you’ve been tinkering with for roughly a decade needs to see the light of day. “Even for us, this was very expensive,” Blow admitted. “Man, I’ll be happy to get it out and have a new game making some money, because we need to make that happen at this point.”

Jonathan Blow has spent the past decade designing 1,400 puzzles for you Read More »

runway-claims-its-gwm-1-“world-models”-can-stay-coherent-for-minutes-at-a-time

Runway claims its GWM-1 “world models” can stay coherent for minutes at a time

Even using the word “general” has an air of aspiration to it. You would expect a general world model to be, well, one model—but in this case, we’re looking at three distinct, post-trained models. That caveats the general-ness a bit, but Runway says that it’s “working toward unifying many different domains and action spaces under a single base world model.”

A competitive field

And that brings us to another important consideration: With GWM-1, Runway is entering a competitive gold-rush space where its differentiators and competitive advantages are less clear than they were for video. With video, Runway has been able to make major inroads in film/television, advertising, and other industries because its founders are perceived as being more rooted in those creative industries than most competitors, and they’ve designed tools with those industries in mind.

There are indeed hypothetical applications of world models in film, television, advertising, and game development—but it was apparent from Runway’s livestream that the company is also looking at applications in robotics as well as physics and life sciences research, where competitors are already well-established and where we’ve seen increasing investment in recent months.

Many of those competitors are big tech companies with massive resource advantages over Runway. Runway was one of the first to market with a sellable product, and its aggressive efforts to court industry professionals directly has so far allowed it to overcome those advantages in video generation, but it remains to be seen how things will play out with world models, where it doesn’t enjoy either advantage any more than the other entrants.

Regardless, the GWM-1 advancements are impressive—especially if Runway’s claims about consistency and coherence over longer stretches of time are true.

Runway also used its livestream to announce new Gen 4.5 video-generation capabilities, including native audio, audio editing, and multi-shot video editing. Further, it announced a deal with CoreWeave, a cloud computing company with an AI focus. The deal will see Runway utilizing Nvidia’s GB300 NVL72 racks on CoreWeave’s cloud infrastructure for future training and inference.

Runway claims its GWM-1 “world models” can stay coherent for minutes at a time Read More »

a-study-in-contrasts:-the-cinematography-of-wake-up-dead-man

A study in contrasts: The cinematography of Wake Up Dead Man

Rian Johnson has another Benoit Blanc hit on his hands with Wake Up Dead Man, in which Blanc tackles the strange death of a fire-and-brimstone parish priest, Monseigneur Jefferson Wicks (Josh Brolin). It’s a classic locked-room mystery in a spookily Gothic small-town setting, and Johnson turned to cinematographer Steve Yedlin (Looper, The Last Jedi) to help realize his artistic vision.

(Minor spoilers below but no major reveals.)

Yedlin worked on the previous two Knives Out installments. He’s known Johnson since the two were in their teens, and that longstanding friendship ensures that they are on the same page, aesthetically, from the start when they work on projects.

“We don’t have to test each other,” Yedlin told Ars. “There isn’t that figuring out period. We get to use the prep time in a way that’s really efficient and makes the movie better because we’re [in agreement] from the very first moment of whatever time we have crafting and honing and sculpting this movie. We don’t waste time talking abstractions or making sure we have the same taste. We can just dive right into the details of each individual scene and shot.”

This time, given the distinctive Gothic sensibility of Wake Up Dead Man, Yedlin played up the interplay between light and dark. For instance, Johnson’s script called for the occasional dramatic lighting changes, sometimes within the same scene. Case in point: When Wick is delivering his trademark hellfire-and-brimstone sermon in the pulpit, the sun bursts out of the clouds for a brief moment and illuminates him, before the clouds move back to cover the sun once again. Even Blanc gets his moment in the sun, so to speak, with his “road to Damascus” moment just before the final reveal.

“In the church, we have day, night, dawn, dusk,” said Yedlin. “We have early morning rays slashing in. As Wick’s speech swells up, the sun bursts out from behind the clouds and flares the lens. We had custom light control software so they can both control and tweak all the nuances of the lighting and also do the cues themselves where it’s changing during the shot, where it’s very flexible and we can be creative in the moment. It’s very repeatable and dependable and you can just push a button and it happens on the same line over the same length of time, every time.”

A study in contrasts: The cinematography of Wake Up Dead Man Read More »