Child-monitoring apps might need a reboot

Child-monitoring apps might need a reboot

MIT Technology Review · 5 hours ago
by Kelly Clancy · Humans and technology



Pam Wisniewski’s digital adolescence showed her the best and the worst of the internet. At 14, she left an abusive home, where she’d been isolated in a fifth-wheel trailer at the end of a seven-­mile dirt road. She moved in with her older sister and taught herself to type on AOL Instant Messenger. Online, she sought out the support and the community she’d lacked at home. She also discovered how thin the ice can be. “I sent my address to some guy in New Mexico to send me a mug with my name on it,” she recalls. “And then I found a news story like five, 10 years later that he killed somebody.”

Those experiences set the course of her career. Wisniewski—now a principal research scientist at the International Computer Science Institute, a nonprofit affiliated with the University of California, Berkeley—has spent well over a decade asking what safety should look like for families navigating an evolving tech landscape, and how to achieve it without sacrificing trust. “I really see the internet as this double-edged sword,” she says.

Digital harms have become the defining fear of American parenthood. In the University of Michigan’s 2025 National Poll on Children’s Health, parents’ top three worries had to do with social media, screen time, and internet safety. Nearly half of American teenagers say they have been bullied or harassed online, according to the Pew Research Center. From there, the dangers escalate. Online drug dealers sell counterfeit pills laced with fentanyl. In the first half of 2025, the National Center for Missing & Exploited Children fielded more than 23,000 reports of financial sextortion, in which a predator posing as a peer extracts a sexual image from a child and threatens to publish it unless paid. Chatbots are the newest danger, with companies like OpenAI facing lawsuits for allegedly coaching children toward suicide.

Most parents’ first defense is conversation. In Pew surveys, more than nine in 10 say they’ve talked with their teens about what’s appropriate to share online and how to treat peers. They get an assist in limiting exposure from tools that come preinstalled on phones: Apple’s Screen Time and Google’s Family Link let parents cap screen time, block or approve apps, filter web content, and track devices. There are also apps that let family members share locations; Life360, the largest, has nearly 98 million monthly users.

But a growing number of adults are opting for tools that go further. Rather than simply restrict or locate, content-monitoring apps scan a child’s texts, photos, emails, and chats and alert parents whenever an algorithm flags something it deems dangerous. Business is booming, and the next wave of growth is already being marketed around AI, with companies positioning themselves as foils to chatbot companions and other risks. The broader market for parental control software, encompassing dozens of apps, was worth an estimated $1.57 billion in 2025 and is expected to nearly triple in value by 2034. Bark Technologies, the current leader among content-monitoring apps, says it scanned 11 billion messages to or from 7.5 million children in the US in 2025. Its free school program is in more than 3,700 districts, covering about one in 10 kids in the US. While Bark aims to flag only content that trips its filters, some competitors, like FlashGet Kids, include features like screen mirroring and camera access.

These apps have had genuine successes: They’ve prevented suicide attempts, intercepted predators, averted school shootings. But they can also cause harm themselves. To get a read on how digital surveillance affects young people, I scraped more than 600,000 reviews of the leading apps and talked to kids, parents, and people who were monitored as children and are now grown. Some kids were grateful for their parents’ protection. Others described false alarms that got them punished, secrets revealed before they were ready, breakdowns of trust, and anxiety they carried into adulthood. (To protect their privacy, we’re not using their full names.)

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None of this is easily fixed. But child-safety researchers and advocates say better approaches exist. One is to make the platforms themselves safer, forcing social media companies to build guardrails instead of leaving families to find their own. This “duty of care” approach is now advancing in the UK, Australia, and a number of US states. Another is to spend less effort watching kids and more effort helping them recognize risk, cope with it, and turn to a trusted adult when something goes wrong. This approach is called resilience.

Wisniewski and others are developing tools that don’t aggressively monitor kids but train them in resilience and build trust with parents. “If we define safety as the absence of risk, the way you keep them safe is by keeping them off the platforms entirely,” she says. “But if we define safety as the ability to protect oneself and engage without engaging a risk, the solutions look very different.” It is the difference between abstinence lectures and sex ed.

Content-monitoring apps typically involve two pieces of software—one on the child’s device, one on the parent’s. A parent installs the kid-side app, connects the kid’s accounts, and chooses what to surveil: messages, social apps, browsing, location, screen time. The kid-side software forwards activity to the company’s algorithmic classifiers, which scan for content related to sex, drugs, bullying, and self-harm, among other categories, and push alerts to a parent-facing dashboard. The same type of software can be loaded into school-issued accounts and devices.

Sometimes the safety net works. Titania Jordan, Bark’s chief marketing officer, told me the FBI has thanked the company on multiple occasions for bringing credible school-shooting threats to its attention. “I hate that we have to exist,” she says. “But I’m so thankful that we do.” According to Bark’s annual report, its classifiers alerted hundreds of thousands of families to severe self-harm risks in 2025. Gaggle, a school-monitoring competitor, makes a similar claim in its own annual report, crediting its software with saving over 1,000 lives in the 2024–’25 school year.


Nearly one in five kids noted feeling watched or stripped of privacy. About one in 10 said monitoring broke their trust in their parents; one in 12 described anxiety or distress.

Real-world efficacy across the market is harder to measure, though there are hundreds of anecdotes in the reviews—predominantly about how location-sharing apps like Life360 have helped parents find lost kids. Dozens of reviewers also praise content-monitoring apps for averting major crises like potential suicide or self-harm. Of the reviews I scraped (reviews, it’s worth noting, represent a self-­selected sample that’s skewed toward strong feelings), over 200,000 had some indication of whether they were written by a parent or a kid. Parents liked whatever worked. On average, screen-time limiters and location trackers drew four- or five-star reviews 74% to 78% of the time. OS-level controls and content-scanning apps fared worse (44% and 48% positive reviews, respectively), with parents’ top grievance being that the apps were unreliable: They disconnected, missed genuinely troubling content, and raised alarms over nothing.

The kids being watched had different concerns. Of the reviews I could attribute to either a parent or a kid, about 14,000 came from kids being monitored now or from adults looking back at being monitored in their youth. Roughly one in seven were, on balance, grateful. (Gavin, a teen I messaged with, said that monitoring “taught me self-accountability and integrity.”) But nearly one in five noted feeling watched or stripped of privacy. About one in 10 said it broke their trust in their parents; one in 12 described anxiety or distress. That’s not surprising, given that child-development experts have long said testing boundaries and building autonomy are what adolescence is for. A 2019 meta-analysis in the European Journal of Developmental Psychology, which pooled 31 long-term studies on how parent-child communication changes, found that children naturally disclose less to their parents as they age—the work of building an independent self.

Making matters harder for kids, a lot gets caught in the dragnet unnecessarily. S., an 11-year-old on the autism spectrum, recalls messaging her best friend at school about whether a service dog might help with her meltdowns or keep her from harming herself. The school used Bark, which alerted the principal, S.’s parents, and her friend’s parents, citing content involving “self-harm.” Perhaps frightened by the alert, the friend’s parents cut off contact between the girls. “My first thought was, why?” S. told me. “It’s not like I’m hiding anything. But I’d rather people who weren’t in the situation not see it.” Over a year later, the girls still don’t speak.


While apps aren’t in charge of parents’ reactions, false flags do seem to be more the rule than the exception. “Ninety-nine percent of the alerts are garbage,” says Grant Callaghan, an Australian dad who tried several monitoring apps with his 13-year-old son before deciding to build his own. “It flagged two kids calling a third one annoying as bullying. It flagged a kid complaining of a headache as ‘medically concerning content.’” When I ran Bark on a test phone set up as a 10-year-old’s, it manufactured a grooming scenario out of a random password I saved in the Notes app.

Bark’s Jordan doesn’t dispute that false alarms happen, volunteering an example of a soccer player whose photo of a net-scraped wrist was marked as potential self-harm. She says that over-flagging is safer than under-flagging, though: “You’d rather know that than not know that.” In a 2021 study with Bark, CDC researchers found that students who tripped multiple risk flags were far likelier to trigger an alert for severe self-harm later—indicating that flags aren’t necessarily noise.

Another problem is that Bark and similar monitoring apps surface things kids may not be ready to share. In a national survey by the Center for Democracy and Technology, nearly a third of LGBTQ+ students said they or someone they knew had been outed by school monitoring software. Jordan said Bark does not flag sexual orientation, but discussions about it could be captured when it screens chats for sexual content. Again, what adults do with such alerts, she added, is beyond any app’s control. “If a parent responds to a child’s identity with rejection,” she told me, “that is a parenting failure, not a child safety feature working as intended.”

Damage caused by monitoring tools can follow kids into adulthood. One in eight reviews left by adults looking back on their years of being monitored describes lasting harm. Only one of the people I contacted agreed to go on the record at all, the others citing privacy worries and anxiety that continues to haunt them.


“There’s so many ways for teens to get around [controls]. And at the end of the day, the biggest thing that most of these apps are telling kids is that we don’t trust you.”Pam Wisniewski

That woman, M., is now 19. She got her first smartphone at 13 and says her mother installed a monitoring app before handing it over. Though she’d been abused from a young age, the first serious beating, M. tells me, came shortly after she texted a friend about her depression. “She didn’t want me to be able to talk to people about the things that she was doing to me,” M. speculates. She eventually got a secret second phone and ultimately ended contact with her mother. Today, M. won’t let even her fiancé touch her phone. “I have been watched my whole life,” she says. “I deserve this sense of privacy.”

M.’s case represents the extreme end of a spectrum: an app enabling abusive behavior. But it could reflect a broader issue, particularly with tools downloaded outside official app stores—aka, ones that are sideloaded. A 2025 audit led by researchers at St. Pölten University of Applied Sciences and University College London found that nearly half the sideloaded monitoring apps they looked at are functionally indistinguishable from stalkerware.

Above all else, it’s not clear how well these apps fulfill their core promise of keeping kids safer. No commercial monitoring app has produced a controlled trial that I was able to find showing that it reduces harm.

Kids swap tips online on how to bypass the surveillance. About 7% of the app reviews left by children describe a concrete workaround. “If you red-team them at all,” Wisniewski says, “there’s so many ways for teens to get around them. And at the end of the day, the biggest thing that most of these apps are telling kids is that we don’t trust you.” In a 2018 survey, her team found that use of parental controls was associated with an increase in the online risk kids encountered, including exposure to harassment. Causality, though, is hard to pin down, because monitoring may follow trouble rather than cause it.

Risks may also migrate out of view, as potential predators actively seek out unmonitored spaces. According to Bark’s 2025 annual report, alerts about predators and grooming behavior have fallen in recent years as conversations move into blind spots. Thorn, a child-safety nonprofit, has found that offenders routinely direct targets onto encrypted apps like WhatsApp and Telegram. After Meta encrypted Messenger by default, the number of reports reaching the National Center for Missing & Exploited Children dropped nearly 20% in a year—a trend the center attributed to lost visibility. Parents can block access to such spaces, but tech-­fluent kids can slip around that through browser versions, borrowed phones, or secret accounts.

Despite their flaws, content-­monitoring apps thrive because parents feel overwhelmed. There is no federal law in the US requiring platforms to design their products to be safe for users, and any safeguards that do exist have proved insufficient time and time again. In 2024 the Molly Rose Foundation (MRF), a suicide prevention nonprofit, analyzed 12 million moderation decisions related to suicide and self-harm that had been logged by six major social platforms. More than 95% came from just two of them: Pinterest and TikTok. Instagram and Facebook each accounted for 1% and X.com for even less—evidence, the researchers argue, not that they host less worrisome content but that they’re less inclined to moderate it.

Meta’s Instagram Teen Accounts fared little better in MRF audits. Of the safety tools tested in a 2025 review coauthored by Arturo Béjar, a former Meta engineering director who designed many of the company’s antibullying tools in the mid-2010s, only 17% worked as advertised. Josh Golin, who runs the children’s advocacy group Fairplay, offers the simplest explanation for such failures: “Almost any change that’s going to make kids safer is going to mean less money.” Documents unsealed in lawsuits against Meta allege that the company weighed safety fixes against the engagement they would cost—and chose growth.

Some groups are working to create more accountability. ParentsSOS is a coalition of families who have lost children to online harms. The group has been a driving force behind several state laws. In 2017, David’s Law made cyberbullying a crime in Texas, and Mississippi criminalized sextortion after 16-year-old Walker Montgomery died by suicide within hours of being targeted by a scammer posing as a teenage girl.

The courts are moving too. Nearly 2,900 federal lawsuits by families and school districts are pending against social media platforms. And in March 2026, New Mexico became the first state to win its own child-safety case against Meta, netting a $375 million verdict. A newer wave of suits targets AI: The parents of 16-year-old Adam Raine are suing OpenAI, alleging that ChatGPT coached him toward suicide. And in January, Character.AI settled a wrongful-death suit brought by the mother of a 14-year-old who had formed an intense attachment to one of its chatbots before taking his life.

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ParentsSOS members have also been instrumental in advancing the Kids Online Safety Act in Congress. In its original form, the law would have imposed a duty of care on social media companies, meaning they’d have to design their features to mitigate harms to minors rather than to maximize engagement. They would also have to give kids tools to limit who can contact them. It overwhelmingly passed the Senate in 2024, but its chances of becoming law remain in flux. The House’s new rewrite—blessed by the tech industry—strips the duty-of-care provision.

But even as they push to fill the regulatory void, parents who have faced tragedy don’t see monitoring tools as an answer. “You don’t pay extra for seat belts in the car, or airbags,” says ParentsSOS cofounder Maurine Molak, whose son David (of David’s Law) died by suicide in 2016 after months of cyberbullying.

Other critics of monitoring tools say the real issue is with how they’re built. The systems, says Wisniewski, need to be reworked so they keep kids safe without violating the privacy and autonomy that adolescents require. The goal isn’t no monitoring or social apps, but better ones—and a principled way of preparing young people to handle risk while also promoting trust between them and their parents.

Wisniewski’s resilience-based approach focuses on developing three pillars: self-regulation to help kids decide what healthy use looks like, risk coping to teach them what to do when something bad happens, and a support system of trusted adults and peers to turn to. She didn’t invent the idea of resilience; the finding that children grow stronger through manageable exposure to adversity has anchored developmental psychology since the 1970s. Sonia Livingstone, who has studied children’s online lives at the London School of Economics for over two decades, has amassed evidence from 33 countries that online risk and opportunity are inseparable, and that children shielded from every risk never get the practice to handle any.

A growing body of research indicates that inculcating resilience works in practice. In 2024, development economists at Hiroshima and Hitotsubashi Universities published a randomized trial of a digital-safety curriculum that was taught to junior high students in Vietnam. Across four modules, students learned how scammers and groomers operate, how to protect themselves, and how to find help. When tested a month later, only about 15% of those who’d taken the training engaged in risky online activity, compared with 50% to 60% of the control group. Similarly, Wisniewski’s own research suggests that teens high in resilience, exposed to the same risks as everyone else, show less negative impact from that exposure.


The systems need to be reworked so they keep kids safe without violating the privacy and autonomy adolescents require. The goal isn’t no apps, but better ones.

Her contribution is pushing resilience into technology itself. Her research group, the Socio-Technical Interaction Research Lab, has developed alternatives to the current crop of apps, though it’s never commercialized them. An app called Circle of Trust monitors teens’ messages but shows them the same dashboard a parent sees, and it lets each pair work out a set of trusted contacts whose chats the teen can keep private. When 17 parent-kid pairs tested it in 2020, most rated it as more useful and less corrosive of trust than a stricter app.

Her focus now is less a product than a method. Through a program called Teenovate, she trains teenagers as research apprentices and co-creators of their own safety tools. Since 2019, more than 85 teens have worked on prototypes and safety features dealing with cyberbullying, sexting, and privacy. They developed the prototype app MOSafely, which reports potential harms to kids directly, so they can review alerts and decide when to involve their parents. The end goal of Teenovate is to fashion evidence-­based design patterns that tech platforms can leverage—though none have adopted them yet.

To be fair, some existing apps do factor in kids’ privacy and agency. Aura, a Bark competitor, shows parents a weekly well-being score built from sleep, usage, and engagement patterns. The app holds back most of the content but sends parents the self-harm alerts along with guidance on how to navigate a conversation. Jordan told me that Bark continues to consider whether it should show alerts to kids alongside the flags it sends parents, but at this point, she says, the best use of the app involves open dialogue within the family from installation through alert.

Some parents are even building their own solutions. Frustrated by available offerings, Callaghan, the Australian dad, created a web-based tool called Joey Family. The idea is not to catch his son doing something wrong but to answer a simple question: “Is he happy?” He wanted to know if his kid was lonely, whether he sent more messages than he got back. The data opened conversations. “The people I’m trying to help are people like me who want to have that relationship with their kids,” Callaghan told me. “They want to be guides and learners.”

If anything is fundamental, it’s the relationship: Online safety efforts work best when anchored by a young person’s trust in someone else. For kids whose homes aren’t safe—like M., or Wisniewski when she was young—that someone can even be an online community. “There are so many ways where we can find real community online,” says Caitlyn Vergara, a child-safety researcher at Harvard who studies youth mental health. “Especially for youth of color coming from majority-white spaces, it is a legitimate way to find community when community is not tangible around you.” Walling off kids in the name of safety can isolate them, she says; the point is to make sure every kid has somewhere safe to belong.

The core tension is that families are being asked to solve at the kitchen table a problem engineered in boardrooms. Monitoring is one answer to that assignment, but while it might mitigate risks from outside the home, it can also damage the trust inside it. The best parents can do is refuse to become one more thing their kids have to hide from—and stop believing they should have to fix a dangerous situation alone.

Kelly Clancy is a neuroscientist and writer based in New Hampshire. She’s also the author of Playing with Reality: How Games Have Shaped Our World.

MIT Report Finds That AI Is Leading to “Cognitive Surrender” Among Students

 MIT Report Finds That AI Is Leading to “Cognitive Surrender” Among Students




Futurism · 2 hours ago
by Victor Tangermann · Future Society


As generative AI continues to intrude on almost every aspect of our daily lives, students are increasingly starting to feel the effects of over-relying on the tech.

Some are going to absurd lengths to use AI to complete their assessments while avoiding being caught cheating. Meanwhile, exam scores are dropping off a cliff as students struggle to get by without using the tech as a crutch.

The effects extend far beyond bad grades. Some college students are losing the ability to participate in class discussions, a terrifying consequence of offloading their cognitive facilities to AI.

In a report on the state of education last month, MIT researchers warned that the alarming trend is leading to “cognitive surrender,” effectively overriding their own intellectual agency with the output of AI.

“As AI-enabled technologies become more capable, it will be possible — and tempting — to offload more ‘thinking’ tasks to them; not surprisingly, students told us the temptation was greatest when they feared they would miss a deadline,” the report reads. “There are early signals, however, that overreliance on chatbots can have a range of significant negative consequences — diminishing critical thinking, weakening memory, eroding confidence, and undermining mastery.”

It’s a thorny subject as administrators continue to push for more AI adoption, not less. That’s despite countless educators, who’ve watched helplessly as their AI-dependent students struggle in the classroom, are bristling at the thought.

“I think you have to lean in, but you have to do so in a way that’s thoughtful and ethical and asks the right questions,” University of Hawaii president Wendy Hensel told the New York Times. “The right answer to AI is not just ‘no.’ It can’t be. It has to be approached with curiosity and understanding of the implications.”

We’ve seen study after study warning that the overreliance on AI chatbots could have devastating effects on education. Students aren’t being taught to internalize what they’ve learned, as one MIT study found last year.

“You basically didn’t engage any of the memory networks that would actually help you remember,” coauthor and MIT researcher Nataliya Kos’myna told the NYT.

At the same time, university administrators argue that preparing students for an AI-dominated future remains paramount — a belief that could risk further eroding their cognitive thinking skills.

Others are drawing a much harder line, like the University of Chicago’s school of law, which announced it was banning the use of phones, tablets, and even laptops in class for first-year courses earlier this year.

More on AI and education: College Students Using AI to Cheat Are Going to Absurd Lengths to Avoid Detection

The post MIT Report Finds That AI Is Leading to “Cognitive Surrender” Among Students appeared first on Futurism.

Trump and Elon Agree on Starlink

Trump and Elon Agree: It Must Have Been the Dog That Ate Ukraine’s Starshield
Both billionaires denied being responsible for the decision to partially paralyze Ukraine's military satellite network this week.
BY TOM MCKAY PUBLISHED OCTOBER 16, 2026, 6:07 PM ET

READING TIME 2 MINUTES

Donald Trump holds a press conference with Elon Musk in the Oval Office on May 30, 2025. © Kevin Dietsch
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Who kneecapped Ukraine’s SpaceX-built Starshield military satellite network? President Donald Trump and SpaceX CEO Elon Musk are both unconvincingly feigning innocence.

Earlier this week, Ukraine’s military lost access to Starshield services for objects moving faster than 100 miles per hour and reportedly sometimes slower, which cut it off from fast-moving drones and other aerial vehicles and hobbled much of its capability to intercept Russian fire. The outage conveniently overlapped with Trump’s insistence that Ukraine stop attacks on Russian oil refineries, which Trump blames for soaring oil prices (rather than, say, his disastrous war with Iran).

Musk denied making the decision and deflected to the White House—in a post to X on Wednesday, Musk argued the systems were “owned and controlled by the U.S. government” and “any limits on speed or usage are decided by the U.S. military and ultimately POTUS.” But wink wink, nudge nudge. The same day, Musk also wrote it was “time for [Ukrainian President Volodymyr Zelenskyy] to go” and quote-tweeted “True” to another post accusing Ukraine of “throwing tantrums over not getting all your demands, including offensive use.”

White House officials reportedly initially professed ignorance to the Ukrainians and claimed the slowdown might be a glitch. While Reuters reported on Thursday that two U.S. officials and one Western official said the order did in fact come from the White House, a senior U.S. official told the news service: “No such request was ever made by the president.” That is not the same as saying the administration didn’t. On Friday, Trump publicly denied that he issued the order and covered Musk’s ass: “It wasn’t me and I don’t think it was Elon.”

The Telegraph reported the idea sprang from both billionaires: four sources told the paper that Musk had approached Trump with the idea of restricting Starshield, and one said the president agreed. Musk later panicked when the blackout led to a “night of carnage” in Ukraine’s capital, Kyiv, fearing European consumer backlash, and rushed to publicly pass the buck to the White House, according to the Telegraph.

This situation has grave implications beyond Musk’s or Trump’s individual credibility, as it’s further alienating allied leaders in Europe and casting doubt on any military technology that relies on U.S. infrastructure to operate. Either Trump and Musk have no idea who actually controls Starshield (a laughable claim) or they’re backstabbing an ally for leverage, which carries the clear implication that the U.S. will do so to anyone on a whim. The stench of suspicion could linger long past Trump’s tenure in office.

According to The Guardian, Zelenskyy said after a meeting of European Union leaders on Friday that speed limits on Ukraine’s Starshield use had been eased but not removed.

Robots can’t do all of Walmart’s heavy lifting yet


Robots can’t do all of Walmart’s heavy lifting yet



Walmart

In Walmart’s perfect world, workers wouldn’t have to touch a product until it arrived at the store, perfectly organized on the pallet and ready to be placed directly on the shelf. But in the real world, the robots they’ve hired can’t lift the big bags of dog food.

A new report from the Wall Street Journal shows the retailer has spent billions over the last decade attempting to fully automate its 200 US supply-chain buildings that feed 5,200 stores. Walmart is trying to catch up with Amazon, which dethroned the retailer as the biggest company globally by 2025 sales. Even with the progress it’s made retrofitting a supply chain made in the 1980s, there have been growing pains:In Walmart’s automated grocery facilities, electric bills can balloon to over $800,000 per month, compared to $250,000 per month for powering a manual warehouse.
The robots used to move products around warehouses also break a lot. About 5% of bots are being fixed at any given time, down from 10% last year, according to the retailer’s robotics partner Symbotic.

It might be a minute. Execs said the company missed automation targets it set for January this year, but by August (only eight months later), it was getting close. Over 65% of stores were getting some automated freight, and over half of e-commerce goods were being shuffled around by automated systems.—MM

Amazon plans drone delivery for 500 US cities and towns

 Amazon plans drone delivery for 500 US cities and towns. The next overpriced moisturizer you impulse buy with one click at 3am might be delivered by drone, as Amazon plans to dramatically enlarge its Prime Air drone delivery service by the end of the year. The drones can deliver packages weighing less than 5 pounds within 30 minutes of the order being placed. It’s not necessarily about avoiding the cost of trucks and drivers (at least not yet) as the drones can only carry one package at a time, but Amazon hopes the speedy delivery adds convenience for shoppers, giving it a competitive edge. Launches are expected soon in the Chicago, Cleveland, Atlanta, Boise, and Syracuse areas, with more to come later.

One-third of all published web pages show signs of AI authorship

The web has changed. Ever since ChatGPT was released, and as of July 2026, one-third of all published web pages show signs of AI authorship. What are we actually reading, and did a person write any of it? Think on that. In related news, Apple Music will start labelling tracks that were generated using AI, following in the footsteps of Spotify and Tidal. Another AI giant in the news is Meta, with its creepy camera-equipped smart glasses. After being banned in numerous social establishments, UK theatres are now considering a ban over piracy concerns. Interestingly, the US ICE also banned employees from using them during active duty, while the same product has also become a nightmare for kids in schools.

A new Pew Research Center analysis of nearly half a million English-language webpages finds that roughly one in ten commercial websites now show meaningful signs of AI authorship, a figure that has risen sharply since ChatGPT's public debut in late 2022. The shift is most pronounced on “.com” domains, where AI-linked linguistic patterns appear at about double the rate seen on “.org” sites and roughly ten times the rate found on.edu” and “.gov” pages. For anyone who reads, publishes, or relies on web content for research or commerce, the data offers the clearest large-scale picture yet of how thoroughly AI writing tools have reshaped the everyday internet.

“In the July 2026 snapshot, signs of AI authorship can be found in over one-third of pages published after ChatGPT was released,” says Pew Research. Among the most telling signals: em dashes now appear roughly twice as often on webpages as they did in 2023, Oxford comma usage is up 63 percent, and AI-favored vocabulary, words like "delve," "interplay," "pivotal," and "testament", has more than humans typically do in frequency. The rhetorical construction "it's not just X, it's Y," a form of negative parallelism that AI models favour, has nearly tripled in prevalence over the same period. The trend shows no signs of plateauing, and with AI chatbot use now reported by roughly half of U.S. adults, the proportion of machine-assisted content across the web is likely to keep climbing in the years ahead.

Ukraine says SpaceX restricted its Starlink access-Musk did it again


Ukraine says SpaceX restricted its Starlink access



Jonathan Raa/Getty Images

Ukraine accused SpaceX of suddenly restricting its access to the Starlink satellite network, scrambling the country’s defense tech and forcing it to pause some battlefield operations. An aide to Ukraine’s President Volodymyr Zelensky, Serhii Beskrestnov, said yesterday that Ukrainian vehicles and projectiles traveling above 100 mph can no longer connect to Starlink’s military-grade system, StarShield.

SpaceX CEO Elon Musk said StarShield is operated by the US government and the company can’t place restrictions on users.
“Cannot be a coincidence”

Beskrestnov said the throttling of the Pentagon-backed system—which Ukraine’s military uses to guide drones and interceptor missiles to deflect attacks—came without warning, and was influenced by “the current political situation.”In recent weeks, President Trump has pressured Ukraine to stop striking Russia’s energy facilities, suggesting that the attacks push up global energy prices. Musk seconded the sentiment over the weekend, saying “Zelensky has gone too far.”
On Saturday, Trump announced a pause in strikes on energy infrastructure, which Zelensky told Axios Ukraine would accept as long as Russia reciprocates.

But Russia is already ramping up attacks on Ukraine’s energy facilities. Russian strikes killed at least 10 people and injured dozens, and left 600,000 without power yesterday, per Ukrainian officials.

Meanwhile…Ukrainian officials said this week that the US military didn’t provide advance warning about two Russian attacks, interpreting it as a sign that the US is scaling back intelligence sharing, which Trump denied.—SK

Netflix commences largest layoffs in years

Netflix commences largest layoffs in years



Chris Delmas/Getty Images

In a way, “Charlie bit my finger” led to this. Amid slowing growth and heightened competition from platforms like YouTube, Netflix is cutting 6% of its workforce—its largest layoff since 2022, the Wall Street Journal reported yesterday.

Roughly 1,000 people globally will lose their jobs, mostly in product, tech, legal, and HR, according to the WSJ (though several executives are reportedly also out). “Our mission—to entertain the world—is ambitious, and delivering on it requires us to be disciplined about where we prioritize our people and resources,” co-CEOs Greg Peters and Ted Sarandos told employees in an email.

Though Netflix boasts the most subscribers of any streamer, engagement and revenue growth are both slowing, as TikTok, Instagram, and other apps steal users’ attention. YouTube surpassed Netflix in average daily viewing across 20 international markets last year, per an analysis by the Digital i agency.

What to do?Netflix has tried investing in live events, sports, games, kids’ programming, short-form creator content, and video podcasts.
It’s also pulled users’ favorite moves: raising subscription prices and expanding ad tiers to more countries.

There’s a new threat: Acquiring Warner Bros. Discovery’s streaming and studio business could’ve been a major lifeline for Netflix, but it lost that bidding war to Paramount Skydance. Now, the newly formed Skydance conglomerate’s massive budget and IP treasure chest “threatens Netflix the most,” a Needham analyst wrote in a note cited by Yahoo Finance.—ML

MCA tells maritime sector to plan for life without GPS

MCA tells maritime sector to plan for life without GPS

Heather Prentice
October 12, 2026
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The UK government is advising yachtsmen, ship owners, ports and all those involved in the maritime sector to plan for operations without GPS, as spoofing, jamming, signal loss and interference in Global Navigation Satellite Systems (GNSS) increase worldwide

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In a significant move, the Maritime and Coastguard Agency (MCA) published a guidance note highlighting the increasing risk of GNSS interference and encouraging maritime stakeholders to review their operations and ensure they are not entirely reliant on GPS for safe navigation.

‘Recent years have seen a marked increase in reports of GNSS interference worldwide, particularly in the Black Sea, Baltic Sea, Gulf region and parts of East Asia,’ the MCA wrote in Guidance Note 719, issued on 1 October.
Spoofing and jamming

‘Such interference may take the form of jamming (where signals are blocked or degraded), or spoofing, (where false position information is presented to users).

‘This interference degrades or denies satellite derived PNT (Positioning, Navigation and Timing), meaning that GNSS is no longer universally available at certain locations.’

The MCA ‘encourages stakeholders to understand these risks, review contingency arrangements and maintain resilient navigation practices to support safe and continuous operations during periods of GNSS based PNT disruption’.


large container ship, container ship and yacht, yacht passing big ship, yachting in the solent, yacht in shipping channel. sailing in path of big ship. Photo: Alamy Stock Photo

A Royal Institute of Navigation survey in 2025 exposed the vulnerability of critically important systems such as Global Maritime Distress and Safety Systems (GMDSS) and other SOLAS-mandated equipment that rely on satellite positioning and timing.

In 2025, at least two collisions and groundings were linked to GNSS interference in regions such as the Baltics, Straits of Hormuz and the Red Sea with hundreds of vessels affected daily, the RIN said earlier this year.

GNSS – GPS (US), Galileo (EU), GLONASS (Russia) and BeiDou (China) – have become key to modern maritime operations, providing PNT information to a wide range of onboard and shore-based systems, such as AIS, traffic management, port operations and other critical infrastructure.
Europe’s largest maritime economy

The UK is Europe’s largest maritime economy with 95% of all UK import and export arriving by sea. Government research in 2023 showed that a seven-day GNSS outage would cost the maritime industry £1.5 billion; shipping £183 million, port operations £1.31 billion, fishing £8 million.


GPS Chart Plotter

Technologies offering an alternative to GNSS are under development, but many are unlikely to be available at scale in the near term, ‘consequently the maintenance of resilient navigation practices remains essential,’ the MCA said.
Alternative technologies

The government is developing a sovereign Enhanced Long-Range Navigation (eLoran) terrestrial-based programme, which will improve the resilience of the UK critical national infrastructure and reduce vulnerability to GNSS disruption.

An initial capability is planned for 2028 (Timing) and full operational capability by 2030 (Position and Navigation).



Image of digital icons and data processing over world map and satellite

The MCA is also working with International Maritime Organisation member states to establish alternative sources of PNT internationally.

Alternatives to satellite-based PNT under development include; VDES R mode, use of 5G (mobile) networks, automatic visual fixing, automatic celestial fixing and inertial navigation systems.
Mariners not to rely on satellites

The MCA recommends that mariners practice navigation using alternatives to GPS.

‘The guidance reiterates the importance of being able to navigate without relying on satellite positioning, and looks at radar fixing, visual bearings, celestial navigation and even good old-fashioned dead reckoning as valid methods to consider,’ said Lee Gallacher, who manages event support at YB Tracking using global satellite systems.

‘They’re not skills we should be looking to consign to the history books, they’re skills that could potentially save your life if the electronics were to give up at a crucial moment.

‘You can have all the technology in the world, but if you don’t understand the limitations of it, or what to do when it fails, then you run the risk of putting yourself and others in danger.’
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Why Compute Is The New Currency Of Innovation


What Is Compute? Here’s Why Compute Is The New Currency Of Innovation




Gina Marrs November 4, 2025

In today’s digital age, the term “compute” is everywhere, but what does it actually mean, and why is it becoming so central to innovation?

At its core, compute refers to the processing power required to run applications, perform calculations and manage data. From powering your smartphone apps to running global AI models, compute is the invisible engine driving modern technology. It’s no longer just a technical term – in fact, it’s become a critical factor in how companies innovate, scale and compete in an increasingly digital world.

Historically, innovation was measured in financial investment or human capital. But today, compute is emerging as the new currency. The availability of processing power determines what is possible, how quickly ideas can be tested and the scale at which solutions can be deployed.

So, whether it’s simulating complex scientific experiments, training large AI models or managing cloud-based applications, the capacity to compute efficiently and effectively has become a competitive advantage. Companies that can harness compute can iterate faster, innovate smarter and ultimately lead markets.

Understanding Compute

Compute is essentially the capacity of a system to perform operations, process data and execute instructions. In practical terms, it can mean everything from the CPU in your laptop to the massive clusters of servers powering cloud-based AI models. Different types of compute serve different purposes – general-purpose compute handles everyday tasks, whereas specialised compute, such as GPUs or TPUs, is designed for intensive workloads like machine learning or scientific simulations.

Cloud computing has made access to compute more flexible and scalable than ever. Platforms like AWS, Microsoft Azure and Google Cloud allow organisations to scale compute on demand, paying only for what they use. This shift has democratized access to processing power.

Smaller companies and startups can now experiment with the same compute resources that were once the domain of large tech corporations or research institutions. So in essence, compute is no longer a bottleneck for innovation; it has become an enabler.

Furthermore, compute is not just about raw power. Efficiency, latency and accessibility matter equally. Innovations in distributed computing, edge computing and serverless architectures allow workloads to be executed closer to where data is generated, reducing delays and enabling real-time applications. These advancements mean that industries ranging from healthcare to finance can leverage compute in transformative ways, from predictive diagnostics to fraud detection.



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Why Compute Is the New Currency of Innovation

The rise of AI and machine learning has made compute more valuable than ever. Training large models requires enormous processing power, and the more compute a company can access, the faster it can experiment, refine and deploy solutions. This has given rise to a compute arms race, where organisations invest heavily in high-performance infrastructure to maintain a competitive edge. The ability to access, scale and optimise compute has become as critical as access to talent, capital or market share.

In many ways, compute dictates the pace and scope of modern innovation. Startups can now achieve breakthroughs without massive physical infrastructure because cloud providers supply on-demand compute. Established companies can accelerate research and development by leveraging specialised hardware like GPUs and TPUs.

Essentially, compute acts as a multiplier for human ingenuity – the faster and more efficiently you can process data, the quicker you can turn ideas into reality.

Furthermore, compute is redefining business models. Companies like AI-driven analytics firms, biotech startups and gaming studios depend on compute not just to operate but to differentiate themselves. Compute allows them to simulate scenarios, predict outcomes and scale services globally without the constraints of physical hardware.

As such, organisations that prioritise compute can innovate faster, reach markets sooner and maintain agility in the face of rapid technological change.

The Future of Compute

Looking forward, compute will continue to grow in importance. Quantum computing promises to redefine what is possible by performing calculations far beyond the reach of today’s classical computers. Edge computing will bring compute closer to users and devices, enabling ultra-low latency applications and real-time decision-making.

AI-specific hardware and cloud-based supercomputing will continue to expand the boundaries of research, innovation and product development.

In essence, compute is no longer just a technical requirement – it’s a strategic asset. Organisations that invest in scalable, efficient and innovative compute solutions are better positioned to drive growth, unlock new markets and solve problems that were previously impossible. From climate modelling to real-time language translation, the ability to compute effectively is now synonymous with the ability to innovate.

Indeed, compute has become the backbone of modern innovation. Its availability, efficiency and scalability define what is achievable in today’s fast-paced digital world. From powering AI and machine learning to enabling startups to compete with global tech giants, compute is the true currency of innovation.

The companies and individuals who understand and leverage this resource effectively are the ones who will define the next era of technological progress. In a world increasingly driven by data and algorithms, compute is not just a tool – it’s the engine that drives our collective future.

Washington state grapples with the AI data center boom

 

Washington state grapples with the AI data center boom

This week, we’ll take you inside a data center in Quincy, sit down with the town's mayor, and take a closer look at a controversial energy project.

A construction site

As data centers multiply, Washington cities call time-out

The construction of data centers is far outpacing regulations; in Washington state, there are already approximately 126 data centers and related facilities with a footprint of nearly 7 million square feet, according to the research firm Baxtel. Earlier this summer, the Seattle City Council passed an emergency moratorium on data center construction within city limits, and ten other Washington cities have passed similar legislation. The primary concern is electricity demand, which will strain the state’s already overburdened electrical grid. City Councilmember Eddie Lin said that there’s a potential “win-win” situation where data center companies help build out the grid, but legislation must be given time to catch up.

Watch now
The exterior of a gray brick building

An inside look at Quincy's data center boom

By one estimate, there are now 56 data centers in the small Central Washington town of Quincy. The Newsfeed went inside one of these. Past a security desk and security gate stretch hallways wide enough to roll a pallet of servers through. Windowless metal doors lead to four data halls, each covering 40,000 square feet. Inside the data hall, rows of servers sit back-to-back to each other. The ends are enclosed in their own boxes to contain the hot air the servers emit, and fans pull that air into cooling rooms where it is chilled down with water. Outside, that same water gets cooled and recirculated back through the closed-loop system. Some customers have leased just a handful of server cabinets, while others take over entire buildings. These companies include banks, hospitals, airlines and streaming services.

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Powerlines in a rural field

Data center questions surround Central Washington energy development

More data centers mean more demand for power, at a time when the state is already reportedly facing an energy shortfall. Developers of a storage pump in southern Washington say the facility they’re building would generate enough energy to power half a million homes — but the project has faced persistent pushback from the Yakama Nation, who say the project site has major cultural and historic significance to them. Recent local news reports on the Goldendale Storage Pump tied it to a nearby data center being developed by the same owner. But the developer refutes this claim, saying the pump project is not linked to the prospective data center.

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A water tower in Quincy

Two decades of data centers: Quincy mayors look back

The Newsfeed sat down with the current and former mayors of Quincy, Washington, which is at the center of the state’s AI data center boom. Cheap hydropower and cheap land turned the small town into a data center hub nearly 20 years ago, and thanks to the associated tax revenue, it’s been able to build new police and fire stations, a hospital, city hall and recreation center. But, said former Mayor Patty Martin, “there's still the unknown of water, electrical use” associated with AI. Martin, who was mayor from 1993-1997, said the town, which was once an agricultural community, is now “controlled” by faraway, massive corporations who own huge swaths of former farmland, a dynamic that concerns her as new and larger data centers are constructed to support AI.

Watch now
Hazy pollution over a data center in a rural area

Washington's next data center boom comes with real tradeoffs

As Microsoft breaks ground on a massive new data center in Chelan County, many local residents have been vocally opposed. Kirk Hudson, general manager of the Chelan Public Utility District, said that their customers are concerned about the center’s long-term energy demands. Meanwhile, Matthew Hepner, an East Wenatchee Councilmember and IBEW Union official, said that Central Washington needs the tax revenue data centers generate, and wants to see the state build more clean energy to supply them: “If we drive data centers out from here, they're going to go to the South, and they're just going to run the entire thing on diesel.” Meanwhile, about 10 miles south of Quincy, residents are fighting to stop a transmission line from ending up in their front yard.

RG Richardson Communications News

I am a business economist with interests in international trade worldwide through politics, money and banking. Interactive Internet VoIP and secure eMail Communications. The author of RG Richardson City Guides that has over 300 guides, including restaurants, real estate and finance.