Calorie Counting and 10,000 Steps a Day — How Closely Should You Follow These 5 Health Goals?

https://www.discovermagazine.com/calorie-counting-and-10-000-steps-a-day-how-closely-should-you-follow-these-5-health-goals-48343

Rules of thumb for maintaining healthy lifestyles may seem ubiquitous. They dictate how many steps we should be getting in a day or how many glasses of water we need to stay hydrated. But how many of these goals have been backed by science, and how many should be put back on the shelf?

Here are five common health goals that you may have heard of and the scientific research that either validates them, or discredits them.

1. Use the Food Pyramid for Balanced Meals

The typical pyramid, with grains at the bottom, fats at the top, and fruits, vegetables, and dairy in between, may have been our first introduction to balanced meals. But this method of meal planning is actually outdated, with origins tracing back to World War II, when food sources were scarce, and rationing was necessary, according to Britannica.

When it comes to improved nutritional guidelines, according to Paige Cunningham, assistant professor of nutritional sciences at Cornell University, MyPlate is now the way to go.

“It’s beneficial for obesity prevention, potentially, and we know this from epidemiological data and randomized control trials,” she says. “It’s striking a balance between all of the different food groups so that we can make sure we are getting that dietary variety that can offer all the nutrients we need for a healthy lifestyle.”

Specifically, MyPlate visualizes a plate half-filled with fruits and vegetables, with the other half quartered into proteins and grains. It also suggests consuming healthy unsaturated fats in moderation.

It isn’t the gospel of dieting, as experts in the Journal of the Academy of Nutrition and Dietetics in 2014 emphasized; it’s more so a method to inspire healthier and more conscious eating practices.


Read More: New Diet in 2025? Basic Nutrition Is the Best Place to Start


2. Drink Eight Glasses of Water a Day

Another classic health goal is to drink at least eight cups of water per day. Drinking adequate amounts of water can lower our risk of developing kidney stones and help remove waste from our bodies, according to a study in Springer Nature Link. But such a myth can be misleading.

“The challenge with that recommendation is that first of all, there’s no evidence that that amount of water is needed,” Cunningham says. “Humans are very good at physiological regulation of hydration status. We drink when we’re thirsty, and that thirst occurs before dehydration. So we’re very good at maintaining the hydration balance that we need.”

Moreover, water isn’t our only source of hydration. According to Cunningham, lots of water-rich fruits and vegetables can help with hydration.

According to Tufts University, women should aim to drink 11 cups, while men should aim for 15 cups of water each day. But ultimately, how much you really need depends on factors like how much you’re moving in a day and the climate where you live.

3. Walk 10,000 Steps Each Day

The idea that 10,000 steps per day is the golden amount for a healthy lifestyle is another popular health myth.

“Very few people get that number of steps, and getting that number of steps doesn’t seem to be necessary,” Cunningham says. “A lot of studies are finding that anywhere between 6,000 to 8,000 steps can confer benefits to health.”

Indeed, a 2019 study published in JAMA Internal Medicine examining the relationship between step counts and mortality rates in older women found that mortality rates progressively decreased with increasing step counts, peaking at around 7,500 steps per day. How intense those steps were didn’t have as much impact on mortality rates as long as they happened in the first place.

Likewise, another recent article published in Lancet Public Health by an international group of researchers reviewing the field found that striving for 7,000 steps a day led to improved health outcomes, ranging from mortality rates to even depressive symptoms.

“There does seem to be a sort of dose-response effect, whereby the more steps you get, the better, but it plateaus at those higher numbers,” Cunningham says.

As for where the number 10,000 came from, a Harvard researcher who co-authored the JAMA study traced its origins to a 1965 marketing campaign by a Japanese company to sell pedometers.


Read More: Eating More Protein Isn’t Always Better — How Much Is Too Much?


4. Cutting Calories Is More Important For Weight Loss Than Exercise

When it comes to getting your daily steps or other forms of exercise and movement, you might’ve heard that diet plays a much larger role in weight loss than you think. This idea does hold some credence, as researchers have found that exercise alone does not trim weight by much.

“If you think about the energy that we consume from food, it’s a lot easier to cut out calories from diet than it is to cut out those calories from physical activity,” Cunningham says.

That doesn’t mean that dieting alone is the key to weight loss: A 2020 study in Women’s Health found that combining healthy eating and exercise habits tended to lead to the most beneficial outcomes, with improvements in both physical and mental health.

Exercising is also helpful for maintaining weight, Cunningham adds, as keeping a consistent weight even after losing it can be quite challenging for several reasons.

Though seeing consistent, obvious results from dieting and exercise can be challenging, experts writing in a study in Diabetes Spectrum argue that people should stick with it — if only because of the numerous other health benefits of an active lifestyle, ranging from improved mental health to reduced risk of heart disease and diabetes.

5. BMI Is an Ideal Measurement for Health

Body mass index (BMI) has long been used as a health indicator, though it doesn’t offer a direct diagnosis of obesity or the amount of body fat, according to a study in JAMA Network Open. The measurement has come under fire in recent years, with scientists debating whether its continued usage is necessary.

BMI has origins dating back to 1835, initially developed as a way to compare the weights of different people at different heights, though it has evolved over time. Researchers have cautioned that it isn’t easily generalizable to all populations, especially those that have been historically underrepresented, according to a study in Springer Nature Link.

For example, people may have higher BMIs despite lower body fat due to greater muscle mass. The health index cannot account for all cases and body types.

“For individuals that fall out of that normal range for muscle mass, it’s perhaps not the best metric,” she says. “But for the average person, it’s highly correlated with disease risk, and it’s a pretty easy and approachable way to assess body fat percentage and adiposity.”

Experts have similarly argued that the limitations of BMI could be addressed by considering other health measures, such as waist circumference or bone mass.

“I think all of these different measures have their place, and I think that we maybe can start using a combination of different metrics, but I wouldn’t by any means say that BMI is useless,” Cunningham says.


Read More: Is Fibermaxxing the Next Big Thing in Nutrition, or Just Another Trend?


What Is The Best Rule Of Thumb For Health?

There is ultimately no single golden rule for a perfectly healthy life — our bodies are a conglomeration of our circumstances, habits, and movements, and putting a number to anything we do or are, with certainty, is difficult. However, for some, Cunningham says, following rules of thumb with solid scientific backing can help set achievable goals.

As with all things in nutrition, balance and nuances are necessary, according to Cunningham, alongside a healthy dose of skepticism. Something that works for one person might not for the next.

“Everyone needs to follow what works for them,” she says.

This article is not offering medical advice and should be used for informational purposes only.

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Our writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:

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December 4, 2025 at 09:04AM

Shingles Vaccine May Reduce Dementia Risk and Could Slow Disease Progression

https://www.discovermagazine.com/shingles-vaccine-may-reduce-dementia-risk-and-could-slow-disease-progression-48344

The shingles vaccine has long been suspected of having an impact on developing dementia. However, strong evidence through clinical trials to confirm suspicions on the vaccine’s protective effects on the neurodegenerative disease was lacking.

Now, researchers from Stanford Medicine report in Nature and Cell that people who received the shingles vaccine were about 20 percent less likely to develop dementia than those who did not. The analysis, based on Welsh health records, also found that vaccinated individuals diagnosed with dementia were less likely to die from the disease, suggesting the shot may influence disease progression as well as risk.


Read More: Why are Painful Blisters From Shingles Appearing on People Under 50?


Why Shingles Might Matter for Dementia

The varicella-zoster virus, which causes chickenpox in childhood, remains dormant in the nervous system long after the initial infection resolves. In older age, the virus can reactivate as shingles, which can sometimes lead to severe neurological complications.

In recent years, researchers have increasingly explored the possibility that viruses affecting the nervous system may contribute to dementia risk. With millions of people worldwide living with dementia, identifying modifiable risk factors has become a public health priority.

According to the study’s press release, previous studies had reported associations between shingles vaccination and lower dementia rates. However, those findings came with major uncertainty:

“All these associational studies suffer from the basic problem that people who go get vaccinated have different health behaviors than those who don’t,” said senior study author Pascal Geldsetzer, assistant professor at the Division of Primary Care and Population Health of Stanford University, in the news release. “In general, they’re seen as not being solid enough evidence to make any recommendations on.”

Unusual Vaccination Program Provides Solid Data on Dementia

A quirk in public health policy allowed the Stanford team to overcome that limitation.

In 2013, Wales faced a shortage of the shingles vaccine and limited eligibility to people who were 79 years old on September 1 of that year — for one year only. Those who had already turned 80 were permanently excluded.

As a result, eligibility hinged entirely on a narrow birthdate cutoff, not health status or personal choice, and researchers were able to isolate the impact of vaccination itself.

“Because of the unique way in which the vaccine was rolled out, bias in the analysis is much less likely than would usually be the case,” said Geldsetzer.

The study analyzed records from more than 280,000 adults aged 71 to 88 who were dementia-free at the start. Over seven years, vaccinated individuals experienced a 37 percent reduction in shingles cases and a 20 percent reduction in dementia risk.

“What makes the study so powerful is that it’s essentially like a randomized trial with a control group — those a little bit too old to be eligible for the vaccine — and an intervention group — those just young enough to be eligible,” he added. “It was a really striking finding. This huge protective signal was there, any which way you looked at the data.”

Potential of Shingles Vaccine to Slow Dementia Progression

Additional analysis suggested benefits beyond delaying onset. Vaccinated individuals were less likely to be diagnosed with mild cognitive impairment, and those vaccinated after a dementia diagnosis were significantly less likely to die from the disease during nine years of follow-up.

“The most exciting part is that this really suggests the shingles vaccine doesn’t have only preventive, delaying benefits for dementia, but also therapeutic potential for those who already have dementia,” Geldsetzer said.

The biological mechanism remains unknown, though immune system effects or reduced viral reactivation are possible explanations. Geldsetzer and his colleagues are now calling for a large randomized clinical trial to determine whether the relationship is causal.

This article is not offering medical advice and should be used for informational purposes only.


Read More: A New mRNA Vaccine Has the Potential to Cure Seasonal and Food Allergies


Article Sources

Our writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:

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December 3, 2025 at 04:28PM

Hyundai’s MobED Proves Perfect Suspension System Exists

https://www.autoblog.com/news/hyundais-mobed-proves-perfect-suspension-system-exists

The Robot That Accidentally Solved a Car Problem

Ask any engineer, and they’ll tell you there’s no perfect suspension system. Every setup is a compromise depending on usage – too soft and the vehicle wallows; too stiff and it beats up the occupants. Sure, fully active adaptive suspension exists in high-end nameplates, but it still has limitations (read: off-road).

Hyundai may not have set out to break this rule, but its latest creation comes surprisingly close. The Mobile Eccentric Droid, or MobED, started life as a 2021 concept and has now evolved into Hyundai Motor Group Robotics LAB’s first production-ready mobility robot platform.

MobED’s purpose isn’t automotive at all. It’s designed as a versatile industrial and everyday tool, capable of autonomous navigation, handling deliveries, carrying equipment, and supporting research or service applications. It blends precision engineering with modular adaptability, and Hyundai positions it as a platform that can work in almost any environment – indoors, outdoors, smooth floors, rough terrain, or tight industrial lanes. The fact that it looks like a rolling testbed for the next suspension revolution is a bonus Hyundai may have unintentionally created.

The Wheel System That Makes Everything Possible

The secret is in MobED’s wheel and Drive-and-Lift modules, each with fully independent power, steering, and posture-control hardware. Every wheel can raise, lower, tilt, or stabilize itself through an eccentric drive mechanism, letting the platform stay level even when the ground isn’t. In practice, it acts like a suspension system that never stops adjusting – like a fully active adaptive suspension but on steroids.

Even better, MobED can widen its wheelbase for maximum stability or retract as needed for tighter environments. The independence of each wheel means, in theory, this system could be tuned for performance, comfort, or both – something car suspensions rarely manage at the same time. If this technology ever reaches a passenger vehicle, it could redefine on-road smoothness and off-road confidence.

As we see it, the biggest hurdles to putting this system into a production vehicle are weight and costs, but those are problems this journalist won’t dare solve.

Hyundai

MobED Hitting the Market Next Year

Hyundai is already playing with a related idea. A separate development – a four-wheel-steer system capable of sliding a car sideways – shows how independent wheel control can transform parallel parking. It’s essentially a real-world crab-walk demonstration, and it’s proof that Hyundai is exploring applications beyond robotics.

But back to MobED – the platform runs on a 1.47-kWh battery pack, provides more than four hours of operation, and supports manual or autonomous charging. Both the MobED Pro and MobED Basic will be commercially available starting in the first half of 2026.

Now all that’s left is for Hyundai to bring this "suspension" philosophy to an actual vehicle, like maybe the production derivative of the Crater Concept. We’re waiting, Hyundai.

Hyundai


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December 4, 2025 at 09:38AM

Valve Has Quietly Funded Multiple Open Source Programs Needed To Run Windows Games On Phones

https://www.gamespot.com/articles/valve-has-quietly-funded-multiple-open-source-programs-needed-to-run-windows-games-on-phones/1100-6536661/

It may come as no surprise that Valve has invested in emulation tech for Arm-based hardware, having just announced its first device running an Arm chip. But beyond its own hardware, Valve’s support of open-source emulation projects may have laid the groundwork for playing your favorite PC games on Arm devices like mobiles and tablets–no ports necessary.

Valve’s upcoming Steam Frame headset is the company’s first Arm-based device, making use of the open-source FEX emulator to run Windows-native games. As it turns out, Valve has had more of a hand in FEX’s development than it initially appeared. In an interview with The Verge, Valve engineer Pierre-Loup Griffais revealed that Valve actually initiated the FEX project, and has been largely responsible for its development.

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"We were talking with a few developers that we knew were the right fit for an undertaking like that, a long-term thing that needed a very specific set of experts," Griffais explained. "We worked hard on trying to convince these guys to start the project, and have been funding them ever since."

This is backed up by FEX’s Ryan Houdek, who thanked Valve in a recent anniversary post for "being here from the start" on the seven-year project. "They trusted me with the responsibility of designing and frameworking the project in a way that it can work long-term; not only for their use cases but also keeping it an open project that anyone can adapt for their own use cases."

While Valve has only just revealed its first Arm-based device, the company started thinking about developing for Arm as early as 2016. "We knew there was close to a decade of work needed before it would be robust enough people could rely on it for their libraries," Griffais said.

As an open-source tool, FEX is already being used alongside other Valve-supported tech like Proton to power some of the leading PC emulators for Arm-based mobile devices–meaning Valve is quietly leading the push to bring Windows games to your phone without the need for a port. Whether the company has its own ambitions in the mobile space is yet to be seen, with Griffais saying Valve’s current focus remains on "living room, handheld, and desktop."

Valve’s support of emulation comes from hard lessons learned when its original Steam Machine flopped, partially due to its limited library. By investing in technology like Proton and FEX, Valve aims to save developers from having to put in time and resources on ports. "We would way rather have those game developers invest their time and energy into making their games better, or working on their next game," Griffais says. "We think that porting work is essentially wasted work when it comes to the value of the library."

The Best Steam Deck Games To Play In 2025

Got a news tip or want to contact us directly? Email news@gamespot.com

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December 3, 2025 at 03:31AM

How Tor Can Help You Be More Anonymous on the Internet

https://lifehacker.com/tech/what-is-tor

The internet is many things, but for many of us, it is far from private. By choosing to engage with the digital world, you often must give up your anonymity: trackers watch your every move as your surf the web and scroll on social media sites, and they use that information to build profiles of who (and where) you are and deliver you more "relevant" ads.

It doesn’t have to be this way. There are a number of tactics that can help keep your browsing private. You can use a VPN to make it look like your internet activity is coming from somewhere else; if you use Safari, you can take advantage of Private Relay to hide your IP address from websites you visit; or, you can connect the internet across a different network altogether: Tor.

What is Tor?

The whole idea behind Tor (which is short for The Onion Router) is to anonymize your internet browsing so that no one can tell that it is you visiting any particular website. Tor started out as a project of the U.S. Naval Research Lab in the 1990s, but developed into a nonprofit organization in 2006. Ever since, the network has been popular with users who want to privatize their web activity, whether they’re citizens of countries with strict censorship laws, journalists working on sensitive stories, or simply privacy-focused individuals.

Tor is a network, but it’s commonly conflated with the project’s official browser, also known as Tor. The Tor Browser is a modified version of Firefox that connects to the Tor network. The browser removes many of the technical barriers to entry for the Tor network: You can still visit your desired URLs as you would in Chrome or Edge, but the browser will connect you to them automatically via the Tor network automatically. But what does that mean?

How does Tor work?

Traditionally, when you visit a website, your data is sent directly to that site, complete with your identifying information (i.e. your device’s IP address). That website, your internet service provider, and any other entities that might be privy to your internet traffic can all see that it is your device making the request, and can collect that information accordingly. This can be as innocent as the website in question storing your details for your next visit, or as scummy as the site following you around the internet.

Tor flips the script on this internet browsing model. Rather than connect your device directly to the website you’re visiting, Tor runs your connection through a number of different servers, known as "nodes." These nodes are hosted by volunteers all over the world, so there’s no telling which nodes your request will go through when you initiate a connection.

But Tor would not be known for its privacy if it only relied on multiple nodes to bounce your traffic around. In addition to the nodes, Tor adds layers of encryption your request. When the request passes from one node to another, each node is only able to decrypt one layer of the encryption, just enough to learn where to send the next request to. This method ensures that no one node in the system knows too much: Each only knows where the request came from one step before, and where it is sending the request to in the following step. It’s like peeling back layers of an onion, hence the platform’s name.

Here’s a simplified example of how it works: Let’s say you want to visit Lifehacker.com through Tor. You initiate the request as you normally would, by typing the URL into Tor’s address bar and hitting enter. When you do, Tor adds layered encryption to your request. The first node it sends it to, perhaps based in, say, the U.S., can unlock one layer of that encryption, which tells the node which node to send it to next. The next node, based perhaps in Japan, decrypts another layer of that encryption, which tells it to send it to a third node in Germany. That third node (known as the exit node) decrypts the final layer of encryption, which tells the node to connect to Lifehacker.com. Once Lifehacker receives the request, the reverse happens: Lifehacker sends the request to the node in Germany, which adds back its layer of encryption. It then sends it back to the node in Japan, which adds a second layer of encryption. It sends it back to the node in the U.S., which adds the final layer of encryption, before sending the fully encrypted request back to your browser, which can decrypt the entire request on your behalf. Congratulations: You have just visited Lifehacker.com, without revealing your identity.

Tor isn’t perfect for privacy

While Tor goes a long way to anonymizing your internet activity, it won’t protect you entirely. One of the network’s biggest weaknesses is in the exit node: Since the final node in the chain carries the decrypted request, it can see where you’re going, and, potentially, what you’re doing when you get there. It won’t be able to know where the request originated, but it can see that you’re trying to access Lifehacker. Depending on what sites you’re accessing, you might give enough information away to reveal yourself.

This was especially an issue when websites were largely using the unencrypted HTTP protocol. If you connected to an unencrypted website, that final node might be able to see your activity on the site itself, including login information, messages, or financial data. But now that most sites have switched to the encrypted HTTPS protocol, there’s less concern with third-parties being able to access the contents of your traffic. Still, even if trackers can’t see exactly what you’re doing or saying on these sites, they can see you visited the site itself, which is why Tor is still useful in today’s encrypted internet.

Who should use Tor?

If you’ve heard anything about Tor, you might know it as the go-to service for accessing the dark web. That is true, but that doesn’t make Tor bad. The dark web is not inherently bad, either: It’s simply a network of sites that cannot be accessed by standard web browsers. That includes a number of very bad sites filled with very bad stuff, to be sure. But it also encompasses a number of perfectly legal activities as well. Chrome or Firefox cannot see dark web sites, but Tor browser can.

But you don’t need to visit the dark web in order for Tor to be useful. Anyone who wants to keep their internet traffic private from the world can benefit. You might have a serious need for this, such as if you live in a country that won’t let you access certain websites, or if you’re a reporter working on a story that could have ramifications should the information leak. But you don’t need to have a specialized case to benefit. Tor can help reduce anyone’s digital footprint, and keep trackers from following you around the internet.

One big drawback

If you do decide to use Tor, understand that it won’t be as fast as other modern browsers. Running your traffic through multiple international nodes takes a toll on performance, so you may be waiting a bit longer for your websites to load than you’re used to. However, it won’t cost you anything to try it, as the browser is completely free to download and use on Mac, Windows, Linux, and Android. (Sorry, iOS fans.) If you’re worried about what you’ve heard about the dark web, don’t be: The only way to access that material it is to seek it out directly. Otherwise, using Tor will feel just like using any other browser—albeit just a tad slower.

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December 2, 2025 at 07:23AM

Humans Can Detect Buried Objects Without Touching Them, Study Finds

https://gizmodo.com/humans-can-detect-buried-objects-without-touching-them-study-finds-2000684179

Recent research suggests that humans have a surprising ability—we can sometimes feel a physical object before making contact with it.

In a study published this past October in the journal IEEE International Conference on Development and Learning, researchers found that, similarly to some shorebirds, we have a form of “remote touch.” Simply put, when you move your hand through granular materials like sand, you can feel an object buried in said material before touching it directly.

“It’s the first time that remote touch has been studied in humans and it changes our conception of the perceptual world (what is called the ‘receptive field’) in living beings, including humans,” Elisabetta Versace, co-author of the study and lead of the Prepared Minds Lab at Queen Mary University of London, said in a university statement.

Better than robots

Versace and her colleagues asked 12 study participants to gently move their fingers through sand to find a hidden cube before touching it. This approach revealed that humans have remote touch comparable to that of some shorebirds, like sandpipers and plovers—even though we don’t have their specialized beak structures that allow for their sense.

Sand Piper
Sand pipers also have “remote touch.” © Queen Mary University of London, CC BY-SA

This is the first time researchers have documented this tactile skill in humans. So how do we do it? The team found that human hands are sensitive enough to identify buried objects by feeling tiny displacements in the sand around them. In fact, the participants were 70.7% precise within the expected detectable range.

The researchers also tested the remote touchability of a robotic tactile sensor (because why not?). While on average, the robot could find objects from slightly farther distances, it often yielded false positives and had only 40% overall precision. Both humans and the robot achieved close to the maximum sensitivity researchers had predicted. In other words, robots can take our jobs, but we can still find things buried in the sand with slightly more precision.

Practical applications

Remote touch in humans is surprising but probably not a very useful skill on its own. However, “the discovery opens possibilities for designing tools and assistive technologies that extend human tactile perception,” explained Zhengqi Chen, a co-author of the study and PhD student of the Advanced Robotics Lab at Queen Mary University of London.

“These insights could inform the development of advanced robots capable of delicate operations, for example locating archaeological artifacts without damage, or exploring sandy or granular terrains such as Martian soil or ocean floors,” he added. “More broadly, this research paves the way for touch-based systems that make hidden or hazardous exploration safer, smarter, and more effective.”

via Gizmodo https://gizmodo.com/

December 2, 2025 at 02:35PM

Amazon’s Atrocious AI Anime Dubs Are a Dark Sign of Things to Come

https://gizmodo.com/amazon-anime-ai-dub-banana-fish-no-game-no-life-2000693962

As generative AI material threatens to encroach further and further upon the entertainment industry, animation—and Japanese animation in particular—has become something of a major battleground, as both sides of production and distribution weigh up the worth (and potential backlash) of using the technology. But over the weekend, a surprisingly grim new frontier opened up in that battle: the arrival of AI-generated anime dubs.

Over the course of the holiday break in the United States, Prime Video rolled out the early stages of a new beta program that utilizes generative AI to voice English and Latin American language dubs of several anime series in the streamer’s catalogue, including the likes of Mappa’s 2018 adaptation of Banana Fish (which has, somewhat controversially, never received an English-language dub before this) and the 2017 Madhouse No Game No Life movie No Game No Life Zero. Not officially announced by Amazon, it took aggrieved anime fans kicking up a storm on social media to bring the rollout to people’s attention.

And for good reason, because the dubs sound (perhaps to the surprise of no one outside of the AI accelerationist sphere) absolutely awful:

io9 has reached out to Prime Video for comment on the rollout of its AI dub beta and will update if we hear back from the streamer.

Even before you get to the translated script itself, these dubs are well below any kind of level of acceptable. The intonation, the pacing, the emotion (or rather, distinct lack thereof): there’s always been a brand of anime diehard who has long had a perception of dubbed anime as lesser than the original Japanese work for myriad reasons and that dubbing has a legacy of poor quality, in spite of leaps and bounds of improvements in dubbing quality made over the years as anime has only become more and more mainstream. And yet these AI dubs are somehow even worse than the absolute lowest of those perceptions made manifest.

Beta labelling or otherwise, it’s almost shocking that Amazon would consider these acceptable to go live, regardless of how much or how little fanfare they made about the initiative. It’s further shocking that, in some cases, the AI dubbing is being used on projects that have either famously been waiting years for dubs, like Banana Fish, or, in some wild instances, already received dubs that utilize actual human beings—as is the case with No Game No Life Zero, which was dubbed by Sentai Filmworks. In those cases, the AI dub isn’t filling a void but effectively erasing the past for the sake of trying to shoehorn a misguided vision of the future into reality.

With any hope, Amazon will see the PR nightmare created by this “beta” and pull back from attempting more—a push and pull every studio is having to consider now as they try to march forward with public-facing generative AI content. But between Crunchyroll’s desire to experiment more and more with AI-translated subtitles and initiatives like this, it’s clear that some of the most oft-persecuted professionals when it comes to exporting anime are facing being cast aside, quality be damned—and regardless of how you feel about dub and translation quality in the here and now, non-Japanese anime audiences are only going to suffer if platforms keep trying to force this upon them in a race to the bottom.

Want more io9 news? Check out when to expect the latest Marvel, Star Wars, and Star Trek releases, what’s next for the DC Universe on film and TV, and everything you need to know about the future of Doctor Who.

via Gizmodo https://gizmodo.com/

December 1, 2025 at 12:52PM