Tag: AI

  • The AI lab waging a guerrilla war over exploitative AI

    The AI lab waging a guerrilla war over exploitative AI

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    Yet it is “simplistic to think that if you have a real security problem in the wild and you’re trying to design a protection tool, the answer should be it either works perfectly or don’t deploy it,” Zhao says, citing spam filters and firewalls as examples. Defense is a constant cat-and-mouse game. And he believes most artists are savvy enough to understand the risk. 

    Offering hope

    The fight between creators and AI companies is fierce. The current paradigm in AI is to build bigger and bigger models, and there is, at least currently, no getting around the fact that they require vast data sets hoovered from the internet to train on. Tech companies argue that anything on the public internet is fair game, and that it is “impossible” to build advanced AI tools without copyrighted material; many artists argue that tech companies have stolen their intellectual property and violated copyright law, and that they need ways to keep their individual works out of the models—or at least receive proper credit and compensation for their use. 

    So far, the creatives aren’t exactly winning. A number of companies have already replaced designers, copywriters, and illustrators with AI systems. In one high-profile case, Marvel Studios used AI-generated imagery instead of human-created art in the title sequence of its 2023 TV series Secret Invasion. In another, a radio station fired its human presenters and replaced them with AI. The technology has become a major bone of contention between unions and film, TV, and creative studios, most recently leading to a strike by video-game performers. There are numerous ongoing lawsuits by artists, writers, publishers, and record labels against AI companies. It will likely take years until there is a clear-cut legal resolution. But even a court ruling won’t necessarily untangle the difficult ethical questions created by generative AI. Any future government regulation is not likely to either, if it ever materializes. 

    That’s why Zhao and Zheng see Glaze and Nightshade as necessary interventions—tools to defend original work, attack those who would help themselves to it, and, at the very least, buy artists some time. Having a perfect solution is not really the point. The researchers need to offer something now because the AI sector moves at breakneck speed, Zheng says, means that companies are ignoring very real harms to humans. “This is probably the first time in our entire technology careers that we actually see this much conflict,” she adds.

    On a much grander scale, she and Zhao tell me they hope that Glaze and Nightshade will eventually have the power to overhaul how AI companies use art and how their products produce it. It is eye-wateringly expensive to train AI models, and it’s extremely laborious for engineers to find and purge poisoned samples in a data set of billions of images. Theoretically, if there are enough Nightshaded images on the internet and tech companies see their models breaking as a result, it could push developers to the negotiating table to bargain over licensing and fair compensation. 

    That’s, of course, still a big “if.” MIT Technology Review reached out to several AI companies, such as Midjourney and Stability AI, which did not reply to requests for comment. A spokesperson for OpenAI, meanwhile, did not confirm any details about encountering data poison but said the company takes the safety of its products seriously and is continually improving its safety measures: “We are always working on how we can make our systems more robust against this type of abuse.”

    In the meantime, the SAND Lab is moving ahead and looking into funding from foundations and nonprofits to keep the project going. They also say there has also been interest from major companies looking to protect their intellectual property (though they decline to say which), and Zhao and Zheng are exploring how the tools could be applied in other industries, such as gaming, videos, or music. In the meantime, they plan to keep updating Glaze and Nightshade to be as robust as possible, working closely with the students in the Chicago lab—where, on another wall, hangs Toorenent’s Belladonna. The painting has a heart-shaped note stuck to the bottom right corner: “Thank you! You have given hope to us artists.”

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  • AI search could break the web

    AI search could break the web

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    In short, governments have shown they are willing to regulate the flow of value between content producers and content aggregators, abandoning their traditional reluctance to interfere with the internet.

    However, mandatory bargaining is a blunt solution for a complex problem. These reforms favor a narrow class of news organizations, operating on the assumption that platforms like Google and Meta exploit publishers. In practice, it’s unclear how much of their platform traffic is truly attributable to news, with estimates ranging from 2% to 35% of search queries and just 3% of social media feeds. At the same time, platforms offer significant benefit to publishers by amplifying their content, and there is little consensus about the fair apportionment of this two-way value. Controversially, the four bargaining codes regulate simply indexing or linking to news content, not just reproducing it. This threatens the “ability to link freely” that underpins the web. Moreover, bargaining rules focused on legacy media—just 1,400 publications in Canada, 1,500 in the EU, and 62 organizations in Australia—ignore countless everyday creators and users who contribute the posts, blogs, images, videos, podcasts, and comments that drive platform traffic.

    Yet for all its pitfalls, mandatory bargaining may become an attractive response to AI search. For one thing, the case is stronger. Unlike traditional search—which indexes, links, and displays brief snippets from sources to help a user decide whether to click through—AI search could directly substitute generated summaries for the underlying source material, potentially draining traffic, eyeballs, and exposure from downstream websites. More than a third of Google sessions end without a click, and the proportion is likely to be significantly higher in AI search. AI search also simplifies the economic calculus: Since only a few sources contribute to each response, platforms—and arbitrators—can more accurately track how much specific creators drive engagement and revenue.  

    Ultimately, the devil is in the details. Well-meaning but poorly designed mandatory bargaining rules might do little to fix the problem, protect only a select few, and potentially cripple the free exchange of information across the web. 

    Industry has a narrow window to build a fairer reward system

    However, the mere threat of intervention could have a bigger impact than actual reform. AI firms quietly recognize the risk that litigation will escalate into regulation. For example, Perplexity AI, OpenAI, and Google are already striking deals with publishers and content platforms, some covering AI training and others focusing on AI search. But like early bargaining laws, these agreements benefit only a handful of firms, some of which (such as Reddit) haven’t yet committed to sharing that revenue with their own creators. 

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  • The surprising barrier that keeps the US from building all the housing it needs

    The surprising barrier that keeps the US from building all the housing it needs

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    Vice President Kamala Harris has offered an ambitious plan to build more: “Right now, a serious housing shortage is part of what is driving up cost,” she said last month in Las Vegas. “So we will cut the red tape and work with the private sector to build 3 million new homes.” Included in her proposals is a $40 billion innovation fund to support housing construction.

    Former president Donald Trump, meanwhile, has also called for cutting regulations but mostly emphasizes a far different way to tackle the housing crunch: mass deportation of the immigrants he says are flooding the country, and whose need for housing he claims is responsible for the huge jump in prices. (While a few studies show some local impact on the cost of housing from immigration in general, the effect is relatively small, and there is no plausible economic scenario in which the number of immigrants over the last few years accounts for the magnitude of the increase in home prices and rents across much of the country.)

    The opposing views offered by Trump and Harris have implications not only for how we try to lower home prices but for how we view the importance of building more and faster. Moreover, this attention on the housing crisis also reveals a broader issue with the construction industry at large: This sector has been tech-averse for decades, and it has become less productive over the past 50 years.

    The reason for the current rise in the cost of housing is clear to most economists: a lack of supply. Simply put, we don’t build enough houses and apartments, and we haven’t for years. Depending on how you count it, the US has a shortage of around 1.2 million to more than 5.5 million single-family houses.

    Permitting delays and strict zoning rules create huge obstacles to building more and faster—as do other widely recognized issues, like the political power of NIMBY activists across the country and an ongoing shortage of skilled workers. But there is also another, less talked-about problem that’s plaguing the industry: We’re not very efficient at building, and we seem somehow to be getting worse.

    Together these forces have made it more expensive to build houses, leading to increases in prices. Albert Saiz, a professor of urban economics and real estate at MIT, calculates that construction costs account for more than two-thirds of the price of a new house in much of the country, including the Southwest and West, where much of the building is happening. Even in places like California and New England, where land is extremely expensive, construction accounts for 40% to 60% of value of a new home, according to Saiz.

    Part of the problem, Saiz says, is “if you go to any construction site, you’ll see the same methods used 30 years ago.”

    The productivity woes are true across the construction industry, not just in the housing sector. From clean-energy advocates dreaming of renewables and an expanded power grid to tech companies racing to add data centers, everyone seems to agree: We need to build more and do it quickly. The practical reality, though, is that it costs more, and takes more time, to construct anything.

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  • Are we really ready for genuine communication with animals through AI?

    Are we really ready for genuine communication with animals through AI?

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    New Scientist. Science news and long reads from expert journalists, covering developments in science, technology, health and the environment on the website and the magazine.

    James Blake/Falklands Maritime Heritage Trust

    When my ginger rescue cat Marmalade crawls on my lap and meows at me urgently, I often find myself wishing I really knew what was going on inside his head.

    It might seem like storybook stuff, but communicating with animals may be closer than we think. Earlier this year, researchers revealed they had discovered that sperm whales in the east Caribbean use a phonetic alphabet of 143 combinations of clicks. They described it as the closest system to human language yet discovered and hope that one day they will be able to communicate with these complex, social creatures.

    But it…

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  • How a ride in a friendly Waymo saw me fall for robotaxis

    How a ride in a friendly Waymo saw me fall for robotaxis

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    San Francisco, CA, USA - September 15, 2024: Waymo self driving taxi driving in downtown San Francisco; Shutterstock ID 2517479849; purchase_order: -; job: -; client: -; other: -

    Waymo self driving taxi driving in downtown San Francisco

    Shutterstock/Iv-olga

    I took my first ride in a Waymo robotaxi last month, and now I’m obsessed. I have taken five autonomous car rides since, and even convinced two reluctant friends to do it too. Here’s how I went from a hater to a cautious friend of robot cars in five weeks.

    Waymo’s parent company Alphabet – which also owns Google – recently launched a pilot programme in San Francisco. When I was ready to hail one, I simply downloaded an app that closely resembles a rideshare app and pushed the call button. Within minutes, a white Jaguar…

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  • Kids are learning how to make their own little language models

    Kids are learning how to make their own little language models

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    “What does it mean to have children see themselves as being builders of AI technologies and not just users?” says Shruti.

    The program starts out by using a pair of dice to demonstrate probabilistic thinking, a system of decision-making that accounts for uncertainty. Probabilistic thinking underlies the LLMs of today, which predict the most likely next word in a sentence. By teaching a concept like it, the program can help to demystify the workings of LLMs for kids and assist them in understanding that sometimes the model’s choices are not perfect but the result of a series of probabilities. 

    Students can modify each side of the dice to whatever variable they want. And then they can change how likely each side is to come up when you roll them. Luca thinks it would be “really cool” to incorporate this feature into the design of a Pokémon-like game he is working on. But it can also demonstrate some crucial realities about AI.

    Let’s say a teacher wanted to educate students about how bias comes up in AI models. The kids could be told to create a pair of dice and then set each side to a hand of a different skin color. At first, they could set the probability of a white hand at 100%, reflecting a hypothetical situation where there are only images of white people in the data set. When the AI is asked to generate a visual, it produces only white hands.

    Then the teacher can have the kids increase the percentage of other skin colors, simulating a more diverse data set. The AI model now produces hands of varying skin colors.

    “It was interesting using Little Language Models, because it makes AI into something small [where the students] can grasp what’s going on,” says Helen Mastico, a middle school librarian in Hanson, Massachusetts, who taught a group of eighth graders to use the program.

    “You start to see, ‘Oh, this is how bias creeps in,’” says Shruti. “It provides a rich context for educators to start talking about and for kids to imagine, basically, how these things scale to really big levels.”

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  • The Call review: Musical AI harmonises with your voice in a transcendent new exhibition

    The Call review: Musical AI harmonises with your voice in a transcendent new exhibition

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    Leon Chew, The Call, Holly Herndon and Mat Dryhurst with sub, Serpentine, 2024

    A chandelier evokes the rig of microphones used to capture the recordings

    Leon Chew, The Call, Holly Herndon and Mat Dryhurst with sub, Serpentine, 2024

    The Call
    Holly Herndon and Mat Dryhurst
    Serpentine North, London Closes 2 February 2025

    Step into London’s Serpentine North gallery and the first thing you see is an organ. But it is far from a conventional instrument with gleaming flues and reeds. This organ is made up of fans used to cool graphics processing units. Each fan whirs at a pitch that depends on its oscillation, and the sounds combine in an otherworldly hymn…

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  • Fast forward to the fluffy revolution, when robot pets win our hearts

    Fast forward to the fluffy revolution, when robot pets win our hearts

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    Portrait of robot dog sitting on wooden floor, 3d rendering

    “The bodies of the first robot pets were based on cats and dogs, but dragons and Ewoks later became popular”

    Westend61 / Anna Huber / Getty Images

    There is no doubting the value of companion animals, either during our evolutionary history, when dogs especially helped with hunting and guarding, or in recent times, when eroding social connections meant people leaned on animals for the emotional bond they previously got from humans. But the carbon pawprint of pets was unduly heavy.

    By the 2020s, there were more than a billion dogs in the world, causing untold ecological damage. Cats and…

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  • Can AI and new technology fix our dysfunctional democracies?

    Can AI and new technology fix our dysfunctional democracies?

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    New Scientist. Science news and long reads from expert journalists, covering developments in science, technology, health and the environment on the website and the magazine.

    Many of us entered this so-called super-election year with a sense of foreboding. So far, not much has happened to allay those fears. Russia’s war on Ukraine is exacerbating a perception that democracy is threatened in Europe and beyond. In the US, Donald Trump, a presidential candidate with self-professed autocratic tendencies, has faced two assassination attempts. And more broadly, people seem to be losing faith in politics. “Most people from a diverse array of countries around the world lack confidence in the performance of their political institutions,” says a 2024 report by the International Institute for Democracy and Electoral Assistance.

    On many objective measures, too, democracy isn’t functioning as it should. The systems we call democracies tend to favour the rich. Political violence is growing, as is legislative gridlock, and worldwide, elections are becoming less free and fair. Some 30 years after commentators crowed about the triumph of Western liberal democracy, their prediction seems further than ever from being realised. What happened?

    According to Lex Paulson at the University Mohammed VI Polytechnic in Rabat, Morocco, we have lost sight of what democracy is. “We have made a terrible confusion between the system known as a republic – which relies on elections, parties and a permanent governing class – and the system known as a democracy, in which citizens directly participate in decisions and rotate power.” The good news, he says, is that we can revive the original dream of government by the people for the people. That is what he and other researchers are trying…

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  • AI tweaks to photos and videos can alter our memories

    AI tweaks to photos and videos can alter our memories

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    It has become trivially easy to use artificial intelligence to edit images or generate video to remove unwanted objects or beautify scenes, but doing so leads to people misremembering what they have seen

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