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Brian McCullough
Welcome to the Tech Meme Ride home for Thursday, March 27, 2025. I'm Brian McCullough. Today everyone is using that new ChatGPT image generator to make Miyazaki memes. Google is taking Android development private. Are we seeing more signs of an AI data center pullback? Now even you can do extra gig work for Instacart, and Quantum computers seem to have cracked truly random random number generators. Here's what you missed today in the world of tec. I guess a lot of people had the same impulse I did after OpenAI released that new ChatGPT image generator yesterday. Social media has been flooded with AI memes in the style of Studio Ghibli, highlighting copyright concerns quoting TechCrunch in the last 24 hours we've seen AI generated images representing Studio Ghibli versions of Elon Musk, the Lord of the Rings and President Donald Trump. OpenAI CEO Sam Altman even seems to have made his new profile picture a Studio Ghibli style image, presumably made with GPT4O's native image generator. Users seem to be uploading existing images and pictures into ChatGPT and asking the chatbot to recreate it in the new styles. OpenAI's and Google's latest tools make it easier than ever to recreate the styles of copyrighted works simply by typing a text prompt. Together, these new AI image features seem to reignite concerns at the core of several lawsuits against generative AI model developers. It's if these companies are training on copyrighted works, are they violating copyright law? According to Evan Brown, an intellectual property lawyer at the law Firm Neil and McDevitt, products like GPT4O's native image generator operate in a legal gray area. Today, style is not explicitly protected by copyright, according to brown, meaning OpenAI does not appear to be breaking the law simply by generating images that look like Studio Ghibli movies. However, Brown says It's plausible that OpenAI achieved this likeness by training its model on millions of frames from Ghibli's films. Even if that was the case, several courts are still deciding whether training AI models on copyrighted works falls under fair use protections. I think this raises the same question that we've been asking ourselves for a couple years now, said Brown in an interview. What are the copyright infringement implications of going out, crawling the web and copying into these databases? End quote Quoting Variety Hayao Miyazaki, the co founder of Studio Ghibli, has previously expressed strong disapproval of AI generated animation in a 2016 meeting where he was shown an AI animation demo, Miyazaki said, I am utterly disgusted. If you really want to make creepy stuff, you can go ahead and do it. I would never wish to incorporate this technology into my work at all. He also said, I strongly feel that this is an insult to life itself. More recently, Hollywood actors and other creatives have voiced concerns about efforts by OpenAI and other artificial intelligence companies to weaken or eliminate protections on copyrighted works for training AI systems. In comments filed with the Trump administration's Office of Science and Technology Policy earlier this month, more than 400 filmmakers, actors, musicians and others objected to what they said was lobbying by OpenAI and Google quote, for a special government exemption so they can freely exploit America's creative and knowledge industries. End quote. Nobody tell Wes Anderson about my Jack Dorsey pick from yesterday. Google says going forward it plans to develop Android fully in private to streamline the development process, but will continue to publish the source code for Android for new releases. Quoting Android Authority the Android Open Source Project, or AOSP for short, is an operating system that Google releases under the Apache 2.0 license. Apache 2.0 is a software license that allows anyone to use, distribute, or modify and distribute operating systems based on AOSP without the need to pay any licensing fees or release source code. This permissive licensing structure has facilitated the widespread adoption of aosp, leading to the creation of customized forks like Sandpaper, Samsung's one ui. Like many other open source projects, AOSP accepts code contributions from third party developers. However, Google conducts most AOSP development itself as it treats the Android project as a full scale product development operation to ensure the vitality of Android as a platform and as an open source project. Therefore, Google has the final say on what code can be merged into AOSP and when new version source code is released. The company develops AOSP components privately to allow developers and OEMs to use a single version of Android without tracking unfinished finished future work just to keep up. To balance AOSP's open nature with its product development strategy, Google maintains two primary Android branches, the public AOSP branch and its internal development branch. The AOSP branch is accessible to anyone, while Google's internal branch is restricted to companies with a Google Mobile Services licensing agreement. Because Google develops large portions of Android in its internal branch, the public AOSP branch often lags far behind what's available privately. This difference is apparent when comparing feature and API availability between a clean AOSP build and Google's latest Android 16 beta, which was built from its internal branch. While the shift to trunk based development reduced this discrepancy it persists and continues to pose challenges for Google. This discrepancy forces Google to spend time and effort merging patches between the public AOSP branch and its internal branch. Due to how different the branches are, merge conflicts often arise. But beginning next week, all Android development will occur within Google's internal branch, and the source code for changes will only be released when Google Google publishes a new branch containing those changes. As this is already the practice for most Android component changes, Google is simply consolidating its development efforts into a single branch. Google confirmed to Android Authority that it is committed to publishing Android source code, so this change doesn't mean that Android is becoming closed source. The company will continue to publish the source code for new Android releases, so when Google releases Android 16 later this year, we'll get the source code for the update. In addition, Google will continue to publish the source code for Android's Linux kernel fork, as it is licensed under GPL v2, which mandates source code releases and is separate from AOSP. What will change is the frequency of public source code releases for specific Android components. Some components, like the Build System Update Engine, Bluetooth Stack Virtualization framework and Solinux configuration are currently AOSP first, meaning they're developed fully in public. Most Android components, like the Core OS framework are primarily developed internally, although some features, such as the Unlocked Only Storage API are still developed within aosp. End quote from the do we have overcapacity in the AI space? File Some worrying signs According to TD Cohen, Microsoft canceled new data center projects in the US and Europe that would have amounted to around 2 gigawatts of capacity, quoting Bloomberg. Microsoft's retrenchment in the last six months included lease cancellations and deferrals, the TD Cohen analysts said in their latest research note dated Wednesday. Alphabet's Google had stepped in to grab some leases Microsoft abandoned in Europe, the analyst wrote, while Meta platforms had scooped up some of the freed capacity in Europe. Microsoft says it remains on track to spend about $80 billion building out AI data centers in its fiscal year that ends in June. Executives have said the pace of growth should slow in the company's next fiscal year. Earlier this week, Alibaba Group holding chairman Joe Tsai warned of a potential bubble in data center construction, saying new projects may exceed demand for AI services. We continue to believe the lease cancell and deferrals of capacity points to data center oversupply relative to its current demand forecast, td Cohen analysts Michael Elias, Cooper Bellinger and Gregory Williams wrote. End quote and then there's this Sources say many new Chinese AI data centers are currently sitting unused due to weak demand and deep SEQ driven shifts. Local reports say around 80% of new computing resources are idle. Quoting MIT Technology Review Just months ago, a boom in data center construction was at its height, fueled by both government and private investors. However, many newly built facilities are now sitting empty, according to people on the ground who spoke to MIT Technology Review, including contractors, an executive at a GPU server company and project managers. Most of the companies running these data centers are struggling to stay afloat, renting out GPUs to companies that need them for training. AI models the main business model for the new wave of data centers was once seen as a sure bet. But with the rise of Deepseek and a sudden change in economics around AI, the industry is faltering. The growing pain China's AI industry is going through is largely a result of inexperienced players, corporations and local governments jumping on the hype train, building facilities that aren't optimal for today's need, says Jimmy Goodrich, senior advisor for technology at the Rand Corporation. The upshot is that projects are failing, energy is being wasted, and data centers have become distressed assets whose investors are keen to unload them at below market rates. The situation may eventually prompt government intervention, he says. The Chinese government is likely to step in, take over and hand them off to more capable operators. End Quote Nothing surprises me anymore, and it seems like every day there's something new to worry about. With so much out of control, one thing you can regain control of is your family's financial future with life insurance through Selectquote Selectquote is one of America's leading insurance brokers with nearly 40 years of experience markets helping over 2 million customers find over $700 billion in coverage since 1985. 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Upgrade your business and get the same checkout I use@resumewriters.com sign up for your $1 per month trial period@shopify.com ride all lowercase go to shopify.com r upgrade you're selling today shopify.com ride but good news on the silicon front. Sources say that after taking five years to build its first US plant, TSMC expects new factories to take two years. A 3 nanometer plant is set for 2028 and a 2 nanometer before 2030. So US made chips for your iPhone are coming down the pike. Older ones at least quoting 9 to 5 Mac Apple first announced its plan for Made in America chips back in 2022, with the news hailed as one of the success stories of the US Chips Act. The initiative will see a series of TSMC chip making plants built in Arizona, with some of the production reserved for Apple chips for older devices. The project has been beset with delays and uncertainties. Mass production at the first plant was due to start last year and was then pushed back to this year. Questions were raised about the promised US Jobs, with many employees recruited from Taiwan and the company even being accused of anti American discrimin. The first TSMC plant is only capable of making larger process chips used in older Apple devices. This includes the A16 chip first developed for the iPhone 14 Pro, which is no longer made, and the base model iPhone 15 models, which are still available from Apple but likely sell in small volumes. If it takes years to bring a new US Plant online, that would mean US Made Apple chips would forever be relegated to significantly older devices. However, Nikkei Asia reports that TSMC has promised investors that the sluggish pace seen with the development of its first US Plant will not be repeated. While that first plant took five years to build and open, the company says that future US plants will take no more than two that will see a 3 nanometer plant brought online in 2028 and a 2 nanometer one before 2030. The US plants will still lag behind the cutting edge ones in Taiwan, meaning they will never make chips for the latest Apple products, but will at least close the gap. Want to make Instacart work for you? By kind of sort of working for Instacart, the company is rolling out Store View, paying shoppers to take videos of store shelves one aisle at a time to assess inventory, starting with select retailers. Quoting the Verge, Instacart says Store View will also help its predictive models estimate when a store will restock a particular product. If you place an order at night for early next day delivery, we can predict whether the item is likely to be back on the shelves when the store reopens and then verify that information in the morning, instacart explains. In the future, Instacart says its smart caper carts will have the ability to keep track of stock, too. The outward facing camera on the Capercarts will soon give stores an understanding of inventory down to the store level, allowing Instacart to update stock levels as often as every hour of the day. Along with Store View, Instacart is rolling out Second Store Check in the coming months, which Instacart bills as a way to source out of stock items from another location of the retailer you select. If you order an item but a shopper can't find it in store, Instacart will automatically prompt a second shopper to check if it's available at another store. The second shopper will then deliver the item for no additional service or delivery fee. But it's not clear whether you can tip them and quoting Business Insider, you'll get paid to take photos of what's in stock or refill displays. A message sent to a shopper about a beta version of the program in November said, which was seen by Business Insider. One shopper in Pennsylvania, who didn't want to be identified for fear of retaliation from Instacart, told BI that they completed one of the tasks, which involved taking a photo of a display of Dove Body Care products, which Unilever makes. Unilever did not respond to a request for comment. BI verified the shopper's identity and employment by Instacart. The gig paid about $12 and took about 10 minutes to complete, according to the shopper. That's more than Instacart pays to shop and deliver some orders, which can easily take an hour, the shopper added. End qu finally today, JP Morgan researchers say they have generated and certified truly random numbers using a quantum computer, a world first with potential security and trading uses, Quoting Bloomberg Researchers created the sequence using a quantum computer built by Honeywell's Quantinium, according to a paper published in the scientific journal Nature on Wednesday. J.P. morgan Researchers, alongside Argonne and Oak Ridge National Laboratories and the University of Texas at Austin, then became the first to prove mathematically that they had produced genuine randomness. Most so called random number generators, which are important for encrypting sensitive data, aren't actually random they're predetermined sequences. Computers run on a set of programmed mathematical operations that will always return the same answer, raising the risk that hackers with access to increasingly sophisticated computing power could crack encryption codes. Other companies have produced random number generation already. Quantinium sells its products commercially for use in data centers and smart meters, but the certification gives users verifiable proof that the numbers are truly random, meaning higher stakes industries like critical infrastructure and financial services can start using applications. It would be good for anything that has an audit trail to show the numbers are definitely randomly generated, for example the lottery, said Konstantinos Karagianis, director of quantum computing services at consulting firm Protaviti, who did not participate in the experiment. In cryptography, the provability is the whole thing. It's provably secure or it's provably not secure. There's no gray area. Between May 2023 and May 2024, cryptographers at J JP Morgan wrote an algorithm for a quantum computer to generate random numbers, which they ran on Quantinium's machine. The US Department of Energy supercomputers were then used to test whether the output was truly random. It's a breakthrough result, project lead and head of global technology applied research at JPMorgan Marco Pistoia told Bloomberg in an interview. The next step will be to understand where we can apply it. Applications could ultimately include more energy efficient cryptocurrency, online gambling and any other activity hinging on complete randomness, such as deciding which precincts to aud in elections, end quote. Nothing more for you today. Talk to you tomorrow.
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Host: Brian McCullough
Release Date: March 27, 2025
The episode opens with a discussion on the proliferation of AI-generated memes in the style of Studio Ghibli, sparked by the release of OpenAI’s new ChatGPT image generator. Brian McCullough [00:04] highlights how social media is awash with these memes, which include depictions of notable figures like Elon Musk, characters from The Lord of the Rings, and President Donald Trump rendered in Studio Ghibli’s distinctive animation style.
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Next, the podcast delves into Google’s strategic decision to transition Android development to a private setting while continuing to release the publicly accessible Android Open Source Project (AOSP).
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The conversation shifts to concerns about overcapacity in the AI data center sector, highlighting moves by major players like Microsoft, Google, and Meta.
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The episode then covers Taiwan Semiconductor Manufacturing Company’s (TSMC) efforts to establish chip manufacturing plants in the United States, detailing the challenges and future projections.
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Instacart is expanding its gig opportunities by introducing innovative tasks aimed at improving inventory management and customer experience.
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The episode concludes with a significant advancement in quantum computing, where J.P. Morgan researchers achieved the generation and certification of truly random numbers using a quantum computer.
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Today's episode of Techmeme Ride Home covered significant developments in AI-generated content and its legal challenges, strategic shifts in Android development by Google, overcapacity issues in AI data centers, delays and future plans for TSMC's US chip manufacturing, innovative gig opportunities by Instacart, and a groundbreaking achievement in quantum computing by J.P. Morgan. These discussions highlight the dynamic and rapidly evolving landscape of technology, emphasizing both the opportunities and challenges that lie ahead.
Note: Advertisements and non-content sections from the transcript have been excluded to focus solely on the informative segments of the episode.