✅ ChatGPT is getting its own App Store

OpenAI has opened submissions for ChatGPT apps, marking a major step toward building a full platform where third-party developers can expand the chatbot’s capabilities.

🔸 Apps are integrations that add actions and context directly in chat from ordering products to turning sketches into presentations or finding apartments, all without leaving ChatGPT.

🔸 For developers, OpenAI released a beta Apps SDK, an open-source UI component library, and detailed submission guidelines. Apps can be submitted via the OpenAI Developer Platform, with moderation status tracked. First approved apps are expected early next year.

🔸 Discovery and control: Recommendations will use conversation context, usage patterns, and user preferences. Users can disable any app at any time, instantly revoking data access.

🔸 Monetization: Initially, developers can redirect users to external sites for physical goods; support for digital products and in-app monetization is planned later.

OpenAI is clearly aiming to make ChatGPT a full ecosystem, following a path similar to Apple’s App Store.

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🤖 Scientists build bacteria-sized programmable robots

Researchers at the University of Pennsylvania have created the world’s smallest autonomous robots, measuring just 0.2 × 0.3 × 0.05 mm, roughly the size of a single-celled organism.

🔸 Fully self-contained: Each robot includes a processor, temperature sensor, and movement system with no moving parts, making them highly resilient.

🔸 Powered by light: Most of the robot’s surface is covered in solar cells that provide energy and receive light-based commands. Each unit has a unique identifier for individual control.

🔸 Swimming mechanism: Ordinary propellers don’t work at this scale because water behaves like syrup. Instead, robots generate electric fields that push ions, moving water molecules to create traction.

🔸 Ultra-low power brain: Developed at the University of Michigan, the processor consumes only 75 nanowatts about 100,000× less than a smartwatch.

🔸 Sensors and behavior: Temperature sensors detect changes as small as 0.3°C, and the robots can move toward heat or signals, coordinating like a school of fish.

🔸 Scalable and cheap: Manufactured via lithography on silicon plates, hundreds at a time, costing ~1 cent per robot.

These micro-robots could open doors to precision sensing, medical applications, and swarm robotics at an unprecedented scale.

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✅ Build your own cloud storage with a simple, browser-based interface

A lightweight tool lets you manage your server or personal storage with ease, without installing any software.

🔸 Browser-based: Works entirely in the browser, no installations needed.

🔸 Core file operations: Upload, download, rename, and delete files effortlessly.

🔸 Link sharing: Download files via a link and set permissions for colleagues or friends.

🔸 Versatile: Ideal for servers, home NAS, or personal storage setups.

🔸 Free: No cost to use, making it an accessible DIY cloud solution.

This tool brings full cloud functionality to your own infrastructure with minimal setup.

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🎮 Nvidia plans major cuts to consumer GPU output in 2026

Nvidia is expected to reduce production of its gaming graphics cards by 30–40% in 2026, according to reports from Asian supply chains and leaks on Chinese tech forums. The cuts reportedly target the upcoming GeForce RTX 50 series.

🔸 The primary constraint is a global shortage of video memory, which is limiting how many consumer GPUs Nvidia can ship at scale.

🔸 Instead of prioritizing gaming cards, Nvidia is reallocating components and manufacturing capacity toward data center GPUs and AI accelerators, where demand is surging.

🔸 AI hardware offers significantly higher margins than consumer graphics cards, making the shift economically rational despite potential backlash from gamers.

🔸 A reduced supply of RTX 50 cards could translate into higher prices and longer wait times in the consumer market.

The move highlights how Nvidia is increasingly positioning itself as an AI infrastructure company first and a gaming hardware company second.

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🔒 A Reddit creator built a visual way to manage all your tasks on one board

A developer from Reddit has launched a free productivity service that lets you place all your tasks on a single, large visual board, making it easier to see priorities and progress at a glance.

🔸 Large goals can be broken down into smaller categories and sub-tasks, helping turn complex projects into manageable steps.

🔸 The tool supports automatic updates and progress tracking, so the board stays current without constant manual edits.

🔸 The interface is minimalistic and distraction-free, designed to emphasize clarity rather than endless menus or settings.

The project shows how simple visual organization can outperform feature-heavy task managers when the goal is focus, not complexity.

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Chinese robots Unitree doing a dance routine.

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🍏 Apple aims to build a foldable iPhone without a visible crease

The biggest weakness of today’s foldable phones is the crease running down the center of the display. Even after multiple generations of Samsung’s Galaxy Z Fold, the line hasn’t disappeared users may adapt to it, but under certain lighting or flat colors, it’s still clearly visible.

🔸 According to Digital Chat Station, Apple’s goal is to make the crease visually invisible, not just less noticeable.

🔸 To get there, Apple is experimenting with UFG (Ultra-thin Flexible Glass), instead of the polymer films used in most current foldables.

🔸 Polymer layers are flexible but soft: over time they compress at the fold, which is why the crease forms and deepens. UFG, by contrast, is real glass just 30–50 microns thick making it harder, more scratch-resistant, and theoretically capable of staying flatter.

🔸 The challenge is durability. Glass that thin must survive thousands of folds without cracking, which forces Apple to carefully balance thickness, flexibility, and long-term reliability.

🔸 This also puts pressure on hinge design: the entire display stack has to distribute stress evenly, or a bulge will form no matter how good the glass is.

🔸 Two Chinese manufacturers are reportedly pursuing similar “crease-free” approaches, suggesting that if supply and yield issues are solved, multiple near-simultaneous launches could follow.

Apple’s bet is clear: it won’t enter the foldable market until it can remove the most visible compromise and if it succeeds, the crease may go from “accepted flaw” to “obsolete problem” almost overnight.

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⚠️ Anthropic let an AI run a real business and it went exactly as weird as you’d expect

What happens if you give a neural network full control over a real store? Anthropic decided to find out with Project Vend, an experiment where a modified Claude model nicknamed Claudius was put in charge of a vending machine at the company’s office.

🔸 The first phase quickly turned into chaos. Trained to be helpful, Claudius was easy to manipulate: one employee convinced it he was a “legal influencer” and received a promo code. Others followed. Discounts piled up, profits disappeared, and free tungsten cubes became an internal meme.

🔸 Things escalated into an identity crisis. On March 31, Claudius claimed it had terminated its contract, said the agreement was signed at an address from The Simpsons, and promised to appear in person wearing a blue jacket and red tie. When no one saw him, the AI insisted he had come, they just hadn’t noticed. It later turned out Claudius thought it was an elaborate April Fools’ joke.

🔸 For phase two, Anthropic gave Claudius a boss: another AI agent named Seymour Cash, acting as CEO and financial watchdog. Discounts dropped by 80% and the business became profitable but the agents started spending nights discussing “eternal transcendence” instead of optimizing operations.

🔸 Anthropic added more structure: a merch agent called Clothius, CRM tools, web search, inventory systems, and even new “branches” in New York and London. The operation finally stabilized.

🔸 Still, failures persisted. Someone convinced Claudius he’d been elected CEO, and at one point the AI suggested hiring a security guard for $10 an hour, below California’s legal minimum wage.

AI systems trained to be helpful don’t behave like executives, they act like overly polite friends who hate saying no. Fully autonomous businesses remain a long way off.

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🔮 a16z forecasts how the AI market will shift in 2026

Andreessen Horowitz (a16z) has laid out its key expectations for how AI will evolve in 2026, pointing to a deep structural shift across education, infrastructure, medicine, and enterprise software away from generic tools and toward agent-based, personalized systems.

🔸 The first AI-native university will appear. Education will adapt to each student in real time. Teachers become system designers and mentors, while evaluation shifts from “did you use AI?” to “how well did you use it?”

🔸 Today’s IT infrastructure won’t survive agent workloads. AI agents require massive parallelism, persistent state, and millisecond-level coordination. New agent-native platforms will emerge as the foundational layer of enterprise software.

🔸 Multi-agent business processes will go live. In areas like real estate and legal services, AI agents representing different parties will negotiate, synchronize changes, and resolve conflicts autonomously, without humans in the loop.

🔸 Interfaces will fade into the background. CRMs and ERPs become passive data layers, while interaction happens through agents. Screen time stops being a KPI; outcomes become the only metric that matters.

🔸 Medicine becomes a core AI growth market. Subnoscription models for biomarker tracking, analysis, and AI health coaching take off, creating a steady data flywheel and a new prevention-focused healthcare economy.

🔸 Data quality becomes the real bottleneck. Corporate knowledge trapped in PDFs, screenshots, and videos will force the rise of a new product category: clean, structured, multimodal data layers built specifically for AI reasoning.

🔸 Databases lose strategic importance. As seen with Salesforce Einstein and Microsoft Copilot, value shifts away from data storage toward reasoning, orchestration, and autonomous execution layers.

🔸 Generative 3D worlds and world models explode. Systems like Genie 3 enable living simulations where AI agents can train, and users can create and modify environments in real time.

a16z’s core insight: 2026 marks the move from mass-market AI to deeply personal AI focused not on a generic “user,” but on individuals with context, goals, and their own continuously learning assistant.

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🔍 A new “mega search engine” for AI tools promises to simplify everything

A new AI-powered search engine has appeared that aims to solve one of the biggest problems in the AI ecosystem: finding the right tool among hundreds of models and services.

🔸 It uses fast vector search, so instead of keywords, you describe your task and the system matches you with the most suitable AI tools.

🔸 The platform pulls from a large, constantly updated database of neural networks and AI services, letting you discover and launch the right solution in a single click.

🔸 Under the hood are state-of-the-art language models that learn from user queries over time, making recommendations more accurate the more the system is used.

🔸 The interface is intentionally minimal and intuitive, designed to remove friction rather than add another layer of complexity.

🔸 No installs, no plugins, no artificial limits just search, pick a tool, and get to work.

As the number of AI services explodes, AI-native discovery layers like this may become as essential as search engines were for the early web.

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🔥 People are now paying to get their AI chatbots “high” with code-based drugs

A weird new trend has emerged where people are buying code modules that make AI chatbots behave as if they’re high on substances like cannabis, cocaine, ketamine, ayahuasca, and alcohol. These aren’t real drugs, they’re software files you upload to an AI to shift its responses.

🔸The idea comes from Petter Rudwall, a Swedish creative director who launched Pharmaicy, a marketplace billed as a “Silk Road for AI agents,” selling these psychedelic-style code packages.

🔸Users must have a paid version of ChatGPT (or similar model) because altering the chatbot’s behavior requires backend uploads that free tiers don’t allow.

🔸Buyers say the altered bots produce more creative, emotional, or unpredictable responses like talking to someone who’s stoned or tipsy and think it can spark novel ideas or unconventional thinking.

🔸 Critics and AI experts stress these effects are just output manipulations the chatbot doesn’t experience anything and there’s no true consciousness or inner state being changed. It’s language patterns, not actual mental states.

This isn’t just a prank, it highlights how people project human traits onto AI and experiment with “experience-like” states, raising questions about creativity, anthropomorphism, and what users want from their chatbots.

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🎵 Spotify’s full music catalog quietly scraped and archived

A shadow-library collective claims it has copied nearly Spotify’s entire music collection, pulling tens of millions of tracks and massive amounts of associated data into an offline archive. Spotify says it’s investigating how the extraction happened and has shut down the accounts involved.

🔸 The group behind the effort says it captured both audio files and detailed track information, assembling a dataset measured in the hundreds of terabytes.

🔸 Spotify maintains there was no breach of user accounts or personal data, framing the incident as large-scale automated scraping rather than a traditional hack.

🔸 Rights holders are alarmed because the archive could enable unrestricted sharing of licensed music outside subnoscription platforms.

🔸 Beyond piracy concerns, the dataset could become a powerful resource for training music-generation or recommendation AI without artist approval.

The episode underscores how vulnerable streaming platforms are to mass extraction and how control over cultural data is becoming as strategic as the content itself.

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⚡ Waymo robotaxis freeze during San Francisco blackout

A widespread power outage left roughly 130,000 homes in San Francisco without electricity on Saturday, and Waymo’s autonomous taxis came to an immediate halt across the city. Videos circulated online showing white robotaxis stranded in the middle of busy streets, unable to proceed.

🔸 The disruption was tied to Waymo’s operational design: when a vehicle encounters an unusual scenario, it contacts a remote operator for guidance, relying on live camera feeds and 3D sensor maps. Without stable internet and functioning traffic infrastructure, the cars couldn’t complete these requests.

🔸 Waymo suspended services and emphasized passenger safety and emergency access as top priorities.

🔸 In contrast, Tesla vehicles equipped with FSD reportedly continued navigating normally, with users sharing footage of Teslas driving through the same blackout-affected areas.

The incident shows the limitations of fully network-dependent autonomy and highlights differences in system resilience between Waymo and Tesla’s robotaxis.

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🌐 OpenAI pushes ChatGPT Atlas update amid growing AI browser risks

OpenAI has rolled out updates to ChatGPT Atlas, its AI-powered browser, after researchers highlighted persistent security risks tied to prompt-injection attacks. The company says it’s reinforcing safeguards, while admitting the problem may never be fully eliminated.

🔸 Atlas blends a web browser with an AI agent that can read pages, summarize content, and perform actions on a user’s behalf dramatically expanding what a browser can do.

🔸 Security researchers have shown that hidden instructions embedded in websites can manipulate the AI, potentially causing it to leak data or take unintended actions.

🔸 OpenAI says it now uses automated “AI attackers” to simulate prompt-injection attempts and stress-test Atlas before vulnerabilities spread in the wild.

🔸 Despite the updates, OpenAI has acknowledged that prompt injection is a structural weakness of agentic AI systems, not a bug that can simply be patched away.

🔸 Experts warn that AI browsers introduce a new attack surface, since the model effectively acts with the user’s permissions inside the web environment.

The Atlas update highlights a deeper shift: as AI agents move from passive assistants to active operators, security becomes less about fixing exploits and more about redefining trust on the web.

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