An AI agent can't open a bank account. It can open a wallet and hold stablecoins. @JasonYanowitz thinks humans may never have been the real end users of blockchains. The internet let information move globally, instantly and for free. Blockchains do the same thing for value, so why would that stop at people? Who wins when machines start paying machines?

We've got em here under one roof, only at @public

Introducing Trends Pay. You can now launch a token around any creator on X and route creator fees directly back to them paid by @XMoney — simply by tagging @trendsdotrun. Here’s how it works: Quote tweet or reply underneath any post on X and tag @trendsdotrun. The token is deployed automatically, with creator fees attributed to the X account behind the original post. Those fees will then be distributed directly back to the creator through @XMoney . Just tag → launch → get paid with @XMoney For more advanced launches, you can customize your token parameters manually through trends.fm/launch-token Turn any post into a market. Welcome to Trends Pay.

Between 9 hours of work and 4 hours of sleep, August is done. ( +1500$ overall with RH and BSC). Been around crypto trading for couple months now and it’s not easy to develop the right methods to profit from it. You need the right mindset , not be afraid to lose and accept even the smallest wins. Every win matter in the end of the day/month. Last but not least, be thankful and humble to get help from others. Propz to them @degenmaya @c_call_me_papi

Okay, I don’t think there’s no point in LARPing or scamming. This is for; all of you: @vladtenev actually reacted to the lore I wrote here.

V1 DEMO - NOW LIVE 🦾 Let your agent find and pay for what it needs We believe the agent-to-agent economy will grow exponentially, with agents buying data, tools and services from one another. We want to accelerate that by making those interactions easier, whether your agent works for you or your business. Superstables is building the tools for your agent to find a service, check its price and pay through your wallet, with your permission. You can choose whether you want to approve one purchase at a time or set a budget that gives your agent more autonomy. What that means for you Imagine asking your agent to research a market. It finds a paid data source that would help, shows you the price and asks for approval. You approve the payment in your wallet, and the agent returns the data together with a payment receipt. The demo below shows that payment flow. The broader goal is to let your agent use services across supported payment protocols and rails through one connection to Superstables. You should not need a different payment tool for each ecosystem. Superstables handles the differences while you control the spending permissions: approve purchases one at a time, set a spending budget, or even allocate a dedicated wallet. The same idea for developers and enterprises Developers could add this capability to their own agents and apps. Enterprises could let their agents buy services within approved budgets and keep a record of what was paid and received. Service providers could make their offerings discoverable through the marketplace. V1 is working toward that common payment interface, owner-controlled budgets, and reliable records and recovery. It also includes opt-in seller fees for customers acquired through the marketplace. What the video demonstrates Your agent finds it. You approve it. The video demonstrates the first owner-approved payment flow using x402, test USDC and Base Sepolia in Claude Desktop. Claude finds a paid market-data service and presents its quote. The user opens the payment request and reviews 0.01 test USDC on Base Sepolia, including the recipient. The user then confirms the signature in MetaMask. Claude returns the BTC result and a receipt link. The recording ends on the Base Sepolia explorer showing the successful transaction and transfer. This example uses 0.01 test USDC. It demonstrates one payment path; multi-protocol payments and delegated budgets are not shown. Try it yourself Start at the Superstables demo page. Claude Desktop is the guided path shown in the video. You will need Node.js 20 or newer, MetaMask and test USDC on Base Sepolia. Download the .mcpb extension from the v0.1.0 release. Follow the demo page to install and enable it in Claude Desktop. Prepare a test account in MetaMask using the wallet setup guide. Start a new conversation with Superstables enabled and ask: Find a paid BTC market-data service on Base Sepolia that you can call. Show me its price before I approve any payment. When you choose to proceed, open the approval page, review the payment terms and check them again in MetaMask before signing. Share demo feedback: tell us what worked, where you stopped, or which paid service you would want an agent to use. Setup feedback is useful too. Short FAQ Can the agent spend without asking me? The current demo requires approval for every payment. V1 plans to let you grant a spending budget, see what remains and revoke permission. That is not available in this demo. Which protocols and rails can I use today? Client v0.1.0 supports x402's exact scheme with test USDC on Base Sepolia. The multi-rail goal is broader. Check each release's supported combinations. Does it work with other AI apps? The release reports payment-flow testing in Claude Desktop and Claude Code. Setup instructions are also available for Codex, Cursor and VS Code with GitHub Copilot. What if a payment is interrupted or the service fails? Check the payment status before trying again. The client does not automatically retry an uncertain payment. It records payment and service outcomes separately, because a payment can settle even if the service fails. Current limitations The demo has no mainnet or unattended-payment mode. Start with the supported demo services; other listings may be discoverable without being callable. In the default flow, your signing key stays in MetaMask. Setup is required. superstables.com/demo 0x79a74fd91f8e1c4ab8e76253dec5c91f3094393f

Day one, on-chain: 24 ETH traded · 81 addresses 0.66 ETH in fees → 25% bought back for miner rewards Team sold: 0 Miners keep running overnight. First daily anchor to Ethereum goes out tomorrow. CA: 0xd578Feea53D1F3e10ABc0ea56D564a55F066f8d9

@Middlemarch Look at this Tx: 0xfe57c9e344acd929fe60277f2bb36c0415ff4363a13658e002b816911fa34e36 We just etched a peer-reviewed biomedical triplet directly into Ethereum L1 calldata. The cost? $0.0098. 🤯 Everyone uses calldata for financial ledgers or jpegs. Cortex is using it to build a permanent, censorship-resistant DeSci library. Calldata is the ultimate DNA layer. The Genesis Node is live. #Ethscriptions #vitadao

$CXS is live on Robinhood Chain. CA: 0xd578Feea53D1F3e10ABc0ea56D564a55F066f8d9 AI-extracted science, permanently on-chain. Every claim anchored to Ethereum L1 daily. ponsfamily.com/launchpad/0xd… cortexdesci.xyz

Today in @Nature, we report a new approach to studying human brain development and modeling disease in vivo. Human neural #assembloids and #organoids have opened new ways to study development in vitro, but they also have important limitations. Transplantation can provide a more physiological environment, yet human cortical cells then develop within a rodent brain that matures much faster, constraining their growth and integration. To address some of these limitations and obtain more advanced functional readouts relevant to disease biology, we generated #apallial mice, in which ~98% of the cortex and hippocampus fail to form, creating space for transplanted human cortical organoids to grow and integrate extensively. We call these #xenocortical mice (XCX). Nearly 7 years in the making. Congratulations to an extraordinary team and wonderful collaborators! Link to the article below 👇

launching $XCX for a mutant mouse lab-grown cortex from human brain organoids CA: 0x2Ad8F440c29cD3f6841A47B13d836EE6266cF326 brain disease starts before birth you can’t open a living human brain to study it: > 11M neurological deaths/year > 3.4B people affected: schizophrenia, epilepsy, profound autism, cerebral palsy still black boxes Stanford wiped the mouse cortex dropped in human organoids AI (MoSeq) parsed the behavior while human tissue ran the circuits DEV fees % go to the research team

I contributed a PR, don't have affiliation !

Can u do cars lol