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The payment layer for programmable money is here – Introducing BRRR BRRR creates a universal settlement layer connecting blockchain networks with traditional payment systems, enabling programmable transactions at global scale. For the first time ever, any financial institution or service provider is just one API call away from orchestrating...

57,316 views • 11 months ago •via X (Twitter)

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🎙 Episode 1 Is Live: Visa x WeFi This is a major milestone for us. Our first official podcast with Visa is now live, and we’re opening with one of the most important conversations in modern finance: stablecoins and the convergence of traditional payments and crypto. The conversation features Alexandra Soroko, Growth Product & Partnerships at Visa, and Michael Batuev, Head of Global Payments at WeFi. 👉 This episode goes beyond surface level commentary. We explore how Visa views stablecoins not as a passing trend, but as infrastructure. While they still represent less than 1 percent of global money flows, their efficiency, speed, and programmability position them as a powerful new layer in how money moves globally. Visa has been observing and building in crypto since 2018. Innovation at that scale requires navigating regulation, technology, and multiple geographies. But when they integrate something new, it connects to a network of more than 150 million merchants worldwide. That scale turns innovation into real world access. A key theme in the discussion is convergence. Fintech companies like WeFi move fast, design around users, and ship quickly. Global payment networks bring distribution, resilience, and trust. The future is not about replacement. It is about combining strengths. Will stablecoins replace fiat? Unlikely. The strongest innovations coexist and enhance what already exists. Stablecoins can evolve into a powerful financial rail while remaining connected to established payment systems, making them usable in everyday life. At WeFi, we are at the forefront of this movement. By working within established infrastructure like Visa and building products designed around real user needs, we are helping bring stablecoins from theory into practical, global utility. Digital assets are no longer on the fringe. They are entering the core of global finance. Episode 1 is just the beginning. Watch now and be part of the conversation shaping the next chapter of payments 🌍

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16,721 views • 4 months ago

Introducing Lithic ( the intelligent execution language powering the Lithosphere Network. For years blockchain has focused on programmable value. With Lithic, we move toward programmable intelligence. Lithic is designed to connect smart contracts, identity, AI systems, and cross-chain infrastructure into a unified execution fabric for the next phase of the internet. This is a core step toward the Web4 infrastructure stack we’ve been building at Lithosphere. Core Lithic Components • Lithic Execution Engine – deterministic runtime powering intelligent smart contract execution • LEP100 Intelligent Asset Framework – programmable token standard for adaptive digital assets • Lithic Modules (LSCL) – composable modules for governance, identity, compliance, and AI logic • Cross-Chain Orchestration Layer – communication between EVM, Cosmos environments, and external networks • Identity & Policy Hooks – programmable identity-aware transaction and asset control • AI Integration Layer – enabling intelligent validation, automation, and decision systems Together these components form the foundation for adaptive decentralized systems. Why Lithic matters Static contracts belong to Web3. Lithic enables: • intelligent assets • identity-aware protocols • AI-driven automation • modular decentralized infrastructure This is how blockchain evolves into the intelligent layer of the internet. 📚Lithic Documentation & Resources Learn more Docs: Tools, Scripts, examples etc: Lithic Contract Wizard and Verifier. LEP100 Standard-suite Lithosphere Developer Resources More developer tools, SDKs, and modules will be released alongside the Makalu Testnet.

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Everyone talks about how Web3 will change the world. But the truth is: if you can’t make it work with the systems that already run the world TODAY, it doesn’t matter. Sometimes it feels like we "own" the Multiversᕽ blockchain. Not because we control it, but because every time we start researching a new module or flow, a new chain upgrade lands at the right moment, unlocking the exact functionality we need to build that idea. At Vero, we believe blockchain should stay invisible to the user. The real magic happens when it works silently in the background, even with old Web2 hardware, the kind that’s still required by law. In Romania, for example, every onsite sale needs a fiscal receipt. No exceptions. At the start of the year, we built a way for each point of sale to issue blockchain-connected fiscal receipts. But that meant one printer per station: expensive, inefficient, hard to scale. Now, after months of working, we’ve fixed that. Multiple POS stations, all connected to Web3, can now print on a single fiscal printer. Each receipt includes a unique station ID, a transaction hash, and is fully compliant with tax regulations. And we didn't stop there. We also built a full merchant module that handles both card and cash payments. VeroPay is now running as a SaaS infrastructure for any merchant, in any industry. With the latest MultiversX chain upgrades, this module is 100% live on mainnet. This is what we focus on at VeroPay: Not building DeFi tools that maybe 1% of Web3 users will ever try, but making sure blockchain works today, with the infrastructure that 99% of businesses already use. Maybe in 5 to 10 years everything will be on-chain, and that future is coming. But until then, the winning move is connecting invisible Web3 to the regulated Web2 systems already in place. That’s where real adoption begins. PS: Next up, we're working on a flow to export reports from explorer directly into major bookkeeping software format 👀

VeroPay

22,374 views • 1 year ago

🔥🔥🔥 The recent OCC statement is financial history in the making! What’s written there validates so much of what we’ve been analysing about Stronghold, and even about networks like Stellar and Ripple. For the first time, the US regulator states plainly, banks can hold crypto on their balance sheet, pay network fees, and operate directly on blockchains as a normal part of banking activity. I’m not sure everyone fully grasps the scale of this 😅 Banks not only can, they MUST be connected to different ledgers whenever those networks form part of permissible banking activities. The regulator describes DLTs as “new ways of conducting the very old business of banking”, and that says everything. It means blockchains are no longer a technological experiment; they’re being treated as natural extensions of the financial system. The document goes even further by stating that a bank may be unable to perform certain functions if it lacks the capacity to operate on these networks. If the payment, settlement, swap, or record is happening on a specific ledger, the bank needs to be there and it needs to operate using the native token, because that’s how fees are paid, transactions are validated, and consensus is reached. For the OCC, this is simply part of how a modern bank should function. And because each ledger works under its own rules — Ethereum with gas, Stellar with path payments, Ripple with ODL — the OCC explicitly acknowledges that banks will need to hold small amounts of multiple crypto-assets whenever this supports permitted activities. To test platforms, settle movements, reconcile internal wallets, execute client instructions… all of it requires presence on the networks and tokens to operate. This vision opens the door to something far bigger, a financial system where banks are connected to several DLTs simultaneously, each one serving a different purpose. Liquidity, messaging, FX, settlement. And if banks need to be on these networks, they also need the layers that link them together, translate data, maintain compliance, and ensure all of this can coexist with traditional standards. This is where the entire ecosystem of utility tokens and interoperable networks takes on renewed importance. 🔥 HUUUGE! 🔥 🧠 Know what you hold! $SHx $XLM $XRP #DigitalAssets #ISO20022 #Crypto #RWA

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How does XPay work on the backend to move money. Let’s find out. X (formerly Twitter) will use interledger protocol within its tech stack. Let’s discuss. XPay can integrate the Interledger Protocol (ILP) to enable seamless, cross-network payments. Here’s how it can work: 💰Interledger as a Routing Layer – ILP acts as a bridge between different payment networks, allowing XPay to facilitate transactions across banks, digital wallets, and blockchain networks without requiring direct partnerships with each. 💰Streaming Payments – XPay can use ILP’s streaming capability to send continuous micropayments, enabling pay-per-use services or real-time settlement for merchants. 💰Currency-Agnostic Transfers – ILP supports sending payments in one currency and receiving them in another. XPay could allow users to pay in their local currency while merchants receive in their preferred currency. 💰Interledger Connectors – XPay can use third-party ILP connectors or set up its own to route payments efficiently, reducing reliance on traditional banking rails. 💰Integration with Social Media (e.g., Twitter) – If XPay integrates with platforms like Twitter (as Vanessa suggests), it could enable instant monetization via tipping, content subscriptions, or ad revenue payouts using ILP’s frictionless payment system. 💰Wallet Interoperability – XPay could function as an ILP-enabled wallet, allowing users to send/receive payments across different networks without worrying about compatibility. By leveraging ILP, XPay can create a fast, low-cost, and interoperable payment system that works across traditional finance, crypto, and emerging payment networks.

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A leading Silicon Valley venture capital firm, has invested in the Pi Network project. Pi is designed to be smart money—accessible, efficient, and useful for everyday transactions in a decentralized digital economy. Did you know that Dr Nicolas Kokkalis goals for pi is micro transactions? Pi network value will be high for this goal to be achieved. Here’s a quote about micro transactions from a interview with Nicolas Kokkalis “Pi network it’s the first time in the world where you can have micro payments or other things that created a new era of possibilities in the world so pi is combining those facilities along with a large network of people maybe a year and half from now it would take place” Statements from Nicolas Kokkalis Micro Transactions is the future • Pi Network is unlocking unprecedented possibilities by combining micro transactions with a large, engaged user base. Here’s how this combination is groundbreaking: • Low-Cost Payments: Pi enables seamless and affordable micro transactions, something traditional payment systems struggle to achieve due to high fees. • Inclusive Economy: Even the smallest payments—like tipping, subscriptions, or fractional ownership—become viable, empowering people in underserved regions. • Creative Monetization: Content creators, freelancers, and dApp developers can monetize their services with frictionless payments, opening doors to new revenue streams. • With millions of verified users, Pi Network provides a real-world testbed for Web3 applications on a massive scale. • The larger the network, the more value it brings to both users and developers, incentivizing participation and innovation. • Pi’s community-driven economy creates a global marketplace where goods, services, and ideas can flow freely Pi Network Nicolas Kokkalis Chengdiao Fan 👀🚀🚀🚀🚀🖖🏼

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