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Laboratory transactions processed via DNA Protocol currently incur #XRPL network fees, which are burned as part of transaction settlement. Once $XDNA enters active circulation, protocol fees transition to a dual-burn model, where both XRPL network fees (paid in XRP) and XDNA (protocol fee) are programmatically burned per validated laboratory workflow.

152,116 views • 9 months ago •via X (Twitter)

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What is XRP Ledger 3.3.0 Upgrade? The XRP Ledger is moving from version 3.2.1 to 3.3.0, bringing a substantial set of protocol changes. But there is an important distinction. The 3.3.0 software release does not mean every new feature is already active on the XRPL mainnet. The release gives validators the software needed to support new amendments, which must separately pass the XRPL's amendment process. Put simply, this upgrade is less about changing how the entire XRP Ledger works and more about giving it new tools for payments, tokenization, privacy and institutional use. Here are the major changes: (1) Batch Transactions Batch transactions allow multiple transactions to be packaged and executed as a single atomic unit. That means a group of related transactions can either succeed together or fail together. This could be particularly useful for institutional delivery versus payment, where an asset and payment need to settle together without leaving one side completed while the other fails. The XLS-56 standard defines the Batch design and allows multiple transactions to be processed as one atomic unit. (2) Permission Delegation Permission Delegation allows an account to grant specific transaction permissions without handing another party control of its main private key. That could make operational wallets easier to manage for institutions. For example, a business could delegate certain actions to another party while retaining control over the underlying account. The important point is that delegation is limited by the permissions granted, rather than becoming a transfer of complete account ownership. (3) Sponsor Sponsor tackles one of XRPL's less visible barriers for new users. Accounts and certain ledger objects require XRP reserves, while transactions also require fees. Sponsor allows another account to cover those costs on behalf of a user. That could be useful for neobanks, wallets and other applications that want customers to use XRPL without first acquiring XRP simply to satisfy network requirements. The XLS-68 proposal specifically covers sponsored fees and reserves while keeping the user's account control intact. (4) Confidential Transfers Confidential Transfers bring a limited form of privacy to Multi-Purpose Tokens, or MPTs. The feature is designed to hide certain balances and transfer amounts while preserving mechanisms for authorized parties to verify information when required. This is important for institutions handling tokenized assets because complete public visibility can create problems around commercially sensitive transactions. However, this is not full account anonymity. The feature is focused on MPTs. It does not suddenly make XRP transactions private across the entire XRP Ledger. (5) Dynamic MPT Dynamic Multi-Purpose Tokens make MPTs more flexible after issuance. Token issuers can designate certain properties as mutable when creating the token. Those permitted properties can then be changed later without making every part of the token freely editable. That could matter for tokenized real-world assets whose requirements may change over time. The XLS-94 proposal is designed specifically around this controlled flexibility. (6) Fixes And Protocol Improvements Not everything included in XRPL 3.3.0 is a headline feature. The release also contains software fixes, security improvements, performance work and other protocol changes. The official 3.3.0 release includes Batch V1.1, Confidential Transfer for MPTs, Sponsor and Dynamic MPT work, alongside numerous fixes and engineering changes. There is also an important history behind some of these features. Earlier versions of Batch and Permission Delegation encountered security issues before activation, leading developers to work on revised implementations. That means the new versions are not simply new features appearing overnight. They are also the result of the XRPL's amendment and security review process. And this is perhaps the most important thing to understand about XRPL 3.3.0. A software release is not the same thing as a network activation. Validators still need to support individual amendments through the XRP Ledger's governance process before those capabilities become active. So XRPL 3.3.0 should be viewed as an important infrastructure milestone rather than six new features suddenly switching on simultaneously. Together, these changes push the XRP Ledger further toward the infrastructure needed for tokenized finance and institutional blockchain applications.

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What is Hedera Hashgraph? Unlike traditional blockchains, Hedera (Hedera) does not organize transactions into a single chain of blocks. Instead, it uses a different distributed ledger structure called Hashgraph, designed to reach consensus quickly without proof-of-work mining. Here’s how it works: (1) It uses “gossip about gossip.” Nodes continuously share transactions with other nodes. Each message also contains information about previous messages, creating a history of how information moved through the network. This produces a directed acyclic graph, or DAG, rather than a traditional blockchain. (2) It uses virtual voting. Nodes do not need to send separate votes across the network. Instead, they can determine how other nodes would vote by examining the shared history. This reduces communication overhead while helping nodes establish transaction order. (3) It targets fast and final consensus. Hedera uses an asynchronous Byzantine Fault Tolerant, or aBFT, consensus model. Once consensus is reached, transactions achieve finality rather than remaining subject to the probabilistic settlement associated with some proof-of-work systems. (4) HBAR powers the network. HBAR is Hedera’s native cryptocurrency. It is used to pay network fees and plays a role in staking and network services. (5) Hedera is not simply another permissionless blockchain. Hedera is currently a public network with permissioned nodes operated through the Hedera Council. The Council governs key aspects of the network, while the underlying technology and network services are open source. (6) A path toward permissionless nodes is planned, but not live yet. Hedera has published a roadmap to gradually open up node operation beyond Council members, eventually moving toward a fully permissionless model where anyone can run a consensus node by staking HBAR. As of now, that transition has not been implemented, node operation is still limited to Council members. The bigger idea behind Hedera is straightforward. Instead of relying on blocks, miners, and proof-of-work, it uses Hashgraph consensus to coordinate transactions. That architecture is designed to deliver fast finality, high throughput, predictable fees, and low energy consumption. And that is what makes Hedera different from a conventional blockchain.

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18,168 views • 1 month ago

Why XRP is the only cryptocurrency that can act as the world's settlement layer and how we get to $8K ⬇️ When the XRP Ledger (XRPL) becomes the world settlement layer, it functions like a massive international airport hub. The Layer-2 (L2) Sidechains act as hyper-speed highways bringing passengers to the terminal, while the Built-in DEX operates as the universal currency exchange desk inside the building. Together, they allow trillions of dollars to move across the realm instantly without gridlock. The L2 Sidechains serve as local, high-speed networks that handle the world's daily transaction traffic, such as retail shopping, commercial apps, and regional stablecoins. Instead of clogging the main XRPL with billions of individual coffee purchases, these sidechains process transactions independently at lightning speed. Every few seconds, the sidechain compresses millions of these minor trades into a single digital receipt and sends it to the main ledger to lock in the final balance. Once those receipts hit the main network, the XRPL's Built-in DEX instantly handles the heavy lifting of international exchange. Because this marketplace is coded directly into the blockchain's core DNA, it is highly secure and automatically calculates the cheapest path to swap assets. If a bank on one sidechain needs to pay an institution on another, the built-in DEX instantly converts the funds using XRP as the neutral bridge asset, completing the world's financial clearing in seconds. The result is undeniable: an unlimited TPS and $8K per XRP

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🚨🤯 JP MORGAN’S NDA JUST BLEW THE LID OFF THE XRP BOMBSHELL Jamie Dimon KNEW This The Whole Damn Time. Dimon straight-up admitted: “Blockchain is real… it’s becoming more effective and efficient… faster and cheaper… Permissioned or not… Smart contracts will probably be real.” He wasn’t describing some vague future tech. He was describing the XRP Ledger. Fast forward to right now: JP Morgan (via Kinexys) just executed the first-ever cross-border, cross-bank transaction connecting the XRP Ledger directly to interbank settlement rails with Ripple, Mastercard, and Ondo Finance. Tokenized U.S. Treasuries settled in under 5 seconds, outside banking hours, across borders. Game over for the old system. But wait. This is bigger than one transaction. JP Morgan just dropped a massive Web3 digital identity initiative: private, self-sovereign identity where people actually own and control their own data. No more centralized honeypots. Immutable. User-controlled. Exactly the future they’ve been building toward. And right now, DNA Protocol is building precisely that on the XRP Ledger using ZK-proofs for private, institutional-grade credential systems. Private Identity. Compliant. Sovereign. JP Morgan’s private Web3 identity vision just found its perfect home on XRPL. The NDA got exposed. The pilot just went live. The dots are connecting in real time. XRP + XDNA. This could be the biggest institutional play in crypto history. The banks aren’t fighting the future anymore. They’re plugging directly into it. Who’s ready? 👇

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