Described as “a frictionless end-to-end solution,” the Ripple CBDC Platform builds on Ripple’s Private Ledger, which was first introduced in 2021 for CBDC issuance. It’s based on the same blockchain technology as the XRP Ledger (XRPL), which was also designed primarily for payments.​

Read more: Decrypt

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Participants of the network, which is called the Canton Network, include BNP Paribas (BNP), Deloitte, Cboe Global Markets (CBOE), Goldman Sachs (GS), Broadridge (BR), S&P Global, and Microsoft (MSFT), among many others.

Read more: CoinDesk

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Read more: Ledger Insights

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The plugin will allow ChatGPT to check wallet balances, transfer Solana-native tokens and purchase nonfungible tokens when OpenAI makes plugins available, according to an April 25 tweet by Solana Labs, the development firm behind the Solana blockchain.

Read more: Cointelegraph

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As the report outlines, blockchain-based carbon registries offer a transparent digital record. So much so that the World Bank-backed Climate Action Data Trust is creating a registry to store data from multiple registries. Plus, blockchain can be used for measuring and reporting by pairing it with data collected from IoT sensors, smart meters and drone imagery.

Read more: Ledger Insights

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The first three work priorities of the initiative include common taxonomies, products and technology. On the technology front, Singapore’s Metaverse Green Exchange and Beijing Green Exchange will pilot digital green bonds and carbon credits. 

Read more: Ledger Insights

Image by eko pramono from Pixabay 

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EUR CoinVertible (EURCV) will be offered to institutional clients as a means of bridging the gap between traditional capital markets and digital assets, the Paris-based bank’s unit said on its website on Thursday.

Read more: CoinDesk

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The Bank of England ran “Project Meridian” through the Bank for International Settlements’ (BIS) London innovation hub to build a prototype that could potentially speed up and reduce costs of transactions in central bank Real-Time Gross Settlement (RTGS) systems.

The project used DLT to link the central bank’s RTGS system “with other financial market infrastructures and ledgers automatically orchestrating the exchange in ownership of funds and assets in a resilient and secure way,” according to a statement issued by BIS, which groups the world’s central banks.

Read more: CoinDesk

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The much anticipated hard fork – essentially upgrading the blockchain by splitting off a new one – has been characterized by members of the Ethereum community as a historic milestone, completing its multi-year transition to a full proof-of-stake network.

Read more: CoinDesk

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In this article, we’ll explain what cryptocurrency is, how it works, and how it differs from blockchain technology. We’ll also go over some major differences between blockchain and cryptocurrency such as: their inherent nature; monetary value; usage; mobility; transparency.

What is Cryptocurrency?

Cryptocurrency is a digital currency that uses cryptography to secure transactions and verify the transfer of funds. Cryptocurrency can be used to buy and sell goods and services, but it is different from traditional money because it uses decentralized control (no central authority) and blockchain technology to facilitate transactions. Bitcoin was the first cryptocurrency, but there are now over one thousand more in existence.

How Does Cryptocurrency Work

Cryptocurrency is a digital currency that uses cryptography to secure transactions, control the creation of new units and verify the transfer of funds. Cryptocurrencies are not regulated by any government or bank, but instead operate on a peer-to-peer basis with no central authority.

In this way, cryptocurrencies like Bitcoin differ from traditional currencies like the U.S. dollar or British pound because they don’t have a physical form (such as coins or notes) and aren’t controlled by any single institution like a central bank. 

Instead, cryptocurrency transactions are made between two people directly without an intermediary such as PayPal or Western Union acting as an intermediary between them — hence why it’s often referred to as “decentralized” currency.

What is a Blockchain?

A blockchain is a distributed ledger technology (DLT). It’s an open, decentralized database that records transactions and is maintained by a network of computers.

The blockchain is the data structure that makes Bitcoin, Ethereum and other cryptocurrencies as well as trading pairs such as ETH/USDT possible. Blockchains are public ledgers that record every transaction that has ever occurred within a system. This way, no one party can cheat the system or make fraudulent transactions without everyone knowing about it. 

One example of blockchain is Ethereum which is a distributed database that maintains a list of transactions.The Ethereum platform uses the blockchain to track ownership of digital assets (cryptocurrency, in this case) and execute programmed transactions. 

One example of Ethereum based token is Hiens3 that provides secure and reliable transactions for people who want a convenient and efficient way to carry out their transactions using blockchain technology.

How Does Blockchain Work?

The blockchain is a distributed ledger. It’s a shared, public database that keeps track of all transactions in a given network. In the case of cryptocurrencies like Bitcoin and Ethereum, this means recording every transaction ever made on those networks.

Blockchain is a list of records in which each block has a timestamp and a link to the previous block. Each block is also associated with a transaction. All transactions are public, permanent, and unchangeable.

Because blockchain is a ledger of transactions, it can be used for many things. It’s been most commonly used for cryptocurrency, but it can also be used for non-financial applications like tracking ownership records or medical records.

Differences Between Blockchain and Cryptocurrency 

Inherent nature

• Blockchain is a decentralized public ledger

Blockchain is a distributed system, not centralized. Anyone can use it, and there’s no single point of failure. That means that when you want to make changes or add information to the blockchain, it has to be approved by other users on the network before it can be added. This ensures that no one person or entity can control what appears on the blockchain.

• Cryptocurrency is medium of exchange for goods and services

The most popular cryptocurrencies right now include Bitcoin (BTC), Ethereum (ETH), Litecoin (LTC) among others but there are many more that are emerging all over the world every day as well. These digital currencies allow people who don’t know each other yet share similar interests such as business ventures together seamlessly via the internet.

Monetary value

The main difference between blockchain and cryptocurrency is the monetary value. Blockchain is a technology, while cryptocurrency is a currency. A distributed ledger technology that enables peer-to-peer transactions without an intermediary may be called “blockchain” or “DLT.” Cryptocurrencies are digital currencies that use DLT to track, verify and secure transactions on their networks.

Usage

Blockchain is a public ledger, which means that it’s open to the public. Anyone can view the transactions and see who owns what. This makes it easy to verify whether a transaction has occurred or not. Cryptocurrency is a digital currency that uses cryptography for security purposes. Cryptography ensures that no one else can access your money and steal it from you.

Mobility

Blockchain is a technology, not a currency. It can be used to create and store cryptocurrencies like bitcoin. However, you cannot use blockchain to pay for things directly; rather, you would need to convert your cryptocurrency into fiat currency (that is, regular money) before making any purchases with it.

Cryptocurrencies have been gaining popularity recently due to their growing acceptance within mainstream society and financial markets alike as well as their potential use cases beyond simply being an investment vehicle or means of payment.

Transparency

The main difference between blockchain and cryptocurrency is that blockchain is public, while cryptocurrency is not.

This means that anyone can see the transactions on a given blockchain. This transparency is a good thing for certain applications and a bad thing for others.

Conclusion

This article has provided an overview of the differences between blockchain and cryptocurrency, including their inherent nature, monetary value, usage and mobility. We hope you have a better understanding of how these technologies work and are able to use this information in your own projects!

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