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Fragmented user experiences make dapps in Web3 less widely used. By using Chain Abstraction to address this issue, @NEAR_Protocol simplifies usability for billions of users to onboard. Come investigate the strategy of NEAR Protocol for more diverse decentralized Internet!

The idea of removing blockchain technology from the user interface is known as chain abstraction. Chain Abstraction improves Web3 usability & accessibility by allowing users to interact with dapps without being aware that they are using a blockchain or which one they using. 🌞

NEAR's idea of Chain Abstraction seeks to make blockchain complexity invisible to developers & consumers, hence facilitating the widespread adoption of decentralized apps. NEAR's dedication to decentralization & scalability is in line with our ambition.

$NEAR accomplishes this by enabling email-based account creation & recovery, streamlining user onboarding with Fast-Auth. Relayers pay for gas, enabling users to interact with dApps without having to pay money.

Chain Abstraction depends heavily on data availability on NEAR. Zero-knowledge technology makes security across chains more uniform, making it simpler to retrieve settlement data from various networks.

Dapps may become genuinely multichain and more effectively access data from different chains by utilizing account aggregation and decentralized frontends. NEAR provides an affordable rollup solution that facilitates dapps' cross-chain operations. 💻

NEAR's Chain Abstraction idea depends on sharding, which divides blockchain & increases transaction performance by up to 10x.

Unlocking the Future of Web3 with NEAR Protocol's Chain Abstraction.

Learn more in their documentation, delve deeper into their blog, and stake NEAR tokens to securely run the chain.
- NMN Dao
#HotTrends
#Sharding
#NEAR
#NEAR策略
#BTC🔥🔥🔥🔥

What Is Sharding
Sharding, derived from traditional database management, involves dividing a larger database into smaller, manageable parts known as shards. In the realm of blockchain, this concept is employed to enhance scalability while upholding the core tenet of decentralization. Essentially, sharding entails dividing a blockchain network into smaller units called shards, enabling concurrent processing of transactions and smart contracts.
How Does Sharding Work?
Understanding the execution of sharding within a blockchain network involves grasping the conventional storage and processing of blockchain data. Data processing can occur through various methods, with a focus on sequential and parallel processing.
In the typical scenario, each blockchain node is tasked with managing the entire transaction volume in the network, known as sequential processing. This approach requires each node to store all crucial information, such as account balances and transaction history, resulting in every node processing all network operations and transactions.
While this sequential model enhances blockchain security by recording every transaction across all nodes, it significantly hampers data processing speed. This is where parallel processing becomes crucial, allowing multiple operations to be executed concurrently.
Sharding emerges as a potent solution to this challenge by partitioning the transactional workload across the blockchain network. This means not all nodes need to handle the entire blockchain load.
Sharding achieves this through horizontal partitioning, where data is divided into subsets, and each shard functions as an independent database capable of processing transactions separately from others.
#webgtr #ACE #BONK #SATS #Sharding

The rise of blockchain technology has attracted significant interest from investors worldwide. Blockchain's potential to disrupt traditional and new industries makes it an attractive investment opportunity. However, with hundreds of blockchain projects and tokens on the market, it can take time to identify which ones are worth investing in.

One project that investors should keep an eye on is Beonechain. Beonechain is a revolutionary solution that addresses traditional blockchain networks' challenges, such as scalability, speed, and security. Its unique features and potential use cases make it an ideal investment opportunity.

Beonechain's key feature is its unbeatable speed in the finality process. Traditional blockchain networks can take several minutes or even hours to process transactions, resulting in user delays and frustration. Beonechain, on the other hand, provides near-instant transaction processing times, making it an ideal solution for businesses that require fast and efficient transaction processing.

The network achieves its fast transaction processing speed through a unique consensus mechanism that combines Proof of Stake (PoS) and Proof of Authority (PoA) algorithms. This consensus mechanism allows the network to process transactions quickly while maintaining high levels of security and decentralization.

Another critical feature of Beonechain is its use of sharding, a technique that enables the network to be partitioned into smaller sub-networks or shards. This technique facilitates the parallel processing of transactions, enhancing the network's speed and scalability.

Beonechain is also fully compatible with the Ethereum Virtual Machine (EVM). This compatibility enables developers to build decentralized applications (dApps) on the network using popular programming languages such as Solidity and Vyper. Beonechain's interoperability makes it a versatile and robust solution for various use cases.

In conclusion, Beonechain's unique features and potential use cases make it an ideal investment opportunity. Investors should keep an eye on its fast transaction processing speed, unique consensus mechanism, and compatibility with the EVM network. As blockchain technology continues to evolve, Beonechain is well-positioned to disrupt traditional industries and create new ones. Investing in Beonechain could be a lucrative opportunity for investors looking to capitalize on the potential of blockchain technology.

#Investing #Blockchain #Beonechain #EVM #Sharding #ConsensusMechanism #dApps #salmonation

Let's imagine you have a lot of gadgets like phones, tablets, and laptops that you can't fit into your backpack. To solve this problem, you could divide your gadgets into smaller groups and store them in different bags or cases.

This way, you can easily find the gadget you want to use without having to search through all of them. #Sharding works in a similar way when you have a lot of data that you need to store on multiple servers. You divide the data into smaller parts called "shards" and store them on different servers.

This helps to make it easier and faster to access the data you need, as you only need to search through a smaller amount o

f data. For example, in a social media app like Instagram, instead of storing all the user information on one server, it can be divided into different shards, with each server handling a specific set of users' #Data .This helps to keep the app running smoothly, even as the number of users and amount of data increases.

Sharding is primarily used in distributed computing and database systems, particularly in #blockchain technology. In blockchain, sharding is used to improve scalability and performance while ensuring the security and consistency of the data across the network.

It allows the network to process more transactions per second and handle more users without compromising the integrity of the blockchain.

However, sharding can also be used in other distributed systems such as cloud computing and data storage systems, to improve their efficiency and #scalability #CoinGabbar