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View ChartTo encourage a distributed network of computers to run a platform for decentralised apps that make use of sharding for better scalability and data retrieval, the NEAR protocol was developed.
To encourage a distributed network of computers (nodes) to run a platform for developers to build and release decentralized applications (dapps), the NEAR protocol was developed. The idea of sharding, which partitions the network’s physical components into smaller ones, is central to the NEAR protocol’s architecture. This partitioning allows nodes to process a fraction of the network’s transactions, which helps to improve data retrieval and platform scalability.
As the base layer upon which applications are built, NEAR functions similarly to centralized data storage solutions like Amazon Web Services (AWS). Unlike centralised systems, NEAR relies on a decentralized network of computers to run and update its data.
The NEAR protocol, similar to Amazon Web Services (AWS), creates an infrastructure based on a network of computers and its native coin, the NEAR token. This allows for code distribution in the cloud without requiring separate infrastructure building.
The ‘Nightshade’ sharding technique is the main selling point of the NEAR protocol, which is a Proof of Stake (PoS) blockchain. Sharding improves scalability and transaction throughput, which in turn reduces transaction fees by allowing each participating node to keep only a small piece of the platform’s data.
The NEAR protocol’s sharding solution, Nightshade, allows for the distribution of computing workload into manageable ‘chunks,’ maintaining a single chain of data in the process. After nodes have processed these chunks, they add the processed data to the mainchain.
By dividing the chain into smaller portions and giving them to participating nodes, Nightshade has the ability to reduce security weaknesses.
Tokens from Ethereum can be easily transferred to NEAR via the Rainbow Bridge program, which is part of the NEAR protocol. Tokens can be transferred from Ethereum to the NEAR protocol by storing them in an Ethereum smart contract. Afterwards, NEAR’s platform generates new tokens that mirror the original ones.
Since the smart contract stores the original funds, this process may be undone if users want to get their hands on their original tokens.
To facilitate the introduction of Ethereum decentralized applications (dapps) on the NEAR network, engineers have created Aurora, a Layer-2 scaling solution on the NEAR protocol. Aurora combines the high throughput and low fees of the NEAR protocol with the familiarity and application network of Ethereum, allowing developers to effortlessly link their Ethereum smart contracts and assets. It does this by utilizing Ethereum’s coding technology, the Ethereum Virtual Machine (EVM), and a cross-chain bridge.
You can pay transaction fees and use the NEAR token as collateral to store data on the blockchain. The NEAR token is rewarded to those who play an important role in the blockchain ecosystem, like those who validate transactions. On a yearly basis, validators receive rewards equal to 4.5% of the total NEAR supply per epoch.
A percentage of the transaction fees generated by smart contracts also go to the developers who created them. To increase the token’s scarcity, the leftover portion of each transaction fee is burned. To fund future ecosystem development, the NEAR protocol has set up a treasury that receives 0.5% of all NEAR tokens each year.
Non-fungible tokens (NFTs) and “wrapped” tokens from other chains are both supported by the NEAR protocol, which has built a bridge with Ethereum so that users can move their ERC-20 tokens over.
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Trade| Comparison Dimension | NEAR Protocol (NEAR) | Solana (SOL) | Ethereum (ETH) |
|---|---|---|---|
| Scaling Architecture | Dynamic Nightshade Sharding (Horizontal) | Single-State High Performance (Vertical) | Modular Scaling via Layer 2 Rollups |
| Block Finality Time | Approx. 1–2 seconds | Approx. 0.4 seconds | Layer 1 approx. 12 seconds / L2 approx. 1–2 seconds |
| Development Language | Rust / TypeScript (AssemblyScript) | Rust / C / C++ | Solidity / Vyper |
| User Experience | Human-readable accounts, Chain Abstraction, Sponsored Gas | Public/Private key addresses, fast and minimal | Requires network switching and manual gas management |
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