Ethereum nearly crashed as a result of Yuga lab’s Otherside NFT mint, which is considered the biggest mint yet. Gas prices skyrocketed. This indicates the necessity of a highly scalable network with a negligible gas price. Aurora is an innovative project to address these issues.

What is Aurora?

Arora is an EVM built on NEAR Protocol to solve the above-mentioned issues. AS a Layer 2 Aurora benefits from the security, decentralization, and consensus of NEAR. Since Ethereum uses solidity and NEAR uses rust to build their dApps developers cant directly copy the source codes on Ethereum to NEAR. Aurora is a solution to this issue as developers can deploy the source code to Aurora and benefit from the sharding, consensus, lower gas, and other advantages of NEAR.

What are the features of Aurora?

1 ) Full Ethereum compatibility: Since Aurora is EVM ( Ethereum Virtual Machine) compatible developers don’t need to rewrite the source code of dApps.

2 ) High throughput and scalability: Aurora runs on NEAR which is a high-performing Layer 1 . Aurora has a block time of 1 second and transaction finality of 2 seconds which is substantially lower than Ethereum. Faster finality reduces the risks of front-running attacks. Aurora can handle thousands of transactions per second which is almost 50 times higher than Ethereum 1.0

3 ) low transaction costs: Aurora has a negligible transaction cost of $0.01 –$0.02 which is 1000 times cheaper than Ethereum.

4 ) Trustless bridging: Aurora bridge as a part of NEAR Rainbow bridge is the only fully Trustless asset bridge in Ethereum.

5 ) Base currency is ETH: Transaction fees in Aurora are paid in ETH.

Above all this, Aurora offers a greener option without compromising compatibility with Ethereum.

In short, Aurora addresses the Ethereum ecosystem's present and future computing issues while retaining existing engineering investments in smart contracts and front-end code.

The team has also deployed a Rainbow Bridge which facilitates trustless cross-chain transfers of ERC20 tokens between Ethereum and Aurora. It is compatible with ERC20 and is completely permissionless, decentralized, and flexible to future protocol updates on both sides.

Aurora architecture

Execution and Token are the two main interfaces implemented by the Aurora smart contract. Users can send standard Ethereum transactions using the Execution interface (for example, created with Metalmark, ethers.js or web3.py). In the EVM runtime, these transactions are decoded (RLP), verified (secp256k1), and executed (Sputnik VM).

If a smart contract fails to meet its performance goals, some operations allowed in the EVM runtime may be pushed to the NEAR Protocol level (and hence become precompiles). For example, a NEAR Protocol upgrade is currently planned, which will feature an expanded Math API.

Aurora also supports permissionless token bridging. It makes use of the Rainbow Bridge for Ethereum transfers as well as internal NEAR token transfers to enable the transfer of NEAR-native assets to Aurora. As a result, Aurora serves as a link between the Ethereum and NEAR ecosystems.

The Aurora wallet address will be the same as the Ethereum wallet address. Aurora must be added as an additional network on Metamask, and the Bridge will help users in doing so.

Aurora token use cases

$AURORA is a governance token that contributes a portion to the Community Treasury. Aurora Supply is $1 billion, and currently, there are only 20 million in circulation. The treasury’s main purpose will be to support existing and proposed projects via a “Kickstarter”-style platform where token holders vote on proposals. The AuroraDAO will decide on the platform’s finer aspects.

The AuroraDAO will consider other use cases, including but not limited to:

• $AURORA token staking

• Incentives for token holders to take part in voting with the allocation of $AURORA from the Community Treasury

• Rainbow Bridge transfer finalization fees

• Rainbow bridge fast transfers fees

• Aurora contract additional execution fees

• Aurora validator private transaction pool service

• Farming of locked funds in the Rainbow Bridge connectors

Aurora DAO

The AuroraDAO works similarly to a traditional Board of Directors in that it has a “Council” of seats whose holders vote on high-level protocol issues, authorize, and instruct subordinate organizations to fulfil those goals.

Aurora Labs—the entity that created and maintains the Aurora protocol—as well as a broad group of early investors and ecosystem partners make up the bootstrap Council. Holders of AURORA tokens will vote on the Council’s constituency regularly.

Aurora ecosystem

Aurora launched just a year ago. They’ve developed quickly by partnering with projects such as Chainlink, Band Protocol, and 1inch, among others.

Even under such a small period, there are more than 75 decentralised applications and dozens of projects in the works.

Conclusion

Near Protocol has a solid staff, a great deal of money, and a good product that has a lot of traction in Aurora. For investors and traders, the future growth of this ecosystem would most likely bring both possibilities and threats.

Aurora redefines what is possible in the Ethereum ecosystem, while also expanding NEAR's ecosystem to accept and support EVM-based apps, thanks to its cheap costs, best-in-class transaction finality, and scalability.

To start using Aurora, please visit https://aurora.dev

Ethereum nearly crashed as a result of Yuga lab’s Otherside NFT mint, which is considered the biggest mint yet. Gas prices skyrocketed. This indicates the necessity of a highly scalable network with a negligible gas price. Aurora is an innovative project to address these issues.

What is Aurora?

Arora is an EVM built on NEAR Protocol to solve the above-mentioned issues. AS a Layer 2 Aurora benefits from the security, decentralization, and consensus of NEAR. Since Ethereum uses solidity and NEAR uses rust to build their dApps developers cant directly copy the source codes on Ethereum to NEAR. Aurora is a solution to this issue as developers can deploy the source code to Aurora and benefit from the sharding, consensus, lower gas, and other advantages of NEAR.

What are the features of Aurora?

1 ) Full Ethereum compatibility: Since Aurora is EVM ( Ethereum Virtual Machine) compatible developers don’t need to rewrite the source code of dApps.

2 ) High throughput and scalability: Aurora runs on NEAR which is a high-performing Layer 1 . Aurora has a block time of 1 second and transaction finality of 2 seconds which is substantially lower than Ethereum. Faster finality reduces the risks of front-running attacks. Aurora can handle thousands of transactions per second which is almost 50 times higher than Ethereum 1.0

3 ) low transaction costs: Aurora has a negligible transaction cost of $0.01 –$0.02 which is 1000 times cheaper than Ethereum.

4 ) Trustless bridging: Aurora bridge as a part of NEAR Rainbow bridge is the only fully Trustless asset bridge in Ethereum.

5 ) Base currency is ETH: Transaction fees in Aurora are paid in ETH.

Above all this, Aurora offers a greener option without compromising compatibility with Ethereum.

In short, Aurora addresses the Ethereum ecosystem's present and future computing issues while retaining existing engineering investments in smart contracts and front-end code.

The team has also deployed a Rainbow Bridge which facilitates trustless cross-chain transfers of ERC20 tokens between Ethereum and Aurora. It is compatible with ERC20 and is completely permissionless, decentralized, and flexible to future protocol updates on both sides.

Aurora architecture

Execution and Token are the two main interfaces implemented by the Aurora smart contract. Users can send standard Ethereum transactions using the Execution interface (for example, created with Metalmark, ethers.js or web3.py). In the EVM runtime, these transactions are decoded (RLP), verified (secp256k1), and executed (Sputnik VM).

If a smart contract fails to meet its performance goals, some operations allowed in the EVM runtime may be pushed to the NEAR Protocol level (and hence become precompiles). For example, a NEAR Protocol upgrade is currently planned, which will feature an expanded Math API.

Aurora also supports permissionless token bridging. It makes use of the Rainbow Bridge for Ethereum transfers as well as internal NEAR token transfers to enable the transfer of NEAR-native assets to Aurora. As a result, Aurora serves as a link between the Ethereum and NEAR ecosystems.

The Aurora wallet address will be the same as the Ethereum wallet address. Aurora must be added as an additional network on Metamask, and the Bridge will help users in doing so.

Aurora token use cases

$AURORA is a governance token that contributes a portion to the Community Treasury. Aurora Supply is $1 billion, and currently, there are only 20 million in circulation. The treasury’s main purpose will be to support existing and proposed projects via a “Kickstarter”-style platform where token holders vote on proposals. The AuroraDAO will decide on the platform’s finer aspects.

The AuroraDAO will consider other use cases, including but not limited to:

• $AURORA token staking

• Incentives for token holders to take part in voting with the allocation of $AURORA from the Community Treasury

• Rainbow Bridge transfer finalization fees

• Rainbow bridge fast transfers fees

• Aurora contract additional execution fees

• Aurora validator private transaction pool service

• Farming of locked funds in the Rainbow Bridge connectors

Aurora DAO

The AuroraDAO works similarly to a traditional Board of Directors in that it has a “Council” of seats whose holders vote on high-level protocol issues, authorize, and instruct subordinate organizations to fulfil those goals.

Aurora Labs—the entity that created and maintains the Aurora protocol—as well as a broad group of early investors and ecosystem partners make up the bootstrap Council. Holders of AURORA tokens will vote on the Council’s constituency regularly.

Aurora ecosystem

Aurora launched just a year ago. They’ve developed quickly by partnering with projects such as Chainlink, Band Protocol, and 1inch, among others.

Even under such a small period, there are more than 75 decentralised applications and dozens of projects in the works.

Conclusion

Near Protocol has a solid staff, a great deal of money, and a good product that has a lot of traction in Aurora. For investors and traders, the future growth of this ecosystem would most likely bring both possibilities and threats.

Aurora redefines what is possible in the Ethereum ecosystem, while also expanding NEAR's ecosystem to accept and support EVM-based apps, thanks to its cheap costs, best-in-class transaction finality, and scalability.

To start using Aurora, please visit https://aurora.dev