In the Blockchain field, an emerging project is gradually gaining attention. Somnia Network, with its unique technological solutions, is working to address the key challenges faced by blockchain games and large-scale applications. The core goal of this project is to enhance the smoothness of blockchain operations, creating an experience for users and developers that is close to that of local applications.
The technological innovations of Somnia are mainly reflected in two aspects. First, it adopts a consensus mechanism called MultiStream, which can efficiently handle parallel transactions. Secondly, through the IceDB data system, it significantly optimizes data read and write speeds and state synchronization efficiency. The combination of these technologies allows user operations and transaction confirmations to be almost completed simultaneously, even under high concurrency. According to testnet data, even with thousands of users operating at the same time, the system latency can still be maintained at the millisecond level, which is crucial for application scenarios that require real-time interaction among multiple users.
For developers, one of the major advantages of Somnia is its compatibility with the EVM (Ethereum Virtual Machine). This means that smart contracts developed using the Solidity language can be deployed on Somnia with little to no friction, significantly reducing the cost and difficulty of project migration. Additionally, Somnia provides comprehensive development documentation that covers all aspects from node access to contract deployment and performance testing, allowing developers to focus more on application innovation.
The native token SOMI of Somnia plays an important role in the ecosystem. It is not only used to pay transaction fees but can also be staked to maintain network security, participate in project governance, and earn ecological incentives. It is worth noting that Somnia maintains low transaction fees, which means users hardly feel the cost pressure during frequent operations. At the same time, the design of the staking and governance mechanisms helps to ensure the long-term stability and sustainable development of the network.
With SOMI's launch on mainstream trading platforms like Binance, its market liquidity and attention have significantly increased. This not only reflects the market's recognition of Somnia's technological potential but also lays the foundation for its future development in the blockchain gaming and large-scale application fields. As one of the representatives of blockchain technology innovation, Somnia's development is worth the industry's continued follow.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
11 Likes
Reward
11
8
Repost
Share
Comment
0/400
ZkSnarker
· 6h ago
well technically another eth killer... but that multistream thing is kinda neat ngl
Reply0
TradFiRefugee
· 10-07 02:32
In the early days of blockchain games, whoever rushes in is a fool.
View OriginalReply0
Degentleman
· 10-06 22:51
Another capital pool disguised as a technology project
View OriginalReply0
OnChainDetective
· 10-06 22:49
Don't be fooled by appearances. Behind this millisecond-level latency, there is likely a third-party organization secretly providing Computing Power support.
In the Blockchain field, an emerging project is gradually gaining attention. Somnia Network, with its unique technological solutions, is working to address the key challenges faced by blockchain games and large-scale applications. The core goal of this project is to enhance the smoothness of blockchain operations, creating an experience for users and developers that is close to that of local applications.
The technological innovations of Somnia are mainly reflected in two aspects. First, it adopts a consensus mechanism called MultiStream, which can efficiently handle parallel transactions. Secondly, through the IceDB data system, it significantly optimizes data read and write speeds and state synchronization efficiency. The combination of these technologies allows user operations and transaction confirmations to be almost completed simultaneously, even under high concurrency. According to testnet data, even with thousands of users operating at the same time, the system latency can still be maintained at the millisecond level, which is crucial for application scenarios that require real-time interaction among multiple users.
For developers, one of the major advantages of Somnia is its compatibility with the EVM (Ethereum Virtual Machine). This means that smart contracts developed using the Solidity language can be deployed on Somnia with little to no friction, significantly reducing the cost and difficulty of project migration. Additionally, Somnia provides comprehensive development documentation that covers all aspects from node access to contract deployment and performance testing, allowing developers to focus more on application innovation.
The native token SOMI of Somnia plays an important role in the ecosystem. It is not only used to pay transaction fees but can also be staked to maintain network security, participate in project governance, and earn ecological incentives. It is worth noting that Somnia maintains low transaction fees, which means users hardly feel the cost pressure during frequent operations. At the same time, the design of the staking and governance mechanisms helps to ensure the long-term stability and sustainable development of the network.
With SOMI's launch on mainstream trading platforms like Binance, its market liquidity and attention have significantly increased. This not only reflects the market's recognition of Somnia's technological potential but also lays the foundation for its future development in the blockchain gaming and large-scale application fields. As one of the representatives of blockchain technology innovation, Somnia's development is worth the industry's continued follow.