Seth, a company attracting attention in the blockchain industry, has achieved a new technological milestone. The testnet of a high-performance Layer 1 blockchain with full EVM compatibility has been officially released. What does this compatibility mean, and what possibilities does it open up?
High-Performance Processing Achieved Through Full EVM Compatibility
The most notable feature of Seth’s testnet is its complete compatibility with the Ethereum Virtual Machine (EVM). According to reports from Foresight News, this network is deployed across Google’s global node network and has surpassed a processing speed of 30,000 transactions per second (TPS) as a single chain.
EVM compatibility means that applications and smart contracts running on existing Ethereum can operate on the new blockchain with minimal modifications. This significantly lowers the entry barrier for developers and makes it easier to port already proven applications.
A key technological pillar supporting Seth’s high performance is its linear scalability and dynamic node selection mechanism. Every 10 minutes, 1,024 nodes are dynamically selected from the node pool, and these nodes collaboratively form a block production committee. This approach maintains a balance between network security and processing efficiency.
As the network grows, its processing capacity scales linearly. Instead of a fixed node configuration, the system flexibly adjusts to meet the computational resources required over time.
Vision for an AI-Native Ecosystem
Alongside the evolution of the network layer, Seth also promotes an ecosystem strategy that integrates AI. It is designed so that AI smartphones with hundreds of millions of units and embodiment robots (with their own factories) can connect as full nodes.
This is not merely an application of technology but aims to build silicon-based infrastructure focused on AI agents for AI-native applications. The fusion of blockchain compatibility and AI technology holds the potential to create a new layer of applications that has never been seen before.
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The EVM compatibility that Seth will achieve—Testnet supporting 30,000 TPS launched
Seth, a company attracting attention in the blockchain industry, has achieved a new technological milestone. The testnet of a high-performance Layer 1 blockchain with full EVM compatibility has been officially released. What does this compatibility mean, and what possibilities does it open up?
High-Performance Processing Achieved Through Full EVM Compatibility
The most notable feature of Seth’s testnet is its complete compatibility with the Ethereum Virtual Machine (EVM). According to reports from Foresight News, this network is deployed across Google’s global node network and has surpassed a processing speed of 30,000 transactions per second (TPS) as a single chain.
EVM compatibility means that applications and smart contracts running on existing Ethereum can operate on the new blockchain with minimal modifications. This significantly lowers the entry barrier for developers and makes it easier to port already proven applications.
Scalability Strategy — Dynamic Node Selection Mechanism
A key technological pillar supporting Seth’s high performance is its linear scalability and dynamic node selection mechanism. Every 10 minutes, 1,024 nodes are dynamically selected from the node pool, and these nodes collaboratively form a block production committee. This approach maintains a balance between network security and processing efficiency.
As the network grows, its processing capacity scales linearly. Instead of a fixed node configuration, the system flexibly adjusts to meet the computational resources required over time.
Vision for an AI-Native Ecosystem
Alongside the evolution of the network layer, Seth also promotes an ecosystem strategy that integrates AI. It is designed so that AI smartphones with hundreds of millions of units and embodiment robots (with their own factories) can connect as full nodes.
This is not merely an application of technology but aims to build silicon-based infrastructure focused on AI agents for AI-native applications. The fusion of blockchain compatibility and AI technology holds the potential to create a new layer of applications that has never been seen before.