Seth Presents Testnet with Linear Speed and 30,000 TPS in Full EVM Compatibility

Seth officially unveiled a high-performance Layer 1 blockchain testnet that maintains full compatibility with the Ethereum Virtual Machine (EVM). According to Foresight News, the infrastructure is operational on Google’s global node network, offering a single-chain processing capacity of 30,000 transactions per second (TPS), with support for linear speed scalability that grows with the network without compromising performance.

Scalable Architecture with Linear Processing Speed

Seth’s technical advantage lies in its ability to maintain linear speed as it expands. The network implements a dynamic election mechanism that selects 1,024 nodes every 10 minutes from an available pool, forming a committee responsible for collaborative block production. This innovative system ensures not only distributed security but also that throughput remains proportional to the number of participants, avoiding the traditional bottlenecks of public blockchains.

Decentralized Consensus with Node Dynamics

The architecture of 1,024 dynamically elected nodes every ten minutes represents a unique approach to balancing decentralization and efficiency. Unlike systems that maintain a fixed number of validators, Seth’s adaptive model redistributes participation regularly, reducing centralization risks and allowing new nodes to join gradually without impairing processing speed.

Infrastructure Ready for Large-Scale AI Ecosystem

In terms of ecosystem development, the platform is designed to enable sophisticated IoT devices—smartphones and robots with billion-level processors and proprietary factories—to function as full nodes on the network. This inclusive technological design underpins Seth’s vision: building a silicon-based infrastructure layer optimized specifically for AI agents, enabling native AI applications that require linear speed, decentralization, and compatibility with the Ethereum ecosystem.