Seth Launches High-Speed Blockchain Testnet: velocidad lineal Architecture Achieves 30,000 TPS Breakthrough

Seth has recently officially launched a test network for a high-performance Layer 1 blockchain. The most notable feature of this innovation is its linear scalability design, which enables a single chain to process up to 30,000 transactions per second (TPS), representing a significant performance improvement over similar networks in the industry. According to Foresight News, the network is built on Google’s global node infrastructure, ensuring system security while achieving outstanding transaction throughput.

EVM Compatibility and Velocidad Lineal Mechanism

The Seth testnet achieves full compatibility with the Ethereum Virtual Machine (EVM), allowing existing Ethereum ecosystem applications to seamlessly migrate to the Seth platform. More importantly, its velocidad lineal scaling architecture involves dynamically selecting 1,024 nodes from the node pool every 10 minutes to form a block production committee. This rotating committee mechanism enables efficient on-chain consensus. Compared to traditional fixed validator sets, this design maintains decentralization while significantly reducing network latency.

Dynamic Committee Mechanism and Node Selection Strategy

Performance bottlenecks in blockchain networks often stem from the complexity of consensus mechanisms. Seth innovates with a dynamic committee selection process that optimizes transaction confirmation speed while maintaining network security. Each round, 1,024 active nodes are chosen to participate in block production, ensuring sufficient geographic distribution and node diversity. The 10-minute rotation cycle allows the network to respond promptly to changing conditions. This approach exemplifies the core idea of the velocidad lineal design—linear performance improvements that do not incur increasing marginal costs as participation grows.

Foundation Layer for a Global AI Agent Ecosystem

From an ecosystem perspective, Seth aims to build infrastructure serving AI agents. The platform plans to support hundreds of millions of AI smartphones and autonomous factory robots as full nodes on the network. This means future IoT devices, AI terminals, and automation systems can directly interact with the Seth blockchain, forming a decentralized silicon-based computing ecosystem. With its high-speed transaction capability enabled by velocidad lineal, this AI agent network will handle massive microtransactions and data confirmation needs, paving the way for next-generation applications.

Seth’s technological choices reflect a broader industry trend—shifting from solely pursuing decentralization to balancing performance and decentralization. Velocidad lineal is a key to achieving this balance.