I've been paying closer attention to the next generation of blockchain infrastructure lately. One trend that stands out is the rise of Parallel EVM. As more users, AI agents, and on-chain applications enter Web3, traditional sequential execution models are starting to face scalability challenges. TPS bottlenecks, network congestion, and execution efficiency are becoming increasingly important topics. This is one reason why projects like Bitroot have caught my attention. Their focus on Parallel EVM architecture aims to improve transaction processing efficiency while maintaining EVM compatibility, which could help support larger-scale adoption in the future. Another interesting angle is the combination of AI and blockchain. As AI Agents become more capable, they will need blockchain networks that can handle frequent on-chain interactions, automated execution, and real-time settlement. High-performance infrastructure may become a critical foundation for this new wave of applications. Bitroot's recent testnet growth and ecosystem expansion efforts suggest that the team is actively building toward this vision. It will also be interesting to see what insights emerge from their participation in industry events such as the Singapore conference and how their global ecosystem strategy develops over time. The blockchain industry is evolving rapidly, and Parallel EVM could become one of the key infrastructure narratives to watch in the coming years. What are your thoughts? Will Parallel EVM play a major role in the future of Layer1 networks? #Bitroot #ParallelEVM #AI #Web3 #Layer1 #Blockchain