The article outlines the essential characteristics of an ideal Layer 2 design for blockchain systems, emphasizing verifiable computation efficiency and fast finality. Key factors include reduced replicated computation for cost-effectiveness and scalability, along with high confidence in transaction outcomes. High throughput and low latency are crucial for meeting user expectations on transaction acceptance and execution. The design must also be adaptable to varying workload requirements, allowing for the efficient handling of larger transactions without sacrificing performance or user experience.
The ideal rollup design allows efficient verifiable computation with fast finality, focusing on reduced computation costs and high confidence in results for scalability.
Efficiency in an ideal layer 2 design means having high throughput and low latency, ensuring users can trust transaction results without unnecessary resource consumption.
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