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The Innovative Path of Sharding Technology: Shardeum and Dynamic State Sharding On September 15, 2022, Ethereum completed the Merge(. This was a historic moment that Ethereum had prepared for over 5 years and postponed 6 times. Due to long-term development and debugging, along with the highly anticipated halo effect, many people mistakenly believed that the merge would naturally bring about higher scalability, security, and sustainability, but that is not the case. The transition from PoW) to PoS( merely changed the tracks and wheels; it does not directly result in faster speeds, larger capacities, or lower fees. What can truly achieve these goals is a complete set of solutions: a mainnet with sharding capabilities paired with Layer 2 solutions that enhance scalability. As pointed out by Ethereum founder Vitalik Buterin, Sharding is a solution to the scalability trilemma.

Sharding Technology: A New Exploration of Blockchain Scalability The development of Blockchain technology has always faced challenges in scalability. As the number of users and transactions continues to increase, the processing capacity of a single chain structure gradually fails to meet the demand. To address this issue, Sharding technology has emerged as one of the important directions for current Blockchain expansion. The core idea of Sharding is to divide the entire network into multiple parallel running sub-networks (, that is Sharding ), with each shard responsible for processing a portion of transactions and states, thereby significantly improving overall throughput. However, achieving truly effective sharding is no easy task, as it requires solving a series of technical challenges such as network sharding, transaction sharding, and state sharding. Currently, several Blockchain projects are exploring Sharding technology, such as Ethereum, Near, Harmony, etc. They each adopt different Sharding schemes, with unique characteristics in design concepts and technical implementations. For example, Ethereum plans to use data availability.

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