Ethereum continues to grow steadily throughout 2024 with a strategy that focuses on continuity following the previous year, and the driving force behind this success is co-founder Vitalik Buterin. According to Buterin’s recent series of tweets, the emphasis for 2024 largely aligns with the building blocks that have formed since the beginning of the year: merger, surge, pandemic, verge, purge and showdown. This means that this year’s strategy is evolutionary rather than revolutionary.
Merging continues to be an essential component of Ethereum’s evolution. Buterin emphasizes the importance of single slot finality (SSF), emphasizing its role in strengthening the proof-of-stake (PoS) architecture created after the merger. He observes that SSF is increasingly seen as the easiest solution to the current limitations of Ethereum’s proof-of-stake architecture, simultaneously improving the security and efficiency of the network.
Additionally, continued efforts will be made for the 2024 surge, with a focus on improving cross-rollup standards and interoperability with the goal of significantly increasing scalability in the long term. Meanwhile, the pandemic is being rethought to combat the economic concentration arising from PoS. Ethereum’s decentralization philosophy requires addressing important issues such as miner extractable value (MEV) and general stake pooling issues.
There will be significant modifications on the horizon, the most important of which is the integration of the Verkle tree. This new development will optimize Ethereum’s layer 2 (L2) network, further improving the scalability and efficiency of the blockchain. But Buterin’s approach to the issue demonstrates a proactive stance toward improving the network. This means that Ethereum’s gas limit can be raised at any time without waiting for a full SNARK. This is especially true for small improvements.
In 2024, we will focus on simplifying the Ethereum protocol by reducing the amount of space on hard drives that validators must have and removing data that is no longer relevant. This simplifies storage and reduces network congestion. This step includes a number of modest modifications designed to ensure that the process proceeds smoothly after the previous step. This includes anything else that doesn’t fall entirely into the previous categories, but is necessary for the overall health and efficiency of your network.
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