How Ethereum Will Be Transformed in 2022

Here are five of the top changes to expect with Ethereum’s impending transition to proof-of-stake.

  1. Lower energy consumption — Changing Ethereum’s consensus layer to proof-of-stake rids the network of miners and replaces them with validators. Under proof-of-work, Ethereum requires miners to compete for hash power by consuming electricity. By using randomness to assign block production, proof-of-stake is able to run with significantly lower energy consumption. The Ethereum Foundation predicts that after the Merge the network will use at least 99.95% less energy than it does in its current state.
  2. Deflationary ether — An Ethereum research report modeled the impact the combination of EIP 1559 and proof-of-stake will have on ether’s circulating supply. The transaction fee burn combined with lower rewards and ether locked for validating will drive the circulating supply equilibrium down to between 27.3 and 49.5 million ETH. For comparison, the current supply is sitting at 118 million ETH and is still slightly inflationary after the addition of EIP 1559.
  3. Same execution layer — Ethereum’s current execution layer will be ported over to the incoming proof-of-stake consensus layer and supported by the clients that are currently in charge of Eth1. For existing users and application developers, this means that interacting with Ethereum will remain incredibly similar post-Merge.
  4. Increased/similar transaction fees — While impossible to predict, it is entirely possible that transaction fees will initially increase or remain the same post-Merge. Once Ethereum sheds the narrative that it consumes more energy than a moderately sized country, new users and entities may come onboard to use the technology and increase the current demand for blockspace. However, impending upgrades (such as sharding, rollups and calldata improvements) to the network after the Merge will focus on increasing scalability without sacrificing decentralization.
  5. A road to decentralization and scalability — Running a validator on the Beacon Chain requires 32 ETH, an upfront investment of over $120,000 at current prices. While this is not a low barrier to entry, it still removes the economy of scale that exists in mining proof-of-work chains. By replacing hash power with randomness/statistics and keeping block size low, Ethereum enables any user with average hardware to profitably run an Ethereum validator. Additionally, under proof-of-stake, the Ethereum network will have the capability to implement sharding and other scalability focused upgrades that will lower transaction costs down the road.



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