Ethereum’s November 2026 blob fee market and fee burn efficiency

Fee dynamics and the burn

The August 2021 London hard fork introduced EIP-1559 to the Ethereum network. This protocol replaced the first-price auction mechanism with a new fee structure. It uses a base fee for transactions to be included in the next block. Users pay a tip or priority fee to miners to prioritize their specific transactions. The base fee adjusts dynamically with transaction activity, which reduces the volatility of Ethereum gas fees, although the protocol does not reduce the price during periods of peak congestion on the network. Higher activity on the network leads to more ETH being burned. This burning removes ETH from circulation permanently. This process makes Ethereum deflationary when usage remains high. In September 2021, the network had 117.5 million ETH coins in circulation. 72 million of these coins originated in the genesis block. 60 million went to the 2014 crowd sale. 12 million went to the development fund. Original rewards in 2015 reached 5 ETH per block. This amount dropped to 3 ETH in late 2017 and 2 ETH in early 2019. The Ethereum network launched in July 2015. It was created by Vitalik Buterin and a small team of co-founders. The code remains open for anyone to verify. The network has run continuously since 2015 without a single second of downtime. The network consists of thousands of independent computers called nodes. These nodes work together to provide financial services and digital applications to anyone, anywhere.

Scaling through Layer 2s

Layer 2 networks like Optimism and Arbitrum increase the capacity of the Ethereum blockchain. These networks act as express lanes for users. They make transactions faster and cheaper than the mainnet. Some L2 transactions cost less than a cent on average. Optimism and Arbitrum process millions of transactions and hold billions of dollars in assets each year. Other popular L2s include ZKSync and Base. You should understand that these L2s still rely on the main Ethereum network for security. The network of nodes records every single transaction without discrimination. This feature provides censorship resistance.

The network remains secure because attackers need to take over the entire network to change a contract, which costs billions. Will the increased efficiency of fee burning impact long-term ETH scarcity?

Security and transaction flow

Validators secure the Ethereum network through a process called staking. They lock up ETH as a security deposit to earn the right to process transactions. If they process transactions correctly, they earn ETH. If they cheat, they lose their stake. The transaction process starts when a user signs a payment with a wallet. The payment waits in the public queue, or mempool, until a block proposer selects it. The block proposer adds the transaction to the next block and earns a fee. A global network of validators then double-checks and attest to the validity of the changes. This system ensures the reliability and transparency of the network. Smart contracts allow anyone to create digital assets and decentralized applications that run 24/7. These applications run globally without the need for a bank or corporation. Millions of people use thousands of dapps on Ethereum every day. They access financial services without a bank account or credit history. They own digital collectibles, art, and assets that cannot be copied or confiscated. Users sign into dapps using a wallet instead of an email. Farmers in Kenya use the network for automated insurance on crops. The Ministry of Digital Transformation in Ukraine used Ethereum to distribute wartime aid. PayPal launched its own stablecoin, PYUSD, on Ethereum.