Still Paying Too Much for Ethereum || The Real Truth About Gas Fees in 2026-part2

      For users who need more advanced privacy or cryptographic guarantees, ZK rollups like Starknet and zkSync Era offer transactions verified through cryptographic proofs rather than the challenge periods that optimistic rollups require, though at the cost of smaller ecosystems and steeper learning curves for developers. Beyond choosing the right network, timing also matters for anyone transacting on Ethereum's Layer 1 network activity tends to be lowest in the early hours of weekday mornings in UTC, when US, European, and Asian trading sessions overlap least. Gas tracker tools from Etherscan and Blocknative provide real-time pricing across all three speed tiers, and the difference between "slow" and "fast" fees during low-activity periods is now negligible given how low base fees have fallen.

Still Paying Too Much for Ethereum || The Real Truth About Gas Fees in 2026

     There is a deeper problem lurking beneath the headline of cheap fees, however, and it is one that the Ethereum community is only beginning to grapple with honestly. The very success of Layer 2 networks in absorbing user activity has created an unexpected economic tension at the base layer. Because EIP-1559 permanently burns a portion of every transaction fee, the "ultrasound money" narrative the idea that Ethereum would become deflationary as fee revenues exceeded issuance depends on sustained demand for Layer 1 block space. With gas prices now at historic lows and the vast majority of activity migrating to Layer 2, the ETH burn rate has declined significantly. Ethereum co-founder Vitalik Buterin has publicly acknowledged that Fusaka's sharding implementation still leaves three meaningful gaps: Ethereum's base layer continues to process transactions sequentially rather than in parallel, block builders who assemble transactions maintain centralisation risks as data volumes grow, and the single global mempool forces every node to process the same pending transactions. He has framed the next two years as a period to refine PeerDAS carefully while ZK-EVM technology matures to the point where it can eventually be used to scale Ethereum's own Layer 1 execution, not just the rollups sitting above it.

     The next major upgrades are already taking shape. Glamsterdam combining "Gloas" for the consensus layer and "Amsterdam" for the execution layer is targeted for the first half of 2026. It is expected to introduce parallel transaction processing through block-level access lists, Enshrined Proposer-Builder Separation to reduce centralisation risks in block construction, and improvements to censorship resistance and MEV transparency. A second hard fork, tentatively named Heze-Bogota, is planned for later in 2026, focusing on privacy enhancements including Vitalik Buterin's Kohaku framework an open-source privacy layer designed to make privacy-preserving wallets developer-friendly. Beyond 2026, the Ethereum roadmap continues through the Verge, which introduces Verkle Trees to allow stateless clients to verify the chain without storing complete state, and the Purge, which simplifies the protocol by removing historical data and reducing the overhead of running a node.

       For ordinary users in the UK and EU people who want to use DeFi, hold crypto assets, or experiment with on-chain applications without needing a computer science degree to manage their costs the practical reality of Ethereum in April 2026 is this: if you are paying expensive gas fees, you are almost certainly using the wrong layer for your needs. The infrastructure for cheap, fast, secure transactions now exists and is processing billions of pounds worth of activity every single day. The persistent gap between what Ethereum's technology can deliver and what most users actually experience is no longer primarily a technical problem. It is an education problem, a user experience problem, and a product design problem. Account abstraction, enabled by EIP-7702, has given developers the tools to build applications that sponsor gas fees on behalf of their users, allow fees to be paid in USDC instead of ETH, and batch multiple operations into a single transaction collapsing what used to be a multi-step, multi-fee process into a single interaction. Popular European wallets like Ledger Live are already integrating these features. 

     The "gas fee" is quietly migrating from being a visible front-end cost that ordinary users must understand and manage, to being a backend infrastructure cost that well-designed applications simply absorb in the same way that users of Revolut or Monzo never see the payment network fees that flow beneath every card swipe.