Ethereum’s biggest upgrade since the Merge just entered its final devnet stage. Glamsterdam bundles 10 EIPs that will reshape the network’s economics, speed, and fairness guarantees. If you build on-chain games, or play them, this changes everything.
And yet, scroll through any crypto gaming Discord or Twitter timeline, and you will find exactly zero conversations about it.
TL;DR
- Ethereum’s Glamsterdam upgrade (Q3 2026) cuts gas fees by 78.6%, targets 10,000 TPS, and reduces MEV extraction by up to 70%
- On-chain gaming on Base and other Ethereum L2s inherits every improvement automatically, with no migration, no redeployment, no bridging
- Cheaper transactions mean micro-stakes gaming becomes viable for the first time at scale
- Enshrined PBS (EIP-7732) eliminates the front-running problem that has plagued on-chain game entries since day one
- Parallel execution (EIP-7928) means game contracts resolve faster, even during peak network load
- Satoshie on Base benefits from all of this without changing a single line of code
What Glamsterdam Actually Does
Three EIPs matter most for on-chain gaming:
EIP-7904: Gas Repricing. Many of Ethereum’s current gas costs were set years ago and no longer reflect what modern hardware actually needs to execute them. Glamsterdam recalibrates the entire fee schedule, resulting in a 78.6% reduction for both simple ETH transfers and complex smart contract interactions. For on-chain gaming, this is transformative. Every raffle entry, every coinflip, every VRF callback becomes dramatically cheaper. Games that were marginally viable at current gas prices suddenly have room to breathe.
EIP-7732: Enshrined Proposer-Builder Separation (ePBS). This one is subtle but critical. Right now, block builders can reorder, insert, or censor transactions within a block. In gaming terms, this means someone could theoretically front-run your raffle entry or manipulate transaction ordering for advantage. ePBS moves block building on-chain and introduces structural separation between who proposes blocks and who builds them, reducing MEV extraction by up to 70%. For on-chain gaming, this is the equivalent of putting a lock on the dealer’s hands.
EIP-7928: Block-level Access Lists (BALs) for Parallel Execution. Ethereum currently processes transactions sequentially. Glamsterdam introduces a mechanism that identifies each transaction’s execution requirements before processing, allowing multiple transactions to run in parallel. The target is 10,000 TPS. For a platform like Satoshie, where dozens of game resolutions might happen in the same block, this means faster settlement and a better player experience during peak activity.
Why This Matters More Than Any Token Launch
The crypto gaming industry is worth an estimated $8.9 billion. It has 102 million players. And yet, the conversation in crypto gaming circles is still dominated by token launches, NFT drops, and play-to-earn economics. Nobody talks about the infrastructure layer.
This is backwards.
A token launch does not make a game fairer. An NFT drop does not make outcomes verifiable. A play-to-earn mechanic does not prove that the house is not cheating. But a 78.6% fee reduction, parallel transaction processing, and structural MEV protection? Those are the foundations that make provably fair gaming not just possible, but practical at scale.
Consider what happens when gas fees drop by nearly 80%. Suddenly, a 0.001 ETH coinflip is not eaten alive by transaction costs. A raffle with a 0.01 ETH entry fee does not lose a third of its value to gas. Micro-stakes gaming, the format that actually appeals to casual players and new crypto users, becomes economically rational for the first time.
Base Inherits Everything
This is the part that most people miss about L2 architecture. Satoshie runs on Base, which settles to Ethereum. When Glamsterdam activates on mainnet, Base inherits the security improvements, the MEV protections, and the throughput gains automatically. No migration. No redeployment. No bridge. No governance vote.
Compare this with crypto games built on custom chains or standalone L1s. When Myria shut down its gaming L2 earlier this year, players had to bridge their assets out or lose them. When Sui went down twice in 48 hours, every game on the network went dark. When Ronin had to hard fork to OP Stack after its $625 million hack, the entire gaming ecosystem was disrupted for months.
Building on an Ethereum L2 is not a technical choice. It is a survival strategy. And Glamsterdam makes that strategy even stronger.
The MEV Problem Nobody in Gaming Talks About
MEV, or Maximal Extractable Value, is the profit that block builders can extract by reordering transactions. In DeFi, this shows up as sandwich attacks and front-running. In gaming, the implications are less discussed but equally important.
Imagine entering a raffle where someone can see your transaction in the mempool and decide whether to enter based on that information. Or a coinflip where transaction ordering could theoretically influence the VRF seed. These are edge cases, and Chainlink VRF already mitigates the randomness angle, but ePBS adds a structural layer of protection at the protocol level. It means the playing field is not just provably fair in terms of randomness. It is provably fair in terms of transaction ordering.
This is the kind of improvement that separates serious on-chain gaming infrastructure from everything else. Satoshie already uses Chainlink VRF for verifiable randomness. With ePBS, the entire transaction pipeline becomes structurally fairer.
102 Million Players Deserve Better Infrastructure
Blockchain gaming hit 102 million players in 2025, with daily active wallets surpassing 7 million in early 2026. The market is projected to reach $50 billion by 2030. But the vast majority of these players are on platforms that cannot verify a single game outcome. They are playing trust-based games with a blockchain logo stuck on top.
Glamsterdam does not fix that problem directly. No protocol upgrade can force a game to be provably fair. But it removes every remaining infrastructure excuse. Gas too expensive? Fixed. Network too slow? Fixed. Transaction ordering unfair? Fixed.
After Glamsterdam, any crypto game that is not provably fair is making a choice, not facing a limitation. And players should start asking why.
What Comes Next
Glamsterdam is expected to hit public testnets in the coming weeks and mainnet in H2 2026. When it does, Satoshie and every other application on Base will see immediate benefits. Cheaper VRF callbacks. Faster game resolution. Structurally fairer transaction ordering.
The crypto gaming industry spent years chasing the wrong metrics. Player counts, token prices, NFT floor prices. Glamsterdam is a reminder that the thing that actually matters is the infrastructure layer. The chain you build on. The randomness source you trust. The smart contract architecture you choose.
Satoshie chose Base, Chainlink VRF, and immutable smart contracts from day one. Glamsterdam just validated every single one of those decisions.
The upgrade nobody in crypto gaming is talking about might be the most important thing to happen to the industry this year.
📷 Photo by Zoltan Tasi on Unsplash
