If you've been following Ethereum closely, you know we're at an interesting inflection point right now. Glamsterdam is basically here—we're talking mid-2026 activation—and it's shaping up to be one of the more significant upgrades in the post-Merge era.

Let me back up though. The ethereum merge date of September 2022 was the watershed moment. That's when the network flipped from proof-of-work mining to proof-of-stake validation, cutting energy consumption by roughly 99.95%. But here's the thing—that upgrade didn't directly solve fees or speed. It was more about fundamentally restructuring how Ethereum secures itself.

Since then, we've watched the roadmap unfold in phases. Vitalik outlined six broad goals back in 2022: the Merge (done), the Surge (scaling), the Scourge (MEV mitigation), the Verge (state verification), the Purge (data cleanup), and the Splurge (misc improvements). These aren't happening sequentially—they overlap and progress in parallel, which is why the ethereum merge date and everything after it has felt like constant, coordinated development.

The real game-changer came with Dencun in March 2024. Proto-danksharding introduced blob storage, basically creating cheaper space for layer-2 data. Layer-2 costs plummeted. Then Pectra hit in May 2025—that combined Prague execution and Electra consensus upgrades. Validators could now handle up to 2,048 ETH instead of 32, and EIP-7702 started making regular wallets behave like smart accounts. Fusaka followed in December 2025, bringing PeerDAS so validators don't need to download entire datasets.

Now we're at Glamsterdam. The focus is enabling more parallel transaction execution through block-level access lists and integrating proposer-builder separation directly into the protocol. There's also work on adjusting state storage costs and reducing database bloat long-term. It's all about making the base layer itself more efficient, not just relying on layer-2s to do the heavy lifting.

Hegota is coming in the second half of 2026, and that's where Verkle Trees enter the picture. That could be genuinely transformative—nodes could verify data with much smaller proofs, potentially moving Ethereum toward a stateless design. Lower hardware requirements means more people can actually run nodes.

What strikes me is how methodical this is. Since the ethereum merge date reset the security model, every upgrade has been laser-focused: scaling through rollups, reducing intermediary influence, cutting verification costs, simplifying the protocol. The community is targeting roughly two major upgrades per year when research and testing are ready. We're not waiting for some mythical "Ethereum 2.0" moment. It's just continuous, coordinated improvement.

If you're staking or running infrastructure, these next forks matter. Node operators and stakers will need to update clients for Glamsterdam. But even if you're just holding, understanding this roadmap helps explain why Ethereum keeps evolving rather than stagnating. The network is actively being built toward lower costs, better decentralization, and easier participation.