More than 100 core Ethereum contributors met in Longyearbyen, Svalbard, in late April 2026 for an interoperability event called Soldøgn. The week produced concrete technical progress on Glamsterdam, Ethereum's next hard fork after Fusaka, which shipped in December 2025. Deliverables included a working multi-client devnet with live external block builders, the finalization of a key proposal to manage state growth at higher throughput, and a QUIC-based libp2p prototype that demonstrated roughly six times faster block propagation than GossipSub.

Mainnet activation is currently expected sometime in Q3 or Q4 of 2026, pending public testnet deployments on Sepolia and Hoodi.

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Why the 200 Million Gas Target Matters

Ethereum's gas limit controls how much computation fits in a single block. The current mainnet cap sits at roughly 60 million gas. Hitting 200 million would represent a 3.3-fold increase and the largest L1 throughput expansion in Ethereum's history.

Glamsterdam tracks ten EIPs under Meta EIP-7773. Three of those proposals work in concert specifically to make the 200 million gas target possible without destabilizing the network.

EIP-7928, known as Block-Level Access Lists, pre-maps every account and storage slot involved in a block before execution begins, which allows transactions to run in parallel across processor cores rather than one after another. EIP-7732, or enshrined proposer-builder separation (ePBS), restructures the slot timeline and extends the window for data propagation from around two seconds to around nine, creating room for larger blocks to move safely across the network. EIP-8037 addresses the remaining concern: state bloat. The proposal fixes a price per byte of newly created state, capping projected state growth at roughly 120 gigabytes per year even at the 200 million gas level. Teams finalized EIP-8037 after three iterations at Soldøgn.

"Nearly all clients were running together on glamsterdam-devnet-2 with external builders tested end-to-end," the Ethereum Foundation wrote in its recap of the interop event, describing the milestone reached on the final day of the gathering.

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Cutting Out the MEV Middleman

Today, roughly 90 percent of Ethereum blocks are assembled by external builders and passed to validators through off-chain MEV-Boost relays, a layer of privately operated infrastructure that sits outside the protocol's trust model. MEV, or maximal extractable value, refers to profit captured by reordering or inserting transactions, often at the expense of ordinary users. EIP-7732 brings the relationship between block builders and proposers directly into the protocol, enforced by a new committee of validators called the Payload Timeliness Committee. Estimates put the potential reduction in MEV losses at up to 70 percent.

For users in Nigeria, India, and Pakistan conducting smaller-value swaps or remittance transactions, that reduction may translate into meaningfully better effective exchange rates.

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What This Means for South Asia and Africa

India currently ranks first globally on the 2026 Crypto Adoption Index across several retail and DeFi metrics. Pakistan ranks eighth. Nigeria ranks second overall and holds the top position globally for DeFi transaction value. Ethiopia, Kenya, and Ghana are new entrants to the global top 20.

Four African nations appearing in that ranking is the region's strongest-ever showing, and it coincides with stablecoin growth of more than 180 percent year-on-year across sub-Saharan Africa, driven largely by remittances and savings in dollar-denominated assets, according to TRM Labs' Q1 2026 Adoption Index.

Current L2 transaction fees already range from $0.001 to $0.05 following the EIP-4844 upgrade. Glamsterdam is projected to push those costs down by a further 15 to 20 percent through ePBS's more efficient block production.

That compounds with the existing low baseline and makes Ethereum-based DeFi viable for sub-$50 transactions, a threshold crucial for retail users in India and Pakistan and for the rapidly expanding user base across sub-Saharan Africa.

EIP-8037's state growth cap also has practical implications for African node operators, where storage costs remain a barrier. Containing state bloat at 120 GiB per year at full throughput directly helps operators in bandwidth-constrained environments keep full nodes running.

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Leadership Transition Runs Alongside Technical Work

The Ethereum Foundation announced three new Protocol Cluster co-leads in May: Will Corcoran, Kev Wedderburn, and Fredrik Svantes. Corcoran, who serves as Research Coordinator within Protocol, was described by the foundation as bringing broad cross-team and cross-cluster visibility through work on zkVM proving, post-quantum consensus, and the Fast Confirmation Rule.

The appointments come as the foundation navigates what it calls a "Lean Ethereum" pivot, repositioning itself as a protocol steward rather than a central development coordinator. In the first half of 2026, the foundation laid off 19 employees and saw at least eight to nine senior technical staff depart. Tim Beiko, the most public-facing voice for Ethereum's core development process for years, and Barnabé Monnot, who led the foundation's Robust Incentives Group research team, both departed the foundation in May.

Alex Stokes began a three-month sabbatical from his role co-leading AllCoreDevs Consensus calls, with Pari and Barnabas stepping in as interim coordinators for AllCoreDevs Consensus and Testing calls respectively.

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The Road Beyond Glamsterdam

Work on the following fork, called Hegotá and provisionally targeting H1 2027, also began at Soldøgn. Its two leading proposals are FOCIL (EIP-7805) and native account abstraction (EIP-8141).

FOCIL makes transaction censorship structurally difficult by requiring multiple randomly selected validators to act as transaction includers. Any block that excludes a valid transaction flagged by an includer gets rejected by the network. Native account abstraction would allow smart contract wallets to send transactions natively.

Vitalik Buterin described EIP-8141 in March 2026 as enabling gas sponsorship, multisig authorization, quantum-resistant signatures, key rotation, and direct interactions with privacy protocols at the protocol level.

For users in jurisdictions facing regulatory pressure, both proposals carry implications that reach well beyond protocol efficiency. In Nigeria and Ethiopia, where financial services have historically been subject to government restriction or platform-level censorship, FOCIL's block-rejection enforcement offers a structural guarantee against transaction exclusion that existing infrastructure cannot provide. In India and Pakistan, where regulatory uncertainty has led some platforms to self-censor certain transaction types, censorship resistance and native account abstraction at the protocol layer shift meaningful control back to individual users.