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The Ethereum Foundation has declared post-quantum cryptography a core security priority for 2026, warning that future quantum machines could compromise the cryptographic systems protecting trillions of dollars in on-chain assets, while simultaneously outlining plans to raise Ethereum’s gas limit beyond 100 million units and overhaul the network’s user experience ahead of the Glamsterdam upgrade.
The announcement, published by the Ethereum Foundation on Feb. 18, outlines how the world’s second-largest blockchain plans to scale while safeguarding trillions of dollars in on-chain value.
The strategy focuses on increasing Ethereum’s gas limit to process more transactions, strengthening Layer-1 security, and preparing the network for potential breakthroughs in quantum computing.
Major upgrades, including the upcoming Glamsterdam network update scheduled for the first half of 2026, are expected to anchor these changes.
One of the most immediate priorities is expanding Ethereum’s transaction throughput by raising its gas limit, the protocol’s cap on computational work per block.
Increasing this limit allows more transactions and smart-contract operations to be processed simultaneously, potentially lowering congestion and fees.
The Ethereum Foundation confirmed it will continue pushing the gas limit toward and beyond 100 million units, a significant leap from previous levels.
Gas limit increases have already begun reshaping the network. In late 2025, Ethereum validators coordinated to raise the limit to roughly 60 million gas.
According to protocol developers, scaling efforts are now unified under a dedicated Scale track combining execution improvements and data-availability upgrades.
“The work of increasing L1 execution capacity and expanding data availability throughput is deeply intertwined.” Ethereum Foundation protocol leads, said in the 2026 Protocol Priorities Update.
Higher throughput could strengthen Ethereum’s position against competing smart-contract platforms by reducing transaction costs while supporting more complex decentralized applications.
However, scaling comes with trade-offs. Larger blocks require stronger hardware and bandwidth from validators.
Beyond scaling, Ethereum is preparing for a more existential challenge: quantum computing.
The Foundation identified post-quantum readiness as a central pillar of its trillion-dollar security initiative, acknowledging that future quantum machines could theoretically break cryptographic systems securing blockchain wallets and transactions.
To address the threat, Ethereum researchers have formed a dedicated Post-Quantum (PQ) team tasked with designing quantum-resistant cryptographic protections.
“Today marks an inflection in the Ethereum Foundation’s long-term quantum strategy.” Justin Drake, Researcher, Ethereum Foundation, in a public statement.
Quantum computing risks remain largely theoretical today, but industry leaders increasingly view preparation as essential.
Academic research suggests sufficiently powerful quantum systems could eventually undermine widely used cryptographic signatures, potentially exposing blockchain assets if networks fail to adapt in time.
Ethereum’s roadmap includes exploring ways to make quantum-resistant signatures more efficient inside the Ethereum Virtual Machine (EVM).
Alongside scaling and security, Ethereum developers are targeting usability, an area critics say has slowed mainstream adoption.
The Foundation plans to expand native account abstraction, enabling smarter wallets capable of automated transactions, flexible fee payments, and simplified onboarding for new users.
Cross-chain interoperability is also a major focus, aiming to make interactions between Ethereum’s Layer-2 networks seamless and trust-minimized.
These upgrades could reduce friction for decentralized finance (DeFi), gaming, and enterprise blockchain applications, sectors investors increasingly view as key drivers of Ethereum’s valuation.
Ethereum’s latest protocol priorities arrive at a critical moment for the network.
Competition from faster Layer-1 chains and evolving Layer-2 ecosystems has intensified pressure on Ethereum to scale without sacrificing decentralization or security.
By simultaneously addressing throughput, usability, and quantum resilience, the Foundation is signaling a long-term strategy rather than short-term optimization.
The upcoming Glamsterdam upgrade, followed later by additional protocol improvements, represents a phased effort to transform Ethereum into a higher-capacity yet more secure settlement layer.
As Ethereum moves toward its 2026 upgrades, investors will be watching whether these technical ambitions translate into measurable network growth.
