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Ethereum aims for quantum-safe L1 by 2029 as Hegotá upgrade takes form
Ethereum plans to achieve full post-quantum security by 2029, beginning with account abstraction and censorship resistance upgrades for its Hegotá upgrade. This means the network will prepare for future quantum computers that could break current cryptography.
Published:
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What happened
Ethereum plans to achieve full post-quantum security by 2029, beginning with account abstraction and censorship resistance upgrades for its Hegotá upgrade. This means the network will prepare for future quantum computers that could break current cryptography.
Confirmed
Global impact / market context
If Ethereum becomes quantum-safe, it protects user funds and smart contracts from future attacks. This could increase trust in the network, potentially boosting demand for Ether (ETH) and related decentralized finance (DeFi) applications, as investors see reduced risk.
Analyst inference
Quantum computing is an emerging threat to blockchain security. Ethereum's proactive move may set a standard for other networks, influencing investor confidence in the broader crypto market. However, the timeline is long, so immediate price impacts are likely limited.
Analyst inference
What to watch
- Ethereum's Hegotá upgrade will introduce account abstraction and censorship resistance features, which are the first steps toward post-quantum security. Confirmed
- Investors should monitor Ethereum's development roadmap for specific technical milestones, such as when quantum-resistant algorithms are integrated into the network's core protocol. Proposed
- Watch for reactions from other blockchain projects and regulators, as Ethereum's move could prompt similar security upgrades across the industry, affecting competitive positioning. Analyst inference
Affected assets
- L1 — GenesisL1
- ETH — Ethereum
- DEFI — DeFi