This initiative highlights the growing acknowledgment within the cryptocurrency sector that implementing quantum-resistant cryptography will require extensive time and modifications to both user wallets and the fundamental protocol infrastructure.
By Margaux Nijkerk|Edited by Sheldon Reback Jun 18, 2026, 2:00 p.m. 2 min readMake preferred on ShareShare this articleCopy linkX (Twitter)LinkedInFacebookEmailMake preferred on (David Clode/Unsplash)SummaryShow- The Algorand Foundation has laid out a strategy to enhance its blockchain's quantum resistance by 2027, with plans to implement post-quantum accounts, multisignature wallets, and staking features starting in 2026, followed by strengthening core protocol elements.
- This announcement aligns with other crypto platforms like Ethereum and Solana, which are also preparing for potential threats posed by quantum computing.
- Algorand emphasizes that transitioning live blockchain systems to post-quantum cryptography will be a lengthy process that must commence well ahead of the anticipated "Q-Day."
The Algorand Foundation has presented a plan aimed at achieving quantum resistance for its blockchain by the end of 2027, joining other cryptocurrency networks that are strategizing for a future where quantum computers may compromise existing cryptographic systems.
This roadmap includes a series of enhancements starting in 2026, such as the rollout of post-quantum accounts, multisignature wallets, and staking capabilities. Subsequent phases will address more foundational aspects of the network.
The announcement indicates a growing awareness in the crypto sector that the shift to quantum-resistant cryptography will be time-consuming and will necessitate adjustments to not just user wallets but also the underlying protocol infrastructure.
Currently, most significant blockchains utilize elliptic curve cryptography to secure transactions and wallets, which is increasingly viewed as susceptible to advanced quantum computers. While experts generally agree that such technology is not yet available, there is mounting pressure from governments, tech firms, and crypto entities to devise a long-term transition strategy.
For instance, Google has urged organizations to start preparing for the shift to post-quantum cryptography and is actively integrating quantum-safe cryptographic standards into parts of its systems, aiming for completion by 2029. The U.S. National Institute of Standards and Technology (NIST) has also taken the lead in standardizing post-quantum algorithms, setting timelines for phasing out certain outdated cryptographic systems.
In the cryptocurrency landscape, several major networks have prioritized quantum preparedness as a key strategy. Earlier this year, the Ethereum Foundation launched a dedicated initiative focused on researching pathways for the migration of its extensive ecosystem of wallets, applications, and validators to post-quantum security. Similarly, Solana developers released proposals detailing how users and the network could adapt to quantum-resistant cryptography if the threat becomes more pressing.
The Algorand Foundation stressed the necessity for blockchain networks to commence preparations well in advance of a hypothetical "Q-Day," which is the point at which a quantum computer could effectively breach current cryptographic protections for digital assets.
The foundation indicated that its roadmap builds upon efforts initiated in 2022, extending these initiatives to encompass the entire protocol, with the aim of achieving comprehensive quantum resilience by the end of 2027. They anticipate reaching this goal prior to NIST phasing out certain outdated cryptographic standards and three years ahead of a schedule set by the U.S. National Security Agency regarding national security systems.
According to Chris Peikert, the chief scientific officer at the Algorand Foundation, "Migrating a live protocol takes years, and the likelihood of a quantum attack on legacy cryptography significantly increases as we approach the end of this decade."
Read more: Here's how bitcoin, Ethereum and other networks are preparing for the looming quantum threat
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CEX Volumes Drop to Lowest Since September 2024 as RWA Perps Hit Record High
CEX Volumes Drop to Lowest Since September 2024 as RWA Perps Hit Record High
In May, combined exchange volumes fell 3.45% to $4.41T; the lowest since September 2024. RWA perpetual futures volumes rose 10.4% against the trend, hitting a new all-time high.
By CoinDesk ResearchJun 15, 2026In May, combined exchange volumes fell 3.45% to $4.41T; the lowest since September 2024. RWA perpetual futures volumes rose 10.4% against the trend, hitting a new all-time high.
Why it matters:
In May, combined exchange volumes fell 3.45% to $4.41T; the lowest since September 2024. RWA perpetual futures volumes rose 10.4% against the trend, hitting a new all-time high.
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