- Algorand has outlined a plan to make its blockchain fully resistant to quantum-computing threats by the end of 2027.
- The network has already processed more than 140,000 post-quantum transactions since introducing Falcon-based cryptography.
- Upcoming upgrades include Falcon-1024 accounts, enhanced wallet support, post-quantum multisignature functionality and further protocol research.
While many blockchain networks are still assessing the long-term implications of quantum computing, Algorand Foundation has published a detailed roadmap aimed at achieving full quantum resilience by the end of 2027.
The effort builds on several years of development. Algorand introduced Falcon-signed State Proofs in 2022 to safeguard the integrity of historical blockchain data, before later expanding the use of Falcon-based cryptographic components across parts of the protocol.
The network recorded its first post-quantum transaction on 3 November 2025 using Falcon signatures. Since that milestone, more than 140,000 post-quantum transactions have been processed on Algorand’s mainnet.
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Focusing on Wallets and Account Security
Under the roadmap, native Falcon-1024 account support is scheduled to arrive in the third quarter of 2026. The rollout will be accompanied by updates to developer tools and wallet infrastructure, including support for platforms such as Pera and AlgoKit.
Further upgrades planned for late 2026 include post-quantum multi-signature capabilities, staking improvements and support for Falcon-512 signatures. The foundation also plans to introduce account migration pathways that allow users to move towards quantum-resistant security models without interrupting network operations.
Looking beyond accounts, Algorand is researching quantum-resistant replacements for technologies used in validator selection and network security. Work is also underway on post-quantum verifiable random functions, consensus messaging and hybrid cryptographic approaches designed to accommodate future developments in quantum computing.
The roadmap’s first milestones are expected to begin in 2026, with widespread deployment across the network targeted by the end of 2027.
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