Algorand has released a quantum-resistant upgrade roadmap to 2027, aiming to adjust key on-chain cryptographic components before quantum computing becomes capable of real-world attacks. The plan covers account structure, consensus mechanisms, and hybrid encryption schemes, with a focus on mitigating the impact of future quantum computing on existing blockchain security models.
Major upgrades to be completed by the end of 2027.
Bruno Martins, Chief Technology Officer of the Algorand Foundation, stated that the team has been studying the risks of quantum computing for many years and is currently moving from preliminary research to practical deployment. According to the roadmap, the upgrades are expected to be completed by the end of 2027.
Martins stated that governments, cybersecurity agencies, and standards-setting organizations around the world have begun preparing for the "post-quantum era" because a large amount of current digital infrastructure still relies on traditional encryption methods, which may be weakened by stronger quantum computing capabilities in the future.
The new account will use the Falcon signature scheme.
The Algorand project plans to introduce a new account structure based on Falcon. Falcon is a quantum-resistant digital signature scheme designed to maintain signature security even after the advent of high-performance quantum computers.
In addition to its account system, Algorand also plans to upgrade its existing consensus mechanism. The report points out that some of the cryptographic methods currently used by the network are not considered quantum resistant, therefore subsequent adjustments will not be limited to the wallet or account level but will also extend to the network's core verification process.
- New account structure: based on Falcon quantum-resistant signatures
- Upgrade scope: Covering account system and consensus mechanism
- Completion time: Expected by the end of 2027
Multiple projects have begun to deploy quantum-resistant solutions.
Quantum computing has recently become a focus of attention again in the crypto industry, partly because researchers' assessments of the resources required to break modern encryption have changed. In March of this year, Google researchers released results suggesting that the resources needed for a quantum computer to break blockchain encryption may be lower than previously estimated.
The same study also listed Algorand as one of the blockchain networks with relatively high quantum readiness. Meanwhile, mainstream networks such as Ethereum and Solana are also researching similar defense solutions.
Algorand is not acting alone. Tezos recently launched a blockchain prototype capable of withstanding quantum attacks, and Circle has also stated its plans to make its Arc blockchain quantum-resistant. Some researchers currently believe that practically usable quantum computers may emerge before 2030.
Government agencies have set a relocation timetable.
Quantum-resistant preparedness isn't limited to the crypto industry. The French cybersecurity agency recently announced it will stop certifying security products that don't employ quantum-resistant encryption. The U.S. National Security Agency has also mandated that, starting in 2027, all new national security systems must use approved quantum-resistant algorithms.
This means that blockchain projects advancing quantum-resistant upgrades are no longer just about forward-looking technological reserves, but are also beginning to align with the broader pace of security standard migration.
