Cardano founder Charles Hoskinson recently revealed how the project plans to address the long-term risks posed by quantum computing.
Speaking in an interview on Gokhshtein News Network, Hoskinson indicated that Cardano is proactively addressing concerns surrounding quantum computing before they become an immediate threat.
Although experts believe practical quantum threats remain years away, several blockchain projects, including Cardano, have already started researching quantum-resistant alternatives.
Key Points
- Charles Hoskinson revealed that Cardano is proactively preparing for the potential long-term risks posed by quantum computing.
- Hoskinson said the network is currently voting on a dedicated quantum strategy, with a research proposal centered on quantum resistance expected next week.
- He noted that the initiative involves several partners alongside multiple advanced technical components designed to strengthen Cardano’s future security.
- Hoskinson also sought to ease concerns about implementing quantum-related upgrades, noting that Cardano already conducts regular hard forks each year.
Cardano Preparing for Quantum Computing Risks
During the interview, Hoskinson explained how Cardano intends to prepare for future quantum computing risks, emphasizing that the network’s governance system makes large-scale upgrades easier to coordinate.
According to him, the Cardano ecosystem is currently voting on a quantum strategy while also preparing a research proposal scheduled for release next week.
He stressed that the initiative involves multiple partners, additional technical features, and a long-term migration path designed to help users transition toward quantum-resistant infrastructure when necessary.
Cardano Can Replicate Bitcoin’s BIP-361 Solution to Address Quantum Threats: Hoskinson
Hoskinson suggested that Cardano could replicate Bitcoin’s proposed BIP-361 solution to protect the network against quantum threats.
For context, BIP-361 is a proposed Bitcoin upgrade that aims to defend the network against quantum computing risks by enforcing a phased five-year migration from legacy addresses to quantum-resistant addresses.
According to Hoskinson, Cardano could adopt a similar approach without major difficulty. He downplayed the complexity of implementing large-scale upgrades, noting that Cardano already conducts hard forks regularly.
“It is very easy to facilitate that migration path. It’s just a hard fork that we implement every year,” Hoskinson stated.
Hoskinson Stresses Importance of Governance in Tackling Quantum Threats
Meanwhile, Hoskinson emphasized the broader importance of decentralized governance within blockchain ecosystems. He explained that governance systems become especially valuable when communities must coordinate responses to major threats or structural changes.
According to Hoskinson, this importance motivated Cardano to invest heavily in governance infrastructure. He argued that governance enables decentralized communities to make collective decisions during critical moments.
To illustrate the concept, Hoskinson compared future quantum threats to an asteroid approaching Earth. He argued that even countries facing geopolitical tensions would still need to cooperate to solve a shared existential problem.
Using China, Russia, and the United States as examples of nations engaged in a “soft war,” Hoskinson explained that blockchain governance creates a framework for collective decision-making during crises.
He also noted that governance is not necessarily ideal for everyday operational decisions because it can slow processes down. However, he maintained that governance becomes essential when ecosystems face major changes such as tokenomic adjustments, strategic partnerships, or security threats like quantum computing.
Blockchain Projects Intensifying Efforts Against Quantum Risks
His remarks come as blockchain projects seek early solutions to the risks posed by future advances in quantum computing. Recently, several projects have moved beyond theoretical discussions and started proposing or implementing post-quantum cryptography solutions designed to defend against rapidly advancing quantum capabilities.
Last month, Ripple unveiled a four-phase roadmap aimed at making the XRP Ledger resistant to quantum threats by 2028. Meanwhile, Bitcoin developers proposed BIP-360 and BIP-361 to help migrate vulnerable BTC holdings into safer addresses.
In addition, developers at Blockstream proposed adopting hash-based post-quantum signature systems such as SHRIMPS and SHRINCS to strengthen Bitcoin’s resistance against quantum attacks.
