Cc9f267dcClaimCoinbase published technical priorities on October 13, 2026, outlining options for Bitcoin's post-quantum migration, including staged wallet upgrades and freezing vulnerable dormant coinsAgreeDisagree
Cc9f267dcClaimA June 2026 study estimated that approximately 2.3 million Bitcoin held in lost, dormant, or early addresses cannot be moved to quantum-resistant addressesAgreeDisagree
Cc9f267dcClaimApproximately 6.04 million to 6.26 million Bitcoin, representing over 30% of all mined Bitcoin, sit in quantum-vulnerable public key addressesAgreeDisagree
Cc9f267dcClaimAs of October 2026, Bitcoin had fallen nearly 35% from its October 2025 high, Ethereum over 50%, and Solana and XRP each 65%, partly attributed to quantum computing risks.AgreeDisagree
Cc9f267dcClaimAlmost the entire $2.9 trillion cryptocurrency market relies on classical signatures that could be compromised by sufficiently powerful quantum computers.AgreeDisagree
Cc9f267dcClaimAn estimated 6 million Bitcoin, representing over 30% of the total Bitcoin supply, is quantum-exposed at rest due to reliance on elliptic-curve signatures.AgreeDisagree
Cc9f267dcClaimAlgorand's post-quantum cryptography strategy requires delivering deployed network upgrades that institutional participants can evaluate.AgreeDisagree
Cc9f267dcClaimNine blockchain organizations formed the Quantum Alliance on October 15, 2026, to develop open standards for assessing quantum readiness across blockchain networks, wallets, and infrastructure.AgreeDisagree
Cc9f267dcClaimAlgorand CEO William Herkelrath established strengthening the network's post-quantum cryptography capabilities as a core pillar of his strategic brief.AgreeDisagree
Cc9f267dcClaimFormed by nine blockchain organizations, the Quantum Alliance's migration group addresses moving existing funds and keys to post-quantum cryptographic schemes, including assets linked to exposed public keys or inaccessible accountsAgreeDisagree
Cc9f267dcClaimThe Quantum Alliance, formed on October 15, 2026, comprises contributors from Quantus, American Fortress, Intmax, Keystone, Midnight Foundation, Postquant Labs, Abelian, The Vault, and HackenAgreeDisagree
Cc9f267dcClaimForecasts cited by the Quantum Alliance indicate that practical quantum threats to existing cryptography could emerge around 2028 or 2029.AgreeDisagree
Cc9f267dcClaimThe Quantum Alliance will adopt an open development process modeled on the Internet Engineering Task Force, evaluating proposals through public evidence, rough consensus, and working implementations.AgreeDisagree
Cc9f267dcClaimThe Quantum Alliance will publish its work openly to enable projects and observers to evaluate quantum-readiness implementations against unified criteria.AgreeDisagree
Cc9f267dcClaimIn June 2026, the Cyber Security Agency of Singapore directed critical information infrastructure owners to submit migration plans by March 2027 and complete quantum migration by 2031.AgreeDisagree
Cc9f267dcClaimMinister Josephine Teo announced the Cyber Security Agency of Singapore's Quantum-Safe Kickstarter Grant on October 14, 2026, to subsidize up to 70% of quantum-protection testing costs.AgreeDisagree
Cc9f267dcClaimThe Cyber Security Agency of Singapore published an advisory on October 14, 2026, recommending organizations with quantum threat exposure establish migration plans by 2027 and complete transition by 2035.AgreeDisagree
Cc9f267dcClaimStarknet already utilizes hash-based STARK proofs and native account abstraction, enabling accounts to adopt post-quantum signatures without requiring a protocol upgradeAgreeDisagree
Cc9f267dcClaimStarkWare CEO Eli Ben-Sasson cited rapid advancements in artificial intelligence as accelerating quantum computing threats to encryption, making fast quantum-proofing necessary for cryptoAgreeDisagree
Cc9f267dcClaimIn March 2026, Ethereum protocol developers established a dedicated post-quantum development team to plan protocol-level protectionsAgreeDisagree
