StarkWare
Coverage of StarkWare in the Nexus archive.
- StarkWare tests quantum-resistant Bitcoin transaction on mainnet
StarkWare reported successfully testing an experimental transaction demonstrating quantum-resistant Bitcoin spending. This test was performed on the mainnet without causing a fork; however, implementing this feature cost up to $200 and required direct miner submission.
- First quantum-resistant Bitcoin transaction successfully executed, StarkWare says
StarkWare announced that a quantum-resistant Bitcoin transaction was successfully executed. This successful execution represents an advance in digital currency technology.
- StarkWare CEO suggests 4% annual Bitcoin inflation to replace 21M cap
StarkWare CEO Eli Ben-Sasson proposed replacing Bitcoin's 21M supply cap with a 4% annual inflation rate, citing lost private keys reducing usable Bitcoin. Many disagree with this suggestion.
- StarkWare unveils Starknet quantum roadmap, says industry has no excuse
StarkWare announced a quantum roadmap for Starknet, with CEO Eli Ben-Sasson stating the crypto industry should not require external pressure to act. The roadmap highlights StarkWare's focus on quantum-resistant technologies.
- StarkWare unveils Starknet post-quantum roadmap, calling it crypto’s ‘strongest’ to date
StarkWare introduced a three-phase roadmap to make Starknet quantum-ready within months, positioning it as the strongest post-quantum solution in crypto. The company claims this roadmap represents a significant advancement in cryptographic security.
- StarkWare introduces 'Private KYC' to address personal data breaches
StarkWare has introduced 'Private KYC' to address personal data breaches. The company highlights that current identity checks require full documents when only one fact is needed.
- Privacy push as StarkWare and Sui move toward compliance-ready confidential transfers
StarkWare and Sui are implementing confidential transfer systems designed for compliance readiness. Zama is enhancing its compliance efforts, while a bug in Zcash’s Orchard protocol underscores risks associated with shielded privacy models.