Buenos Aires is taking a significant step towards modern governance by implementing blockchain technology and zero-knowledge cryptography for digital identity issuance.
Announced on October 21, the city has integrated the decentralized identity solution QuarkID into its miBA digital platform, which facilitates access to various government services.
Since October 1, over 3.6 million users of miBA have received decentralized digital identities (DIDs) via QuarkID, a protocol developed by the Web3 firm Extrimian. These identities are stored in a wallet powered by ZKsync Era, an Ethereum scaling solution that employs zero-knowledge rollups. This initiative is aimed at giving residents greater control over their personal data, establishing a new benchmark for privacy and security in digital identity management.
The city has been progressively rolling out blockchain-based services. Earlier initiatives included the on-chain issuance of birth and marriage certificates, with plans to extend this to proof of income and academic records. Diego Fernández, Buenos Aires’ secretary of innovation and digital transformation, noted the broader implications of such technology beyond finance, highlighting its potential to empower citizens in managing their data securely.
QuarkID wallets allow for self-sovereign data storage, enabling residents to manage their credentials while interacting with government entities and businesses.
Lido may soon reshape how decisions are made within its ecosystem. A new proposal, LIP-28, introduced on May 8, aims to give staked Ethereum (stETH) holders the power to counter potentially harmful decisions made by LDO token voters.
Robinhood appears poised to make its boldest move yet: bringing U.S. financial markets to Europe through the power of blockchain.
Maldives is setting its sights on becoming a global fintech player by diving headfirst into the world of crypto and blockchain.
Ethereum co-founder Vitalik Buterin has called for a major reset of the blockchain’s design, warning that the network’s growing complexity threatens its long-term success.