Converter Aztec AZTEC para IXS IXS

Aztec is a privacy-first Layer 2 scaling solution for Ethereum that utilizes zero-knowledge proofs to enable programmable smart contracts with encrypted state. The $AZTEC token is used for network security via staking by sequencers and provers, decentralized governance voting, and as a medium for transaction fee settlement.

IXS is the licensed yield layer for agentic finance. It is onchain infrastructure for tokenized real-world assets that both people and autonomous agents can hold, transact, and earn yield on. Most RWA platforms tokenize assets for human allocators. IXS builds the compliant rails for the point where agents meet those assets directly. The platform delivers tokenized exposure to U.S. Treasuries, private credit, and BTC yield, sourced from licensed institutional issuers, with target yields in the 4-12% APY range. Access runs through ERC-4626 vaults in two forms: permissioned vaults for qualified participants, and permissionless, open-access vaults with no KYC at the protocol layer. These are the rails an agent can plug into without a human in the loop. U.S. investors can access IXS through a chaperoning U.S. broker-dealer. IXS is licensed under the Digital Assets and Registered Exchanges (DARE) Act by the Securities Commission of The Bahamas. It is backed by institutional partners including Coinbase Ventures, UOB Venture Management, Spartan Group, and Abed Group. $IXS has a fixed, fully unlocked supply: all 180 million tokens are in circulation, with no remaining lockups or future unlocks. The protocol runs a buy-back-and-burn that retires $IXS over time, tying supply reduction to platform activity. $IXS is live on Ethereum, Polygon, and Base. Vision: To become the default settlement layer for tokenized real-world assets, where regulated yield becomes natively accessible to both capital allocators and autonomous agents. Mission: To deliver licensed onchain infrastructure that makes institutional-grade RWA yield liquid, composable, and directly usable by the next generation of onchain participants, human and agentic.