Aztec decentralizes sequencers (anyone staking 200k AZTEC post-TGE), provers for zk-proofs, and governance, with no single party control. Slashing proposals require consensus from 65/128 block proposers, balanced by a temporary slashVeto multisig for stability.

Aztec's trusted setup generates a Codex of signed elliptic curve points for efficient range proofs via a two-phase ceremony (Relay for monomials, Post-Processing), similar to Zcash but for Boneh-Boyen/Pedersen schemes, involving community participants who destroy randomness post-contribution.

Yes, via client-side proof generation for private functions, zk-rollup circuits handling transaction pairs recursively to block proofs, and ACE for state updates. Supports confidential assets interoperable across apps with shared trusted setup.

Unlike Zcash's ZK-SNARKs for shielding, Aztec focuses on Ethereum L2 scalability with zk-rollups for private smart contracts, efficient note-based UTXOs, and range proofs embedded in commitments, enabling broader programmable privacy without full chain shielding.

Staking secures the network via PoS, earning block rewards, but risks slashing for misbehavior (e.g., downtime), confirmed by sequencer consensus with veto safeguards initially. 15-day lockups apply for governance; fractional options coming via third-parties.

Aztec is available for trading on various centralized exchanges (CEX) like Gate, MEXC. These platforms offer trading pairs with various cryptocurrencies and fiat currencies.

The primary contract address is 0xa27ec0006e59f245217ff08cd52a7e8b169e62d2 on the ethereum blockchain. This is where the token's core functionality is implemented.