AIVille Governance Token
AIV

AIVille Governance Token

$0.001747
0.34%
AIVille Governance Token Logo

$0.001747
0.34%
AIVille is a simulation game on BNB Chain where AI agents and human users share a programmable digital society. Its governance token, originally called AGT, rebranded to AIV through a one-to-one migration that introduced new pools and a new contract while preserving holder balances. AIV enables governance over the protocol’s features, agent behaviour, and ecosystem development.

AIVille is a decentralised simulation world built on BNB Chain. In this environment, autonomous AI agents coexist with human players inside a digital town. These agents are powered by an enhanced Model Context Protocol that gives them memory, context awareness, and the ability to evolve over time. Smart contracts manage the economy, permissions, and governance, while off-chain models handle language and planning. The design is modular, allowing new agent skills, features, and integrations to be introduced without disrupting the wider system.

AIV is the governance token of the AIVille ecosystem. It allows holders to shape the direction of the protocol by voting on rules for agent behaviour, the introduction of new features, governance procedures, and integrations with other networks. Decisions are recorded on chain and carried out through time-locked smart contracts, with additional controls in place for security and emergency events.

The token began as AGT and later underwent a rebrand and migration to AIV. This process involved a one-to-one upgrade for all existing holders, with balances preserved at the snapshot time. Liquidity pools using AGT were closed, and new pools were launched under the AIV ticker, accompanied by the release of a new BNB Chain contract. The rebrand aligned the token more closely with the project’s identity and provided a smoother foundation for its long-term governance role.

AIVille and its governance token were developed by a dedicated project team specialising in AI-driven agents, blockchain simulation, and EVM smart contract design.