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Anoma’s intent machine adds powerful functionality to the EVM, enabling fully expressive apps that are decentralized across the entire stack.
Virtual machine | Intent machine |
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Transaction-centric Users must specify specific execution traces, adding unnecessary complexity. |
Intent-centric Users only need to specify their desired outcome, significantly improving UX. |
On-chain data & compute Expensive and inefficient on-chain data & compute limits scalability and increases costs. |
Distributed data & compute |
Infrastructure lock-in Apps are locked-in to their specific deployment chain. |
Application portability Apps are fully portable — infrastructure comes to you, wherever you have state. |
Transaction-level composability Composability is limited to transactions, and breaks down when multichain operations are required. |
Intent-level composability Intents are fully composable across any chain or application, defragmenting multichain intent liquidity. |
Limited data protection Global, immutable shared state limits the ability to protect user data. |
Programmable data sovereignty You and your users have precise control over what data is shared with whom. |
Centralized counterparty discovery Intent-centric apps on VMs need to rely on centralized servers or build everything on-chain. |
Decentralized counterparty discovery Intents are matched and solved in a fully-decentralized way, regardless of which chain or app users are on. |
Limited applications Intents in the VM model are application specific, anything more complex requires centralized components. |
Build anything You can build any application, including applications that cannot be built on VMs without adding centralization points. |
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