CATM Model
The Core of PicWe’s Omni-Chain Liquidity
The Chain Abstraction Transaction Model (CATM) is the backbone of PicWe’s omni-chain asset liquidity, enabling secure, seamless cross-chain trading without relying on traditional bridges. Think of it as a global port container system for digital assets: you can trade, hold, or transfer ownership without physically moving the assets across chains.
How CATM Works
Order Initiation on the Original Chain
Users place a trade order on their current blockchain.
The order details are sent to the target chain via a Relayer.
An agent on the target chain provides the tokens for the order and receives the staked funds.
Direct Asset Purchase Without Bridges
Trade any asset on another chain directly, without transferring tokens through bridges.
Assets remain locked in smart contracts until the transaction completes.
Eliminates risks associated with traditional cross-chain bridges.
Cost and Efficiency Savings
Removes the need for two-step transfers, lowering transaction and gas fees.
Simplifies the process for faster and more economical trading.
Direct Asset Purchase Without Bridges
All actions, order placement, settlement, and purchase, are handled by smart contracts.
Users maintain complete control over their assets.
Anyone can participate using their own or third-party Relayers.
CATM in Everyday Terms
Imagine a global container port network:
You can buy goods in a container at any port and receive a certificate of ownership.
Sell the certificate if the value rises, or pay shipping to retrieve the goods.
CATM works similarly for digital assets, letting you trade and manage ownership without moving the assets across chains.
Why CATM Matters
CATM revolutionizes omni-chain liquidity by:
Reducing costs and increasing speed for cross-chain transactions.
Keeping assets securely locked in smart contracts.
Providing a fully decentralized, permissionless framework for trading across blockchains.
With CATM, PicWe enables true Web3 interoperability, allowing assets to flow freely across chains while keeping users in full control.
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