LUSDT2: Solving Liquidity Issues on Layer 2 and a Single Stablecoin Standard

The need for a stablecoin standard on Layer 2 networks has gained significant momentum in recent years. In the current ecosystem, the existence of multiple USDT-equivalent tokens leads to fragmented liquidity and cross-chain incompatibilities. To address this issue, the LUSDT2 token has been designed to operate on the same smart contract across all Layer 2 networks. This feature aims to provide an immutable standard even in the event of future chain mergers. Therefore, LUSDT2 not only offers a solution for the current ecosystem but also holds potential for sustainable solutions in future network consolidations.

LUSDT2 is designed to prevent the fragmentation of liquidity caused by the circulation of USDT on various Layer 2 networks. Currently, the presence of the same USDT token across different Layer 2 networks as separate assets leads to significant liquidity fragmentation. LUSDT2 addresses this by unifying these tokens under a single token across all Layer 2 networks. This integration centralizes liquidity and improves efficiency by eliminating the inefficiencies caused by multiple parallel USDT tokens operating on each network.

This mechanism enables users to transact across all Layer 2 networks using a single LUSDT2 token. As a result, liquidity pools operate more efficiently, and stronger centralized liquidity is created across networks. Ultimately, the LUSDT2 token optimizes liquidity by eliminating repeated token instances on different Layer 2 networks, creating a more sustainable and efficient financial ecosystem for users.

With support from leading Layer 2 projects such as Linea, Base, Optimism, Arbitrum, StarkNet, and zkSync, the adoption and integration of LUSDT2 across the ecosystem should be ensured. This will establish a single stablecoin standard across all Layer 2 networks, providing a solid foundation for decentralized finance (DeFi) applications. This structure should be designed to not only address the current Layer 2 networks but also remain adaptable to future network consolidations.