Como Funcionam as Transferências de Stablecoin na Rede Plasma

Usman_BNB · 2026-01-19T17:48:21.000Z

@Plasma foi projetado para manter o processo de transferência de stablecoin simples e fácil de entender, sem sobrecarregar os usuários com detalhes técnicos complexos. Aqui está como as transferências de stablecoin funcionam na rede. 1. Conceito de Abstração de Taxa de Transação Em transferências simples de stablecoin, os usuários nem sempre precisam possuir tokens XPL. As taxas de transação são estruturadas para serem mais simplificadas para os usuários finais, incluindo a possibilidade de pagar diretamente com stablecoins. Essa abordagem reduz a fricção e torna o processo de transferência mais conveniente.

@Plasma  is designed to keep the stablecoin transfer process simple and easy to understand without burdening users with complex technical details. Here’s how stablecoin transfers work on the network.
1. Transaction Fee Abstraction Concept
In simple stablecoin transfers, users don’t always need to own XPL tokens. Transaction fees are structured to be more streamlined for end-users, including the possibility of paying directly with stablecoins.
This approach reduces friction and makes the transfer process more convenient.
2. Fast Transaction Settlement
The Plasma network is optimized to achieve transaction finality in a short time. This design ensures that stablecoin transfers can be processed quickly and reliably, making it suitable for cross-border payments and fund transfers.
General Plasma Blockchain Architecture
Architecturally, Plasma is built to balance stablecoin transaction efficiency with network security, without sacrificing ease of integration with existing ecosystems. The general architecture is as follows:
1. PlasmaBFT Consensus
Plasma uses the PlasmaBFT consensus mechanism, designed for high throughput.
This approach enables the network to process large volumes of transactions stably while maintaining data security and consistency within the network.
2. EVM Compatibility
Plasma is compatible with the Ethereum Virtual Machine (EVM), allowing developers to build and run Ethereum-based applications on top of this network.
This compatibility simplifies integration with the growing Web3 ecosystem, without having to start from scratch.
3. Bitcoin Security Integration
To strengthen security, Plasma connects its network to Bitcoin through a bridge mechanism. This approach combines the adaptability of modern blockchains with Bitcoin’s high level of security.
The Role of XPL Coin in the Plasma Network
XPL is a native token that functions as an internal component in the operation of the Plasma network.
Its role is not positioned as a promotional asset or investment vehicle, but rather as part of the mechanisms that keep the network running stably.
In terms of security, XPL is used for staking by validators who participate in securing the network.
This mechanism helps ensure that the transaction validation process runs according to the rules and encourages behavior that aligns with the network’s interests.
XPL also plays a role in protocol governance. Token holders can participate in the decision-making process regarding network changes or developments, so that the direction of Plasma’s evolution is not entirely centralized in the hands of a single party.
Furthermore, XPL is also used in more complex transactions and network activities, particularly those related to technical and operational functions at the protocol level.
With these functions, $XPL  acts as part of the Plasma infrastructure, not as a speculative instrument or crypto investment product. #Plasma 

How Stablecoin Transfers Work on the Plasma Network

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