Ethereum: UUPS vs Beacon proxy pattern

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Ethereum: Uups vs Beacon Proxy model

When I approve the Ethereum update and the decentralized world of application (DAPP), I will be happy to explore two popular models that lately attracted considerable attention: UUP (update proxy standard) and front lamps proxy. The aim of both approaches is to improve the scalability, safety and usability of Ethereum -based DAPP, but serve for different purposes. In this article, we will enter each standard details and identify your correct use.

Uups: Universal proxy server standard

Uups is a modular and updated proxy standard designed to facilitate decentralized application (DAPP) at the top of Ethereum. UUP architecture allows new features to be introduced, such as intelligent gas efficiency contracts without affecting the underlying Ethereum network. This allows developers to create sophisticated and customizable DPP, maintaining compatibility with the Ethereum ecosystem.

Main Benefits of UUP:

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Modularity : UUP allows developers to divide DAPP components into smaller and modular parts, facilitating the maintenance and update of individual components.

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scalability : Introducing new features through updates, UUP helps maintain scalability as the Ethereum network continues to grow.

However, UUP also has some limitations:

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• Update complexity : Complex updates require significant development efforts, which can be a challenge for small teams or start -ups.

Farola proxy server standard

The Light Light Proxy Standard is a more traditional approach to transaction and data intermediary from Ethereum. It is based on the idea of ​​creating a relay chain that adds data from various sources, such as block manufacturers, miners and us before transferring them to Ethereum Mainnet. The chain of lamps serves as a central cube for transaction processing, and its proxy server standard allows for decentralized applications (DAPPs) that interact with the main network.

Main Benefits of the Lamp Proxy Server Server:

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scalability : Relay chain architecture allows high scalability, as data is added from various sources before transfer to the Ethereum network.

• Security : Using a relay chain, the Beacon Protocol provides stable security measures such as validation of transactions and data encryption.

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Usability : The Proxy Server Standard allows DAPP to interact with the main network, providing users with perfect experience.

However, the lamp’s proxy server standard also has its own limitations:

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Complexity : A decentralized application for the top of the Beacon circuit requires significant development efforts, which can be a challenge for small teams or newly created companies.

• Overload : The architecture of the relay circuit is overload in data transmission and aggregation that can affect the performance of DAPP.

Correspondence of proper use

Uups is appropriate:

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DAPPS Complex : Uups provides modular and up -up structure that allows you to create sophisticated and customizable DAPP.

• DAPP, which requires gas efficiency : Developers that make up high -performance DAPPs can take advantage of UUP to implement the types and updates of intelligent gas efficiency contracts.

The standard lamp standard is appropriate:

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DAPP scalable

: Relay chain architecture provides stable scalability, making it a great adjustment to decentralized applications that require high transfer speed.

• DAPP, which requires security : EDPP can use its strong security measurements on the Beacon protocol to protect users’ data.