The post Smart Rollups built on Tezos: the web3 ecosystem grows appeared on BitcoinEthereumNews.com.

In this article we explore the topic of Smart Rollups on Tezos, one of the most interesting emerging technologies in the blockchain landscape. For this project, originally developed as a monolithic L1 network, everything changed with the launch of Tezos X which made the blockchain super scalable. Now the Smart Rollup, increasing the processing capacity of the network and moving calculations off-chain, create favorable conditions for the development of the web3 ecosystem The developers are ready to embrace an interoperable, fast, and secure cryptographic infrastructure, ideal for both public and private deployments. Let’s see all the details below. Tezos X: the transition from monolithic to modular network Before delving into the topic of Smart Rollup, we must necessarily introduce the neo architettura Tezos X, which has enabled the birth of this impactful technology. In 2014, at the dawn of Tezos development, the project aimed to build a blockchain resilient to censorship, with a purely monolithic execution layer. As the years went by, however, the cryptographic network team rethought their on-chain architecture, seeking to move towards a modular execution environment. This means moving from a system where each node replicates all network activity, to another where each node must essentially perform only one specific task. This type of approach is justified by the desire to achieve a high transaction throughput, which is difficult to obtain through the computing power. The modular design therefore allows for greater scalability and to take advantage of all the benefits offered by the vast blockchain world. In addition to speed, however, the new Tezos X network must be able to integrate all its components under the key principles of composability and interoperability in order to function. It must develop a unified ecosystem of functioning applications and be able to connect with external environments that leverage different…

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Filed under: News - @ September 1, 2024 7:24 am