While blockchain offers numerous innovations with its promises of decentralization and security, it also faces significant challenges such as scalability and efficiency. To address these challenges, Nuffle Labs has emerged with the Nuffle Fast Finality Layer (NFFL), a solution that provides finality within 3-4 seconds, quickly gaining attention in the blockchain space. In this article, we will delve into what NFFL is, its architecture, the technologies used, and the benefits it offers, with a focus on the technical details.

Note: This writing was written with my notes and thoughts after reading the Socket Protocol Whitepaper V1.0. I wanted it to be a good summary while providing in-depth information about the technical details, components and processes. For more, you can check out the Whitepaper: Socket Protocol Whitepaper

Have a nice day everyone, a few days before this writing was shared, ZKsync introduced Elastic Chain. In this blog post, we will examine Elastic Chain through 7 basic questions. Enjoy your reading!

Fluent simplifies the complexities of blockchain technology with its recently announced "blended execution" technology, combining Wasm, EVM, and SVM applications on a single platform to ensure that smart contracts and applications run smoothly. In this article, we will discuss what Fluent is, the key features it offers, its architecture, and its blended execution technology.

In the rapidly evolving field of blockchain, new architectures are emerging daily. Among these are various innovative designs, such as Layer-2 solutions utilizing the Solana Virtual Machine (SVM). Today, we will delve into Eclipse, a project at the forefront of adopting this technology. We'll explore what Eclipse is, how it functions, its architecture, and more, using examples!

With the rapid development of blockchain technology, monolithic and modular architectures are emerging as important constructs. In this article, we will evaluate the main features of monolithic and modular blockchain architectures, together with their advantages and disadvantages.

Rollup, rollup, and more rollup. If you're in this ecosystem, you may hear this term every day. But how do these rollups actually collect these transactions and send them to Ethereum, the main-chain? When we ask these questions, one of the main concepts we come across is "sequencer". If you are ready, let's examine what sequencers are, how they work and more with examples.