Technology

This article explores the principles and implementation of parallel blockchain technology, analyzing its application in enhancing blockchain scalability and performance. It compares traditional blockchain with parallelized blockchain to reveal how parallel processing effectively addresses network congestion and transaction latency issues. Additionally, the article discusses the potential of parallelization in various decentralized applications, emphasizing its importance in the future blockchain ecosystem, providing blockchain developers and researchers with in-depth insights.

The three-layer framework of chain abstraction emphasizes a central concept: creating a highly interconnected, interoperable blockchain ecosystem by eliminating direct interaction between users, developers, and infrastructure providers with different blockchains. Chain abstraction is more than a technical innovation; it represents an important step toward the maturity of the blockchain ecosystem, helping it evolve from a collection of isolated, multi-chain islands to a more collaborative and connected network.

Everclear introduces the concept of 'clearing' from traditional finance to Web3. Their research shows that 80% of daily cross-chain transaction volume can be netted without moving assets. This demonstrates clearing's potential in Web3.

Based rollups also means that MEV naturally flows to Ethereum, strengthening Ethereum’s economic security. There are some limitations to the revenue models of based rollups, as can be understood here. In this blog post, we'll summarize the current economic landscape of rollups, and explore the based rollups economy.

In light of the liquidity fragmentation issue in the current Rollup ecosystem, Based Rollups are widely regarded as an effective potential solution. Preconfirmation plays a crucial role in enhancing the user experience of Based Rollups.

Although L2s have successfully scaled Ethereum to some extent, they still face limitations. Monad aims to build a new realm that combines Ethereum's rich culture with the scalability of Solana and Sui, creating an Ethereum-compatible system that meets the efficiency demands of a new era.

In the decentralized world, privacy technology is becoming essential. Zama is at the forefront with its advanced Fully Homomorphic Encryption (FHE) technology, which redefines data privacy protection. Using its "TFHE-rs" FHE library, Zama enables encrypted data processing without decryption, ensuring privacy and security. Additionally, Zama’s fhEVM applies this technology to smart contracts, enabling private smart contracts that keep data confidential even as it circulates on the blockchain. Supported by the Concrete library, which simulates and optimizes FHE operations, Zama offers a complete privacy computing solution, advancing blockchain privacy technology.

Throughout this analysis, we dive deeper into Berachain, contextualizing POL within the broader evolution of consensus mechanisms. Then, we examine its practical implications for projects building within the Berachain ecosystem, using some of the most prominent ones as use cases.

There are two practical challenges when constructing a proof system based on binary fields: First, the field size used for trace representation in STARKs should be larger than the degree of the polynomial. Second, the field size used for the Merkle tree commitment in STARKs must be greater than the size after Reed-Solomon encoding extension. Binius is an innovative solution to address these two problems by representing the same data in two different ways.

If Ethereum’s future scaling solution is to convert all Rollups into ZK Rollups, OP Succinct aims to deploy Type-1 zkEVM (fully Ethereum-equivalent) within the OP Stack, utilizing Rust and SP1.

BlackRock has expanded its Web3 presence by launching the BUIDL tokenized fund in partnership with Securitize. This move highlights both BlackRock’s influence in Web3 and traditional finance’s increasing recognition of blockchain. Learn how tokenized funds aim to improve fund efficiency, leverage smart contracts for broader applications, and represent how traditional institutions are entering public blockchain spaces.

This article explains what fully diluted market cap means in crypto and discusses fully diluted valuation calculation steps, FDV’s importance, and the risks of relying on FDV in crypto.

Fiber Network is a decentralized payment network built on Nervos CKB, supporting fast, low-cost off-chain transactions for multiple currencies, with special interoperability with the Bitcoin Lightning Network. Through technologies such as payment channels and HTLC/PTLC, Fiber provides efficient cross-chain payments and asset transfers.

Homomorphic encryption is a cryptographic technique that allows specific computations to be performed directly on encrypted data without prior decryption. Only upon final decryption is the correct plaintext result revealed. This technology's uniqueness lies in its dual ability to protect data privacy and enable "active" encrypted data—allowing continued data processing under a secure umbrella. As a result, homomorphic encryption emerges as an ideal technology that seamlessly integrates privacy protection with data processing, finding widespread application across an increasing number of fields.

This guide explores how blockchains have evolved into a cross-chain world, the different types of blockchain networks, and the ongoing challenges and risks associated with blockchain interoperability.