Search result of TREE

A Merkle Tree is a structure used to verify and maintain data integrity in a set. Merkle trees and Merkle Roots are employed to verify transactions.

TREE Crypto is the native token of the Treehouse protocol, playing a multi-functional role in governance, staking, and incentivization. It serves as a critical element of the interest rate oracle mechanism in the DeFi ecosystem.

TREE Coin, issued by Treehouse Protocol, is emerging as a price benchmark for fixed income in DeFi as the market shifts from high-risk yield farming toward more stable yield products.

Treehouse Protocol is entering the Ethereum fixed-income market with a dual-engine model that combines liquid staking and benchmark yield. Its core offering, tETH, allows users to earn both staking rewards and interest income within DeFi, eliminating the restrictions of traditional lock-up structures.

This article talks about Merkle trees as the secret behind efficient data verification in blockchain, providing speed and scalability advantages.

Explore the TreeHouse protocol and its core token, TREE, to understand their functionality, architecture, and incentive structures. Discover how the Decentralized Offered Rate is revolutionizing interest rate pricing models in the blockchain space.

Fractal Bitcoin aims to leverage Bitcoin’s core code to build a branching, tree-like structure. Each layer can expand further, greatly boosting the network’s ability to handle parallel processes.

Proof-of-Reserves (PoR) emerged as a crucial solution in response to a trust crisis triggered by FTX, and it swiftly gained traction among major centralized exchanges (CEX). PoR serves as a means of demonstrating that an exchange's assets significantly exceed its liabilities. This is achieved by structuring asset data into a Merkle Tree format and subjecting it to third-party audits, confirming the exchange's substantial financial backing.

Conflux, based on Directed Acyclic Graph (DAG) technology and employing the Tree-Graph Consensus Algorithm, harmoniously combines high concurrency and security. In the Conflux network, each node holds a unique position, enabling rapid transmission of transaction information and enhancing the overall throughput of the network. This unique design allows Conflux to deliver performance of up to several thousand TPS (transactions per second), surpassing many competitors, while ensuring decentralization.

SOON Network introduces a Merkle tree structure within the Solana Virtual Machine (SVM) to address the issue of missing global state roots. This enhancement strengthens SVM's capabilities in integrity verification, fraud proofs, and cross-layer operations within the aggregation system. By embedding the state root directly into the SVM blockchain, SOON improves security and scalability, providing stronger support for SVM aggregation.

A lot of innovation is being invested in onchain games, but our focus is on exploring the provable game technology tree using Cairo and Starknet VM. This article aims to translate some provable game concepts into a practical example, inspired by the legendary game RuneScape.

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.

With the implementation of Hong Kong’s stablecoin regulations, this article provides a comprehensive analysis of how the dual-track approach—combining Digital Renminbi and offshore Renminbi stablecoins—advances Renminbi internationalization. Using the metaphor of a financial system as a tree with roots, trunk, and leaves, this article systematically explores on-chain settlement in the Shanghai Free Trade Zone, the global distribution mechanism for Hong Kong’s CNHC stablecoin, and the technical frameworks and risk management for central bank regulation, on-chain transparency, and cross-border payment efficiency. It is ideal for readers interested in stablecoin policy, Renminbi internationalization, and fintech innovation.

This article analyzes Gate.io CeFi Earn products, with a focus on Simple Earn, Dual Investment, and Auto-Invest. Through a comparison of their features and benefits, investors can better understand how to select Earn tools that match their risk tolerance and investment objectives. The article highlights Gate.io's robust security measures and diverse product offerings, delivering comprehensive cryptocurrency investment solutions. The platform's implementation of Merkle tree and zk-SNARKs technology safeguards assets, while its total reserve ratio of 123.91% demonstrates both reliability and innovation.

What are Verkle Trees, why Ethereum needs it, and how do Verkle Trees solve problems? The goal of this article is to answer these questions for readers without delving too deeply into cryptography and mathematics, helping those with some understanding of Ethereum quickly grasp the concept of Verkle Trees.