Technology

Jito is an MEV optimization and liquid staking protocol within the Solana ecosystem. It enhances staking yields through JitoSOL while capturing MEV via block-building mechanisms. By combining JitoSOL with optimized block construction, Jito not only improves validator efficiency but also redistributes MEV rewards, allowing everyday users to benefit indirectly.

By introducing a Block Engine and an MEV auction mechanism, Jito turns transaction ordering into a market-driven process. Searchers submit bundles containing arbitrage opportunities and compete through bidding, while validators select the highest-paying block to maximize profits.

JTO is the native governance token of the Jito Network. As a core piece of MEV infrastructure within the Solana ecosystem, JTO not only represents governance rights but also aligns the interests of validators, stakers, and searchers through protocol revenue and ecosystem incentives. With a total supply of 1 billion tokens, its design aims to balance short-term incentives with long-term growth.

Jito and Marinade are two of the leading liquid staking protocols on Solana. Jito enhances returns through MEV (Maximal Extractable Value), making it suitable for users seeking higher yields. Marinade, on the other hand, offers a more stable and decentralized staking approach, better suited for users with lower risk tolerance. The key difference lies in how each protocol generates yield and structures risk.

2Z is the core token of the DoubleZero network, used to pay for network connectivity and computing resources, incentivize nodes, and support protocol governance. Through a carefully designed distribution model and dynamic incentive mechanisms, 2Z connects physical infrastructure supply with on-chain demand, enabling value capture while driving long-term ecosystem growth.

DoubleZero separates data filtering from high-performance transmission through a dual-ring network architecture. The outer ring uses FPGA hardware to filter invalid traffic and verify signatures, while the inner ring relies on dedicated fiber to enable low-latency data transfer. Combined with decentralized task scheduling, on-chain verification, and incentive mechanisms, DoubleZero builds an efficient and trustworthy communication layer that significantly improves blockchain consensus efficiency.

AAVE V4 launched on the Ethereum mainnet in Mar. 2026. This article offers a comprehensive analysis of Aave V4's core upgrades across five key dimensions: architecture, risk isolation, interest rate pricing, liquidation mechanism, and governance cadence. It systematically compares V4 to V3, explores potential impacts and future scaling paths, and enables readers to gain a thorough understanding of the true significance of this mainnet launch.

Cysic leverages a Proof-of-Compute consensus mechanism alongside a decentralized task scheduling system to distribute zero-knowledge proof generation across a network of Prover nodes. By integrating GPU and ASIC hardware, it improves computational efficiency and creates a high-performance, cost-effective ZK compute network.

Cysic is an infrastructure network focused on accelerating zero-knowledge proof (ZK) computation. By leveraging GPUs and custom ASICs, it delivers high-performance proof generation services, aiming to solve the challenges of high compute costs and low efficiency in ZK Rollups and AI applications. Its native token, CYS, is used to incentivize compute providers and build a decentralized proof marketplace.

CYS is the core token of Cysic, a decentralized compute network. It connects ZK proof generation and AI computing demand with compute supply through three key functions: governance rights, compute access rights, and financial reward rights. As the ComputeFi ecosystem evolves, CYS is becoming a critical value carrier for verifiable on-chain computation markets.

This article provides an in-depth look at KAITO's veToken model, the way AI algorithms measure KOL (Key Opinion Leader) influence, and its unique systems for voting and staking. It highlights how KAITO achieves its goals by managing dissemination nodes and shaping public opinion.

In our previous series, we explored based rollups, booster rollups and native rollups. In this article, we will examine gigagas rollups by looking at what they are trying to solve and how they work

In this article, we’ll examine how Rewards V2 improves upon the MVP, its core innovations, and the broader impact it has on enhancing decentralization and security within the EigenLayer ecosystem.

Explore the concept of "Preconfirmation" in blockchain technology and how it enhances transaction efficiency by addressing delays and ordering issues. This article delves into the innovative application of preconfirmation in the Taiko project, highlighting its breakthroughs in decentralization and scalability.

BOB is creating a hybrid solution that lets users withdraw assets via Bitcoin transactions without relying on Ethereum. It uses Ethereum for data availability and Bitcoin for censorship resistance. Users store withdrawal data in Bitcoin’s Taproot outputs and complete transactions with a two-phase commit/reveal process.