Liquid Staking

BIO Protocol, often referred to as the on-chain science version of Y Combinator, aims to leverage blockchain technology to bring transparency and decentralization to the scientific research and funding process. The article provides a detailed overview of the core components of BIO Protocol, including BioDAO, the curation system, liquidity and IP tokenization, as well as its tokenomics and distribution strategy.

Memecoins, liquid restaking tokens, liquid staking derivatives, blockchain modularity, Layer 1s, Layer 2s (Optimistic rollups and zero knowledge rollups), BRC-20, DePIN, Telegram crypto trading bots, prediction markets, and RWAs are some narratives to watch in 2024.

Kiln adopts a diversified strategy in infrastructure integration, deeply integrating wallets, custodial platforms, and exchanges, providing flexible staking services for both users and institutions. By building a unified API and smart contract technology with cross-chain support, Kiln achieves liquidity staking, allowing users to participate in network staking without locking assets and supporting pool staking to lower the entry barrier.

Stride is a liquid staking protocol operating in the Cosmos ecosystem, which is built on the Tendermint consensus mechanism. Utilizing the Cosmos SDK, Stride leverages features such as Inter-Blockchain Communication (IBC) and inter-chain queries, enabling it to facilitate liquid staking across multiple chains.

The complexity of blockchain underlying technologies is increasing, and the issue of cross-chain liquidity needs to be addressed urgently. Firstly, there are numerous proof-of-stake (PoS) public chains in Layer 1 (L1), and new competitors are expected to continue emerging. Secondly, the development of Layer 2 and the introduction of modular blockchains make multi-layered blockchains more feasible. In the future, we might even see the appearance of Layers 3 and 4. In this context, multi-chain liquid staking becomes an important issue worth attention.

Amnis Finance pioneers liquid staking on Aptos, with liquid tokens; amAPT and stAPT. Investors can maximize their returns by further staking or providing liquidity with these tokens while still growing their initial APT stake.

This article provides a detailed introduction to the Solana (SOL) staking mechanism, including the purpose of staking, the process, sources of rewards, and how validators earn profits. Staking not only provides rewards for users but also enhances the security and decentralization of the network.

The SOLO protocol addresses the high participation barriers and liquidity constraints faced by Ethereum independent validators. By supporting the minting of permissionless liquid staking tokens (LSTs), SOLO lowers the entry cost for independent validators to just 1.25 ETH. It allows them to borrow to stake their otherwise illiquid portion effectively. This article details the SOLO protocol’s mechanisms, including minting and burning processes, liquidation and forfeiture handling, funding rate settings, and anti-centralization mechanisms to prevent large validators from gaining excessive control over Ethereum.

Discover Fragmetric, the Solana-based restaking protocol empowering Liquid Staking Token holders with seamless deposits, $fragSOL minting, precise rewards, and optimized staking strategies

Explore the innovative technology behind PixelSwap and LayerPixel in the TON ecosystem, focusing on their commitment to solving real-world problems through technical insights, sustainable tokenomics, and strategic development in the face of market challenges.

Mining typically demands substantial computational power and energy consumption, whereas staking involves locking cryptocurrency holdings to support network operations. Understanding the nuances between these two approaches is crucial for individuals aiming to optimize their participation in the crypto space. This article explains the dynamics of crypto mining and staking, examining the associated skills, resources, strategies, and risks.

This article introduces the mETH and cmETH protocols, provides a basic overview of the $COOK token, and explains how users can participate to earn $COOK. We will also analyze the future potential and possible risks users should consider when participating.

Lido DAO (LDO) is a liquid staking protocol that enables users to stake ETH while receiving a transferable staking derivative, stETH, allowing them to maintain liquidity. Through this mechanism, users can participate in the Ethereum network’s staking process and earn rewards without locking up their assets. The protocol is governed by a decentralized autonomous organization (DAO) and relies on smart contracts to manage staked assets, node operations, and reward distribution. This lowers the barrier to entry for staking and improves capital efficiency.

As a liquid staking protocol built on Ethereum, Lido DAO (LDO) allows users to stake ETH and receive a transferable staking token called stETH. This enables users to participate in network validation and earn staking rewards while maintaining liquidity. The protocol is governed by a decentralized autonomous organization (DAO) and uses smart contracts to manage staked assets, node operations, and reward distribution. As a result, it lowers the barriers to traditional staking and improves capital efficiency.

stETH is a liquid staking token issued by Lido DAO (LDO). It represents users’ staked ETH on the Ethereum network along with the staking rewards it generates, while allowing those assets to remain usable within the DeFi ecosystem during the staking period. Lido DAO’s token economy is built around two core assets: stETH and LDO. stETH captures staking yield and provides liquidity, while LDO governs the protocol and controls key parameters. Together, they form a dual-token model for liquid staking.