DeFi

(3,3) is a game-theoretic collaborative narrative in DeFi, famous for its association with OlympusDAO and later extended to the ve(3,3) liquidity model. This article offers an objective analysis of its meaning, mechanism, use cases, and risks, while also distinguishing the homonymous notation used in cryptography.

Beldex (BDX) is a PoS privacy public chain built around private communication and anonymous transactions. One of its core goals is to reduce the possibility of on-chain fund flows being tracked through ring signatures, stealth addresses, and anonymous transaction structures. Compared with the traditional public ledger model, Beldex places greater emphasis on hiding the relationships between transaction senders, recipients, and transfers.

Beldex (BDX) is not only a privacy public chain project, but also a privacy infrastructure ecosystem built around anonymous communication and Web3 data protection. As the blockchain industry gradually expands from a single financial use case into social networking, communication, and data networks, user demand for anonymous identity, data sovereignty, and decentralized privacy services continues to grow.

Beldex (BDX) is a privacy-focused blockchain network designed to support a decentralized ecosystem centered on anonymous transactions, private communication, and Web3 data protection. Unlike most transparent public blockchains, Beldex places greater emphasis on hiding on-chain identities, making transactions difficult to trace, and giving users control over their own data.

Ethereum PoS, or Proof of Stake, is a consensus mechanism that maintains blockchain security through ETH staking and validators. Validators lock ETH to qualify for proposing new blocks and verifying transactions, receiving rewards or penalties based on their network behavior. After The Merge upgrade, Ethereum officially transitioned from PoW, or Proof of Work, to PoS. Compared with the traditional mining model, PoS significantly reduces energy consumption and lays the foundation for future Layer 2 scaling and Ethereum’s long term economic model.

Avalanche and Ethereum are both Layer1 blockchain networks designed for smart contracts and decentralized applications, but they differ significantly in network structure, scaling models, and consensus mechanisms. Ethereum mainly scales through Layer2 Rollups, while Avalanche uses a multi-chain architecture and Subnet model to enable application isolation and chain-level scaling. Both support the EVM ecosystem, but they differ in transaction confirmation speed, network structure, and application scaling paths.

AVAX is the native token of the Avalanche network. It is used to pay Gas fees, participate in staking validation, maintain network security, and create Subnets. Avalanche operates through a PoS, or proof of stake, mechanism, where validators must stake AVAX to participate in transaction validation. At the same time, Avalanche uses a transaction fee burn mechanism to control token supply growth, giving AVAX a core role in both network operations and ecosystem expansion.

Avalanche Consensus is a blockchain consensus protocol based on randomized sampling and voting. It uses Avalanche Consensus and the Snowman protocol to achieve high throughput and fast finality. Unlike traditional PoW networks or some PoS networks that rely on network-wide synchronous confirmation, Avalanche nodes gradually reach agreement through continuous randomized interactions, improving network efficiency and scalability. Snowman is the linear consensus version of Avalanche and is mainly used for smart contract chains and block ordering scenarios.

Avalanche Subnet is an independent set of validators within the Avalanche network. It is used to validate one or more blockchains and allows developers to build customized blockchain environments. Through Subnets, Avalanche can support application isolation, custom Gas models, and independent validation rules, improving network scalability and performance. Subnets are now widely used in blockchain gaming, enterprise blockchains, DeFi, and Web3 infrastructure.

Avalanche (AVAX) is a Layer 1 blockchain network built for smart contracts, digital assets, and decentralized applications. Through the Avalanche consensus mechanism and multi-chain architecture, it delivers high throughput, low latency, and scalability. The Avalanche network consists of the X-Chain, C-Chain, and P-Chain, and supports customized blockchain deployment through Subnets. AVAX is Avalanche’s native token, used to pay transaction fees, stake validators, and maintain network security.

JitoSOL, mSOL, and bSOL are all liquid staking tokens (Liquid Staking Token, LST) in the Solana ecosystem. They allow users to keep earning staking rewards while continuing to participate in DeFi. Although all three are built on Solana’s staking mechanism, they differ significantly in reward structure, validator delegation methods, MEV integration, and liquidity ecosystems.

JitoSOL is a Solana liquid staking token (Liquid Staking Token, LST) launched by Jito. After users deposit SOL into the Jito Stake Pool, they receive freely tradable JitoSOL while earning both native Solana staking rewards and MEV rewards. Compared with traditional staking, JitoSOL preserves asset liquidity while maintaining yield potential, allowing it to be used in lending, DEX liquidity provision, and other DeFi scenarios.

Infinex uses Swidge to aggregate DEXs and cross-chain bridges, allowing users to complete cross-chain swaps, route matching, and onchain trade execution through a unified interface.

INX is a utility token within the Infinex ecosystem. It is mainly used to receive gas subsidy support for transaction fees and to participate in the platform’s governance mechanism.

Osmosis connects Cosmos ecosystem chains through the IBC protocol and completes cross-chain asset transfers, path matching, and Swap execution within its AMM liquidity pools.