Avalanche (AVAX) Exchange

Avalanche consensus uses repeated random subsampling: each validator queries a small random subset of other validators

Subnets (Sovereign Chains after the Avalanche9000 upgrade) are custom blockchains built on Avalanche's infrastructure. Each subnet can have its own virtual machine

Avalanche9000 reduced the continuous fee to run subnet validators on the Primary Network by 99.9% — from 2

Burning fees reduces the circulating supply proportionally to network usage. Validators earn AVAX through staking rewards funded from uncirculated supply rather than from transaction fees. This design separates validator incentives from fee-level fluctuations and creates deflationary pressure that grows with the network — the more DeFi activity on Avalanche

The C-Chain (Contract Chain) is Avalanche's smart contract execution environment

Running a Primary Network validator requires staking a minimum of 2

JP Morgan's Onyx blockchain

Avalanche Primary Network consists of three chains: the P-Chain (Platform Chain) for validator coordination and subnet management; the C-Chain (Contract Chain) for EVM smart contracts; and the X-Chain (Exchange Chain) for fast asset creation and trading using a UTXO model. Most DeFi and token transfers happen on the C-Chain. AVAX is natively portable between all three chains.

AVAX on the C-Chain uses Ethereum-style 0x addresses and is compatible with MetaMask and EVM tools. AVAX on the X-Chain uses a different address format (starting with X-avax) and a UTXO-based transfer model. When exchanging AVAX on external platforms

The maximum supply of AVAX is 720

Go to swapzone.io/exchange/avalanche