Avalanche (AVAX)
System: Avalanche — Blockspace Production
Avalanche is a proof-of-stake smart contract platform providing decentralised computation and transaction inclusion for application teams and end users deploying and interacting with on-chain applications. Founded in 2020, it operates using Avalanche consensus (Snowman++), the AvalancheGo client, and its Primary Network comprising the P-Chain, C-Chain, and X-Chain. The system boundary includes the Primary Network validator set and the AVAX token, while excluding application-level protocols and independent Avalanche L1s or Subnets.
Market Data
| Price | $8.70 |
| Market Cap | $3.75B |
| Fully Diluted Valuation | $4.03B |
| 30d Change | -4.36% |
| 365d Change | -53.87% |
Token Functionalities
Governance
- Actor Set Permissioning (Unilateral)
Right to re-weight validator influence by delegating AVAX stake to a chosen validator, where validator consensus weight explicitly includes delegated stake. This weighting right is protocol-enforced and does not rely on any discretionary executor, allowing token holders to bindingly influence validator power through delegation.
- Economic Design/Parameter Control (Partial)
Right (as a Primary Network validator, staking AVAX) to approve/implement changes to Avalanche’s economic design parameters (e.g., fee mechanism parameters, issuance/reward rules, staking-parameter rules) by adopting compatible client releases that activate protocol changes.
- Technical Parameter Control (Partial)
Right, as a Primary Network node operator or validator, staking AVAX, to influence bounded technical parameters and implement protocol-level technical changes, including voting on the target minimum block time enforced by the proposerVM on the C-Chain through configuration settings, and more broadly by adopting technical upgrades through running compatible client software.
Collateral
- Financial Collateral (Strong) [Exogenous]
AVAX used as collateral on lending protocols (Aave, Benqi)
Value Distribution
- Burn Entitlement (Algorithmic or Guaranteed)
Right to benefit from increased percentage token ownership as a result of system operations burning AVAX fees and permanently removing supply.
Service Provision
- State Transition Execution and Transaction Sequencing
Right to validate the Primary Network as a validator that creates blocks and processes transactions, with transaction ordering on the C-Chain determined first by priority fee and then by timestamp. Compensation is provided via staking rewards in AVAX to validators and, through delegation, to delegators, conditional on meeting responsiveness and uptime requirements; delegation is supported subject to a minimum stake and a validator-set delegation fee rate that takes a portion of delegator rewards.
Payments
- Native Resource Fee (Strong)
Right to pay for Avalanche Primary Network transaction execution/inclusion via protocol fees denominated in AVAX.
- General Medium of Exchange [Exogenous]
Right to discharge payment obligations to willing counterparties for goods/services (e.g., NFTs) in external marketplace contexts where listings are denominated in AVAX.
System Attributes
Operating Model
Avalanche coordinates a permissionless set of independent validators to provide blockspace, with day-to-day block production and validation carried out by node operators staking AVAX. Validators run AvalancheGo and stake on the P-Chain, which entitles them to participate in consensus across the Primary Network.
Value Creation
Avalanche’s core product is transaction execution and inclusion, delivered through validator participation in consensus and block production across the network’s chains. Validators secure the network by creating new blocks and processing transactions as part of this consensus process.
Value Capture
Avalanche handles economic flows natively at the protocol level, with transaction fees paid in AVAX and burned, directly reducing token supply. Validator compensation is provided through staking rewards, paid to designated reward addresses and, where applicable, shared with delegators at the end of staking terms if protocol conditions are satisfied.
Governance
Protocol upgrades and economic parameter changes operate through participant-based governance, with binding authority resting on validators adopting compatible client releases. Validator voting weight is determined through token-based governance via stake and delegation, while validator admission is participant-based through permissionless operator entry subject to staking requirements. The ACP process describes activation through client releases and validator adoption of updated software.