Avalanche Price

Avalanche is a proof-of-stake platform built around a consensus family developed by researchers from Cornell University, with Ava Labs as the company behind it. Its distinguishing feature is speed of finality: transactions are described in the documentation as reaching immutable finality in under a second.

Its consensus works by repeated random sampling. Rather than every validator communicating with every other, each one repeatedly asks a small random subset what they think, adjusting its own view toward the majority. Repeated enough times, the network converges rapidly with high confidence. The linear-chain variant used for its main chains is called Snowman.

The architecture is unusual in that the Primary Network is three chains, each doing one job. The C-Chain runs the Ethereum Virtual Machine and is where most applications and users are. The P-Chain manages validators, staking and the creation of new networks. The X-Chain handles native token transfers. Splitting these means congestion in one does not necessarily degrade the others.

Above that sits what the documentation now calls Avalanche L1s — sovereign networks with their own rules, validator requirements and token economics, launched by anyone who needs them. This is aimed at organisations that want a chain they control while still connecting to a wider ecosystem.

AVAX has a hard cap of 720 million tokens, half of which were created at genesis. Supply approaches the cap asymptotically without reaching it. Transaction fees are burned rather than paid to validators, which offsets staking emissions and can make the token deflationary during active periods.

Validators must stake at least 2,000 AVAX, and rewards scale with how long the stake is committed — a validator staking for a full year earns meaningfully more than one staking for two weeks.