Solana

SOL is the native token of a high-throughput settlement network built for many small transactions rather than few expensive ones. It pays fees, it is staked to secure the chain, and it is the unit in which validator rewards are denominated. The design choice that defines it is running a single fast chain instead of pushing activity to secondary layers.

That choice produces a distinctive fee market. Base fees are tiny by design, so ordinary usage generates little revenue; when demand spikes, users pay priority fees to get ahead in the queue, and those spikes are where the economics live. A network that is busy in transaction counts can still be modest in fee terms.

There is no supply cap. Issuance started high and declines on a schedule toward a long-run floor, with a portion of fees burned. The result is an asset whose dilution is knowable years ahead and whose demand side has to run fast enough to absorb it.

The largest visible use is trading infrastructure: decentralised exchanges, market-making, and the wave of token launches that made the network's reputation in both directions. High throughput and low fees make strategies viable that would be uneconomic elsewhere, which concentrates a particular kind of activity here.

Payments and consumer applications are the second cluster, helped by the same cost structure - stablecoin transfers, point-of-sale experiments and reward programmes where a fee of a fraction of a cent is the difference between viable and not.

Staking is the third. Holders delegate to validators and receive a share of issuance; because inflation is meaningful, not staking is an active decision to be diluted. That pushes the staked share of supply structurally higher than on chains with lower issuance.

Two separate schedules govern the supply, and confusing them is the most common error in SOL analysis. The first is protocol inflation: new SOL is issued to stakers at a rate that started around eight percent a year and declines by roughly fifteen percent of itself annually toward a long-run floor near one and a half percent. That taper is written into the protocol and can be calculated years ahead.

The second is the unlock calendar. Large allocations from the network's early funding rounds and foundation grants vest over multi-year cliffs. When a cliff passes, tokens that could not be sold become tokens that can be, and the market usually knows the date months in advance without agreeing on how much of it is already priced.

The burn side is small. A portion of each transaction fee is destroyed, but because base fees are deliberately tiny, the burn rarely offsets issuance in any meaningful way. Unlike ether, this is a net-issuing asset in practice.