Protocol and Economy
How supply, fees, curves, buybacks, and distribution combine into a complete economic system.

Tokenomics in FOREST is built around one principle: every token should be able to express its own economic behaviour.
Instead of forcing tokens into a fixed template, FOREST allows creators to configure supply, fees, curves, buybacks, and distribution logic in a modular way. This section explains how each component works and how they interact to form a complete economic system.
The full supply is minted at launch and split across the allocation pools — no tokens are minted afterwards:
[ Creator Configuration ] → [ Allocation Pools ] → [ Live Supply Behaviour ]
This gives creators flexibility while ensuring users can always track supply transparently.
Creators define how the token's initial distribution is split across four main pools:
| Pool | Purpose |
|---|---|
| Liquidity | Tokens paired with $FOREST to open trading and price discovery |
| Reserve | Project-owned supply for future use (team, marketing, ecosystem growth) |
| Staking | Tokens rewarded to participants staking into the ecosystem |
| Reward Pool | Tokens funding in-game rewards for the token's playable experience |
These percentages always equal 100%.
Fees create the economic engine that powers each token.
Creators configure:
(The cap reserves the fixed 5% protocol fee and 0.1% IP fee within the 99% ceiling.)
Fees can be routed to:
Buy Fee (5%)
Sell Fee (7%)
Fees influence:
High buy fees can discourage rapid entry. High sell fees can discourage dumping. Balanced fees stabilise the ecosystem.
Buybacks convert a % of collected fees or app revenue into automatic purchases of the token.
Buyback % can be configured from 0–100%.
A. Buy and Hold
Purchased tokens move into a designated treasury or module.
B. Buy and Burn
Purchased tokens are permanently removed from supply. Burning reduces circulating supply and increases scarcity.
This section outlines the complete lifecycle of a token created through FOREST, from initial configuration to long-term ecosystem mechanics.
The token moves through a series of defined states. Each state activates new mechanics while preserving the logic set by the creator.
The lifecycle ensures that a FOREST token evolves from a creator-defined concept into a fully autonomous economy with ongoing mechanics.