FURNACE
CHECKING CHAIN

HOW THE
MACHINE
WORKS.

Fees are the fuel. Every planned firing divides that fuel between a permanent token burn and permanently locked liquidity. The public ledger is where the result must be proved.

A brick furnace and feed hopper in the FURNACE workshop
01 / INTAKE02 / FIRING03 / PROOF

READ THE GAUGES.

These indicators describe the live setup. They are separate from the mechanism described below.

FURNACE MINTCHECKING CHAIN
VAULT FEEDCHECKING CHAIN
AUTOMATED FIRINGNOT ACTIVE
COAL FORGECHECKING FORGE

Contract address: BKabuFfgb6kJJghKzKaBcAcJNwdniinBnDQvxWgApump. An address is not proof that the token or execution engine is live.

01 / FUELTHE INPUT

Fees need a route.

A trade does not automatically feed FURNACE. The launched token must have a real fee source, and a defined share of those fees must reach a dedicated vault wallet. Its address, incoming transfers and balance should be public. If no funds arrive, the furnace has nothing to spend.

The website is a window into that wallet. It can read confirmed chain data and react when fuel arrives. It cannot make a trade produce fees or move money by showing an animation.

02 / FIRETHE RULES

Small, bounded firings.

The execution process waits until the spendable vault balance reaches a minimum. It leaves a SOL reserve for transaction costs, caps the size of one round, and checks slippage and quoted price impact before buying. The exact limits must be set against the live pool; none are implied by the illustration on this page.

Once the round is approved, the design divides its budget into two equal allocations. The split is of the round budget, not of the token supply or every fee paid by every trader.

ASH / 50% OF ROUNDBUY → BURN

SOL buys FURNACE on the market. Only the tokens actually received are burned. The confirmed burn transaction proves the supply reduction.

STEEL / 50% OF ROUNDBUY → PAIR → LOCK

Part buys FURNACE; the rest remains SOL. Both are added to a FURNACE/SOL position, then the newly added liquidity is permanently locked.

ONE SMALL
FIRING.

The machine uses a capped portion of available fuel. This diagram shows how that portion is divided; it does not set a token price, COAL burn amount or live round size.

ROUND BUDGET100%
ASH · BUY + BURN50%
STEEL · BUY FURNACE~25%
STEEL · PAIR AS SOL~25%
Actual token amounts and deposited liquidity depend on execution prices, fees and the pool ratio. A buy is not a burn; a deposit is not a lock.
03 / RETURNTHE LOOP

What makes it a snowball?

A locked liquidity position may earn fees when people trade through its pool. Claimable fees can be returned to the vault. Once enough new fuel accumulates, another firing can begin. Repeated activity can therefore build a larger locked position while purchasing and burning more tokens over time.

This is a conditional feedback loop, not free yield. If trades stop, the fee return slows or stops. The mechanism cannot guarantee volume, token demand or price.

FOLLOW EVERY
ARROW.

A firing only counts when its individual actions can be checked on Solana.

01INPUT

Fee source, vault deposit and starting balance.

02ASH

Market buy, tokens received and burn signature.

03STEEL

Second buy, liquidity deposit and permanent-lock proof.

04RETURN

Claimed LP fees and transfer back to the vault.

VIEW THE LIVE LEDGER ↗
04 / COALSEPARATE FORGE

A burn you choose.

COAL is a separate collectible concept. A holder would connect a wallet and approve one transaction that burns a stated amount of FURNACE and mints one COAL asset. This user-initiated burn is not part of the fee-funded ASH/STEEL round.

The forge button stays unavailable until the token mint, burn amount, collection authority and permanent metadata are configured and verified. The amount must be shown before a wallet asks anyone to sign.