2% of every buy and 2% of every sell is burned. The mint and freeze authorities are revoked, so no new tokens can be made.
Taken as tax on the trade, then burned.
Mint and freeze authority are revoked on-chain.
Everything this token does comes down to these. Each one can be checked on Solscan from the contract address.
When you buy, 2% of the purchase is taken as tax and sent to the burn wallet, which burns it.
Selling is taxed the same way. Whichever direction a trade goes, the supply ends up smaller than it was.
Until the token graduates, no address can hold more than 2% of supply (20,000,000 tokens), so no single buyer can take most of it early. This cap lifts at graduation. The 2% burn is not tied to graduation.
If you have bought a Solana token before, go to step three. The slippage setting is the only part specific to this token.
Phantom or Solflare, on desktop or phone. Both are free and take about a minute to set up. Write the recovery phrase on paper and never type it into a website.
phantom.appBuy SOL on any exchange and send it to your wallet address, or use the buy option inside the wallet. Keep a little extra for network fees, which cost fractions of a cent.
Open Jupiter and paste the contract address. Searching by name can turn up copies. The token shows as BURN in your wallet. Set slippage to at least 4%: with a 2% tax, the default 0.5% setting rejects the trade.
Open JupiterCheck the address. Only use the contract address on this page or the official X account. Copied tokens with similar names are the most common way people lose money on a new launch.
One wallet receives it, and that wallet burns it.
The tax does not go to a treasury or a marketing budget. It goes to the burn wallet below, and every burn it makes is a public transaction you can look up on Solscan.
The burned figure at the top of this page is read from the chain: the starting supply of one billion, minus what exists now. Nothing is estimated. A token only counts as destroyed once the burn transaction has landed.
A token named after inflation should be able to explain it. This is the short version, with the government’s own figures.
Source: US Bureau of Labor Statistics, series CUUR0000SA0 (CPI-U, annual average), 1971–2025. 2025 is the latest full year. Index base 1982–84 = 100.
Prices rise when the amount of money grows faster than the amount of things to buy with it. Energy costs, supply chains and wages change how fast that shows up, but not which way it goes.
A central bank sets the rate at which new money is created. That decision is the starting point for everything below.
New money is spent at today’s prices. By the time it has passed through enough hands to reach a wage or a savings account, prices have moved. Whoever receives it first gains; whoever receives it last pays the difference.
Economists call this the Cantillon effect, after the 18th-century writer who described it.
Most central banks aim for inflation of about 2% a year. At that rate, prices double roughly every 35 years. At 7% they double in about ten.
A slow, steady rise is the target on purpose. For anyone holding cash, it still means the same savings buy half as much within a working life.
If adding to a supply makes each unit worth a smaller share, taking away from it does the opposite. $BURN takes 2% of every trade and burns it, so the number of tokens only goes down.
That is arithmetic, not a promise about price. Nothing on this page is financial advice.
2%
Every burn, posted in public
The supply and each milestone are posted as they happen, so anyone can check them against the chain.