What a token burn is
A token burn is the permanent, verifiable removal of tokens from circulation. Burned tokens are not parked, staked or locked for later — they are gone, and the blockchain's own rules guarantee no one can ever spend them again. That irreversibility is the whole point: a burn is a supply change anyone can audit on-chain, without trusting a company's press release.
How burning actually works on-chain
There are two common mechanisms. The first is sending tokens to a burn address — an address like the well-known 0x000…dead for which no private key exists or can feasibly be found. The tokens still show up in that address's balance, but nothing can ever sign a transaction to move them. The second is a burn function in the token contract itself: calling it destroys the tokens and decreases the contract's recorded totalSupply. The second is cleaner accounting — total supply visibly shrinks — while the first leaves a growing tombstone balance anyone can inspect. Both are irreversible; they differ mainly in how the bookkeeping reads.
Why projects burn tokens
The motivations cluster into three. Scarcity: reducing supply so that, all else equal, each remaining token represents a larger share of the network. Fee sinks: tying the burn to real usage, so the supply falls as a function of activity rather than on a marketing schedule. Buyback-and-burn: a project uses revenue to purchase tokens on the market and destroy them, converting income into supply reduction. The fee-sink model is generally considered the most organic, because it needs no discretionary decisions — usage itself is the burn schedule.
The fee burn you already know: EIP-1559
The largest burn mechanism in crypto is Ethereum's own. Since the London upgrade in 2021, every Ethereum transaction pays a protocol-set base fee that is burned rather than paid to validators — we unpack the mechanics in our EIP-1559 explainer. It is the canonical fee sink: ETH supply is destroyed in proportion to how much the network is actually used, block by block, with no committee deciding anything.
Burn-and-mint is not a supply burn
One clarification that trips people up: omnichain tokens built on standards like the LayerZero OFT move between chains by burning on the source chain and minting on the destination. That burn is a transport mechanism, not a supply cut — the total across all chains is conserved by design. A genuine deflationary burn reduces the global supply; burn-and-mint merely relocates it. A token can do both at once: use burn-and-mint to move, and a separate fee burn to shrink.
What burns do — and don't do
A burn guarantees exactly one thing: fewer tokens exist. It does not guarantee a higher price — value still depends on demand, and a shrinking supply of something nobody wants is still worth nothing. Be especially skeptical of headline burns of tokens that were never in circulation (team allocations that were never going to be sold), which change optics more than economics. The burns worth taking seriously are the ones tied to verifiable usage and applied to supply that was genuinely circulating.
How to verify a burn yourself
Because burns live on-chain, you never have to take them on faith. For burn-address schemes, look up the address on a block explorer and watch its balance only ever grow. For supply-reducing burns, read the contract's totalSupply over time, or check the explorer's token page, which typically charts it. If a project claims a burn you cannot locate on-chain, that is not a burn — it is a promise.
How WATS uses this
WATS runs a usage-driven fee sink on its own fee token. Every action in the WATS Hot Wallet — transfers, swaps, staking — is charged in one token, ATS, instead of the chain's native gas: on EVM via an ERC-4337 paymaster, on Solana and TON via an equivalent fee-payer/relayer. The ATS collected as fees is then burned, reducing supply from 100,000,000 toward a 30,000,000 floor — no discretionary schedule, just usage doing the work, exactly the fee-sink model described above. ATS is a LayerZero OFT, so one balance covers EVM, Solana and TON, and the wallet stays non-custodial throughout: you hold your keys, and WATS never holds one. WATS is the first and only wallet to combine ERC-4337 and OFT single-token fees, charged instead of native gas on every transfer, with that burn. The tokenomics are covered in depth in our ATS tokenomics deep-dive and on the ATS fee page.
Frequently asked questions
What is a token burn in crypto?
A token burn is the permanent removal of tokens from circulation, done either by sending them to an unspendable burn address for which no private key exists, or by calling a burn function that reduces the contract's total supply. Both are irreversible and publicly verifiable on-chain, which is what separates a real burn from a marketing claim.
Does burning tokens increase the price?
Not automatically. A burn guarantees a smaller supply, but price depends on demand as well. Burns tied to genuine usage — like fee burns, where supply shrinks as a function of network activity — are generally more meaningful than one-off burns of tokens that were never circulating. Treat any promise that a burn will raise the price as speculation, not mechanics.
Is the OFT burn-and-mint mechanism the same as a deflationary burn?
No. An OFT burns tokens on the source chain and mints the same amount on the destination chain, so the global supply is conserved — it is how the token travels, not how it shrinks. A deflationary burn permanently reduces total supply. ATS, the WATS fee token, uses both: it moves across EVM, Solana and TON as a LayerZero OFT, while fees collected in ATS are burned to cut supply from 100M toward a 30M floor.