Crypto Hack Tracker: Exploits and Losses This Year
Every major hack and exploit of the year with the amount taken, how the attackers got in and where the stolen funds sit now.
Multi-chainWhat are the largest crypto hacks of all time, ranked by value stolen?
The largest hacks and exploits on record, ranked by value taken at the time, with the attack type, the chain and how much came back.
The table as it will open in Strata. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
One row One row per incident, across every chain and year recordedSorted by Value taken, highest first
| Rank | Incident | Date | Victim type | Chain | Attack type | Value takenUSD | Value todayUSD | RecoveredUSD | Attribution | Receipt |
|---|---|---|---|---|---|---|---|---|---|---|
Filter by Victim type, Chain, Attack type.
This table ranks the largest crypto hacks and exploits on record by the value taken, measured at the moment of each attack. Exchanges, bridges, DeFi protocols and wallets appear in one list, each with its date, chain, attack type, what was recovered and the transactions that moved the funds.
Value at the time and value today tell different stories: an old attack priced at today's rates can look far larger or smaller than it was. The table ranks by value at the attack block and shows today's value of the same tokens beside it, so the list can be read either way. Open any row to see the attack transactions and the sources that confirmed the incident.
Every figure will be read at a block, kept with its source and its exact read, and open a receipt anyone can re-check.
How receipts work →Chain data, with some off-chain sources
The first row of the table answers it, ranked by value at the time of each attack. Lists disagree because some value losses at today's prices and some count insider frauds or exchange collapses as hacks; this table counts only thefts from wallets and contracts.
Filter the table by victim type to see DeFi protocols and bridges only. Large DeFi losses have come from flawed contract logic, oracle manipulation and compromised validator or multisig keys on bridges, and each row names its cause.
A bridge holds the assets backing every token it has issued on other chains in one place, often controlled by a small set of validator or multisig keys. Compromising those keys or the verification logic can release the whole escrow at once.
No. The ranking uses value at the attack block, because that is what was taken. Today's value of the same tokens has its own column, since price moves can make an old hack look much larger or smaller today.
It varies widely from one incident to the next. The recovered column counts freezes by stablecoin issuers, returns by attackers and seizures by authorities, each from its transactions, so the share recovered can be compared row by row.
Every major hack and exploit of the year with the amount taken, how the attackers got in and where the stolen funds sit now.
Multi-chainEvery known centralized exchange breach, when it happened, which wallets were hit and how much left them, tied to the on-chain outflows.
Multi-chainEvery major hack, exploit and rug pull of the month: what was hit, how, how much was taken and where the funds went.
Multi-chainThefts attributed to North Korea-linked groups, what their attributed wallets still hold and how the funds move across chains.
Multi-chainEthereumBitcoinFollow a hack's stolen funds hop by hop into bridges, swap protocols, mixers and exchanges, or see what still sits in attacker wallets.
Multi-chainBitcoin held in outputs whose public keys are already visible on-chain, split by script type and tracked day by day.
BitcoinStart free in Voltfin Studio: boards, tables and reports where every number opens its receipt. Tell us which data you need first and we will build it next.