Value taken
USDValue taken in incidents publicly attributed to North Korea-linked actors in the selected period, valued at each attack block.
How much crypto have North Korea-linked hackers stolen, and how much do their attributed wallets still hold?
Thefts attributed to North Korea-linked groups, what their attributed wallets still hold and how the funds move across chains.
The dashboard as it will open in Vantage. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
Incidents attributed to North Korea-linked groups and the value taken.
Value taken in incidents publicly attributed to North Korea-linked actors in the selected period, valued at each attack block.
Incidents in the period with a public attribution to North Korea-linked actors.
Attributed losses as a share of all hack losses recorded for the same period.
Addresses named by attributing sources, plus addresses that received funds directly from them.
Value taken in attributed incidents per year, valued at each attack block.
Attributed losses by type of victim: centralized exchanges, bridges, DeFi protocols, wallets and other crypto companies.
Each attributed incident with its date, victim, chain, amount taken, the attributing source and links to the attack transactions.
What the attributed addresses hold now and where their funds went.
Value held by attributed addresses at the latest day-end block, across every covered chain.
Stablecoins frozen by their issuers at attributed addresses, from the issuers' freeze events.
Value sent from attributed addresses each month, split by destination: bridges, swap protocols, mixers, exchanges and unlabelled addresses.
Groups linked to North Korea are behind some of the largest thefts in crypto, according to public attributions by law enforcement, including the FBI. This dashboard adds up the incidents those sources attribute to them and follows the addresses they name: what those wallets still hold, and where the rest of the funds went.
Attribution is not something a blockchain can prove. Each incident and address here carries the advisory, sanctions designation or post-mortem that attributes it, and the dashboard counts only what such a source names, plus funds that moved directly from those addresses. The amounts, balances and transfers are then read from the chains, each with its block and transaction.
Published investigations describe a recurring laundering pattern: stolen tokens swapped into liquid assets such as ETH, moved through bridges and cross-chain swap protocols, often into bitcoin, then split across many fresh addresses before reaching brokers or exchanges. The wallets page shows how much value took each path.
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
Lazarus Group is the name the US Treasury and security researchers use for a North Korean state-sponsored hacking group; related clusters are tracked under other names, such as TraderTraitor in FBI advisories. Public sources attribute many large exchange and bridge thefts to these groups.
The headline figure on this dashboard adds up every incident a public source attributes to North Korea-linked actors, valued at each attack block. Totals published by different organizations differ because they attribute different incidents, so each incident counted here lists its source.
TraderTraitor is the name the FBI uses for a North Korean cyber actor cluster, linked to the Lazarus Group, that it has named in advisories about thefts from exchanges and other crypto companies, including the Bybit theft of February 2025.
Published investigations describe swaps into liquid assets, bridges and cross-chain swap protocols, mixers and many hops through fresh addresses before funds reach brokers or exchanges. The wallets page measures how much value attributed addresses sent through each kind of service.
Tokens with an issuer freeze function, such as USDT and USDC, can be frozen at an attacker's address, and exchanges can freeze deposits they receive. Native assets such as ETH and BTC cannot be frozen by any issuer, which is one reason attackers swap into them quickly.
Follow a hack's stolen funds hop by hop into bridges, swap protocols, mixers and exchanges, or see what still sits in attacker wallets.
Multi-chainEvery 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-chainThe largest hacks and exploits on record, ranked by value taken at the time, with the attack type, the chain and how much came back.
Multi-chainCheck an address before you send or accept funds: direct flags and one-hop links to sanctioned, frozen, hacked or phishing addresses.
Multi-chainEthereumTron+1Bitcoin 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.