A bunk is a fresh address that has never signed a transaction. bunk seals SOL into one after every claim and then leaves it alone. Each bunk may sign once in its life. That one signature empties it completely, and the address is never touched again. This page is the full trail: every bunk ever made, what went in, and where it went when it opened.
| sealed bunks | |
| SOL sealed | |
| largest bunk | |
| cap per bunk | 2.0000 SOL |
| most bunks sealed at once | 12 |
| bunks opened so far | |
| SOL moved through bunks | |
| next to open | |
| peak price since last open | |
| open trigger | |
| trigger price | |
| live price | |
| distance to trigger | |
| surface wallet balance | |
| owed to holders | |
| carried |
Peak on the right, half of peak on the left. Inside the yellow band the oldest bunk opens.
Every bunk in order. Yellow is sealed and has never signed. Struck through has signed its one transaction and is empty. A line joins an opened bunk to the bunk that took its other half.
| bunk | address | state | funded | funded by | funded tx | balance now | signed | opened by | open tx | to burn | sent on | to |
|---|
| bunk | state | signatures allowed | signatures found on chain | check |
|---|
The engine counts how many transactions each bunk address has signed, straight from Solana. A sealed bunk must show 0. An opened one must show 1. Any other number is a broken rule and would show here as invalid.
| below peak | price | burn half (SOL) | burn half (USD) | tokens bought | share of supply | sent on | opens |
|---|---|---|---|---|---|---|---|
| 5% | |||||||
| 10% | |||||||
| 15% | |||||||
| 20% | |||||||
| 25% | |||||||
| 30% | |||||||
| 35% | |||||||
| 40% | |||||||
| 45% | |||||||
| 50% |
Plain division at each price, before slippage and fees. The real amount is whatever the buy returns, and the record states it to the last unit.
| time | leaf | bunk | price | SOL bought | burned | sent on | new bunk | check |
|---|
The cap keeps every bunk small. If keys can be recovered, the attacker goes for the largest balances first, and an address holding two SOL sits a long way down that list. Spreading the stores across many small addresses is the same cover that small wallets get from the big exposed ones ahead of them.
Signing once keeps every key short lived. A key that has signed is a key that has been used in public, and the rule here is the plain one: when an address signs, move what is left to a new address. bunk does not make exceptions. There is no bunk that has signed twice, and the table above is where you would see it if there were.
One thing has to be said plainly. On Solana an address is the public key itself, so a fresh address is not hidden behind a hash the way an unspent Bitcoin address is. What the bunks give is small targets, short lived keys and nothing resting in a wallet that signs every day. Holding SOL behind a real hash lock needs an on chain vault program, and that is the next step for bunk, not something this page claims today.
