the bunker experiment
Every trade of this coin pushes a slice of its liquidity out of an account held by a normal Solana key and into a vault that only a hash signature can open. Buys push. Sells push twice as hard. Nothing ever comes back the other way. When the last slice crosses, no elliptic curve key can touch any of it, and a quantum computer has nothing left to break. The coin is a standard pump.fun coin paired with SOL.
Value as a line, one point per minute, oldest on the left, the last point live. Each mark underneath is one minute of trading: taller means more liquidity went into the bunker in that minute.
What this is
A quantum computer big enough to run Shor's algorithm can work a private key out of a public key. Every normal Solana account is guarded by exactly that kind of key. The bunker mode idea is simple: if that day comes early, anything that matters should already be sitting behind hash signatures, which a quantum computer cannot shortcut the same way.
This is that idea run as a live test on one pump.fun coin. The coin's own liquidity, built from its creator fees, starts in an exposed account. Each trade moves part of it into the bunker. Nobody votes on it and nobody can reverse it. The number below is how far the test has got.
Bunkered
None of the experiment's liquidity is out of reach of any elliptic curve key, by the rule, after 0 moves.
Next halving
Each halving bunkers half of whatever is still exposed. The bar shows progress to the next one.
Price
Each cell is one 256th of the experiment's liquidity. A filled cell is in the bunker. The outlined cells are still held by a key a quantum computer could break. Cells only ever fill.
Moves
| time | side | size | moved | bunkered | tx |
|---|---|---|---|---|---|
| No moves yet. | |||||
Largest moves
| when | side | size | moved | source |
|---|---|---|---|---|
| Nothing yet. | ||||