Once every 60 seconds, it finds a new host — drawn from every real token holder on-chain, weighted by balance. The bigger the bag, the higher the odds of being chosen. There's nothing to connect and nothing to sign — just hold.
Every holder is automatically entered — the pool is pulled directly from real wallet balances on-chain. Loading holder count…
Funds are sent manually to the current host. No auto-payouts, no contract ever touches your wallet.
Every wallet holding a balance is in the pool automatically. There's nothing to connect, stake, lock, or approve — the organism reads the chain directly, not a session in your browser.
Once a minute a host is chosen at random from the full holder list, where weight = token balance. A bigger bag means a proportionally bigger chance — never a guarantee.
The parasite latches onto the chosen wallet. Its address is displayed live as the current host until the next cycle completes.
The host receives a payout worth roughly $20–$150. The exact amount is randomized each cycle.
Funds are sent by hand, not by a bot with wallet access. Every previously infected host stays eligible — being chosen once doesn't remove or boost your odds later.
It didn't arrive with a whitepaper. It arrived in a memory leak nobody could patch, feeding on idle cycles in a devnet nobody was supposed to be running past midnight.
By the time anyone noticed the CPU graphs, it had already found its first host. It doesn't ask for permission — it reads balances, and balances are public.
We tried isolating it behind a firewall. It doesn't touch your keys, your signatures, or your session — it doesn't need to. All it needs is what's already written on-chain: ██████████ and a wallet worth attaching to.
The bigger the balance, the harder it pulls. That part, at least, we understand.
Once a minute it lets go and looks again. Not loyalty. Not memory. Just weight, and chance, and the next host. It only ever seems to notice you when you get close to the glass.