Hey everyone... I’m trying to figure out where this Bitcoin address `1GBkEEtpPebeA3VfFLiCFeRTDuXsdFBBpF` came from. No transaction history and it’s linked to a time-locked address. Any thoughts or ideas on finding the platform that generated it? Appreciate any help. Thanks!
So, just to clarify, that address is based on a private key, right? And the key comes from a random number... which means you’re basically asking us to find out which device picked that number randomly. Good luck with that, not happening.
Exactly. Since that address hasn’t been used, if you’re referring to a centralized exchange, it’s tough to link it to anything. If it’s a non-custodial wallet, good luck figuring out where it originated, especially without any transaction history.
Also, just to note, exchanges don’t do timelock stuff. If it’s made with a seed phrase, maybe you can guess the wallet it came from. Electrum seed phrases can be kinda unique, you know? But don’t share your seed phrase with anyone... big no-no.
Totally agree. You can’t identify an address with just the address itself. If it’s linked to a specific exchange, it’s usually because it’s been used multiple times or they’ve publicly shared it. You can tell if it’s legacy or a SEGWIT type, though.
Right, you can’t just find out which wallet created an address. If you own it, just check all the wallets you have and see if it matches. But if you don’t own it, you’re stuck. No way to trace back.
And about the timelocked address... those usually need to be a p2sh address, not one starting with '1'. Your shared address might be linked to a timelocked deal, but it could be generated by any wallet.
That’s a good point. To set up a time-locked address, you’d need to export the public key, which rules out custodial wallets. But still, no way to track the origin of that private key.
Exactly, the Bitcoin blockchain is public, but if there are no transactions, there’s no data to check. You can generate tons of addresses in your wallet without any history.
It's somewhat true. You can set nLockTime on a TX to control when UTXO can be spent. And these days, P2WSH and P2TR can create timelocked addresses too.