Topic: How to create millions of Bitcoin addresses (Read 282 times)
Ooo it's amazing that you can get bitcoin in this way.
Ignoring the privacy concerns of using a live website, this will quickly finish your browser's memory by filling it up with WIF strings.
1 million private keys will use at least 30-50MB and that's just for storing the WIFs themselves. I can't imagine how much memory the internal state would use up if multiplied 1,000,000 times not to mention it will be very slow and slow down other tabs since it's running inside the browser's JS engine.
Forget about memory usage, JS is too slow to generate lots of address at once. I tried showing 500 rows and it took few minutes to generate 500 addresses, where each second only able to generate and show between 2-4 address.
I expect the browser will crash if i tried to generate 1 million rows/addresses.
Ignoring the privacy concerns of using a live website, this will quickly finish your browser's memory by filling it up with WIF strings.
1 million private keys will use at least 30-50MB and that's just for storing the WIFs themselves. I can't imagine how much memory the internal state would use up if multiplied 1,000,000 times not to mention it will be very slow and slow down other tabs since it's running inside the browser's JS engine.
create millions of Bitcoin addresses for real use
if HD wallet can support over millions address, I think it easy to use
create individual private key over 1 million you need to keep it save all it is risk to lost some address if missing
if for you use personal it easy and no problem
I try at https://iancoleman.io/bip39/
type starting from index 900,000,000 it generate next address
Are there ideas and solutions? 
Not sure what exactly you want, but you can derive millions of Bitcoin addresses from one master public key. Check iancoleman to see how it works. Loading the balances of millions of addresses won't work if you rely on third parties. You'll have to run your own Bitcoin node for sure. If you're keen on using electrum here's a nice way to achieve what you want: Electrum Personal Server.
Not best option, because
1. Electrum wallet isn't scalable (one of the reason is usage of JSON to store the information).
2. Electrum server maximum request for each user.
Can you analyze the first reason a little bit more?1. Electrum wallet isn't scalable (one of the reason is usage of JSON to store the information).
2. Electrum server maximum request for each user.
Besides the above, he'll expose all these addresses to electrum nodes, which isn't recommended for privacy reasons, especially if they're clients' addresses.
The only reason I can think of why someone would need millions of addresses is spam/scam/extortion email
Bingo or a sad attempt at brute forcing addresses.
Another suggestion from above you can also use this one.
- https://iancoleman.io/bip39/
It generates addresses instantly including seed so you can backup both seed phrase and private keys.
Just type the number of addresses you want to see under the "show more row" and it will show all addresses with private keys.
- https://iancoleman.io/bip39/
It generates addresses instantly including seed so you can backup both seed phrase and private keys.
Just type the number of addresses you want to see under the "show more row" and it will show all addresses with private keys.
NotATether's sollution works...
If you want an easyer method that allows you to greatly simplify the backup procedure, you could also use electrum, let it generate a seed phrase, write down this seed, then go to electrum's console and do:
wallet.change_gap_limit(10000)
wallet.storage.write()
listaddresses()
Then you'll get a list you can import into a db.. Do prepare to wait a LOOOOOONG time... A 10.000 gap limit isn't small...
TBH, my sollution isn't per defenition better than NotATether's, it's just differrent
I would say that using a deterministic wallet is superior to generating private keys individually. The resources to monitor transactions sent to the addresses is the same for both, however keeping backups and storing the private key is much easier with a deterministic wallet. If you want an easyer method that allows you to greatly simplify the backup procedure, you could also use electrum, let it generate a seed phrase, write down this seed, then go to electrum's console and do:
wallet.change_gap_limit(10000)
wallet.storage.write()
listaddresses()
Then you'll get a list you can import into a db.. Do prepare to wait a LOOOOOONG time... A 10.000 gap limit isn't small...
TBH, my sollution isn't per defenition better than NotATether's, it's just differrent
millions of Bitcoin addresses worked for personal use for a project without mentioning what it is and linking addresses to a single wallet
The only reason I can think of why someone would need millions of addresses is spam/scam/extortion email, where you'd like to keep track of who paid you.So I'm curious what your "personal project" involves.
millions of Bitcoin addresses worked for personal use for a project without mentioning what it is and linking addresses to a single wallet
The only reason I can think of why someone would need millions of addresses is spam/scam/extortion email, where you'd like to keep track of who paid you.So I'm curious what your "personal project" involves.
That being said: have you thought about how you're going to keep track of which address got funded? If you import a few million addresses into a wallet, I expect it to grind to a halt. You may like this solution.
NotATether's sollution works...
If you want an easyer method that allows you to greatly simplify the backup procedure, you could also use electrum, let it generate a seed phrase, write down this seed, then go to electrum's console and do:
wallet.change_gap_limit(10000)
wallet.storage.write()
listaddresses()
Then you'll get a list you can import into a db.. Do prepare to wait a LOOOOOONG time... A 10.000 gap limit isn't small...
TBH, my sollution isn't per defenition better than NotATether's, it's just differrent
If you want an easyer method that allows you to greatly simplify the backup procedure, you could also use electrum, let it generate a seed phrase, write down this seed, then go to electrum's console and do:
wallet.change_gap_limit(10000)
wallet.storage.write()
listaddresses()
Then you'll get a list you can import into a db.. Do prepare to wait a LOOOOOONG time... A 10.000 gap limit isn't small...
TBH, my sollution isn't per defenition better than NotATether's, it's just differrent
First of all I advise against writing in all bold text because it hurts the eyes especially at night.
Now as for your question, I am guessing that you are looking for a library, and not some web service, for creating millions of private keys.
If you are OK with using Python, you can install the bitcoinaddress module and simply generate an address like this:
Example output addresses: DO NOT USE
You can run that in a loop and it's never going to rate-limit or block you, because it runs on your local machine
If you are looking to use some other programming language, please tell us which one it is so we can help you specifically about it.
Now as for your question, I am guessing that you are looking for a library, and not some web service, for creating millions of private keys.
If you are OK with using Python, you can install the bitcoinaddress module and simply generate an address like this:
Code:
from bitcoinaddress import Wallet
wallet = Wallet()
print(wallet)
wallet = Wallet()
print(wallet)
Example output addresses: DO NOT USE
Code:
Private Key HEX: 03902e4f09664bc177fe4e090dcd9906b432b50f15fb6151984475c1c75c35b6
Private Key WIF: 5HqrbgkWPqBy6dvCE7FoUiMuiCfFPRdtRsyi6NuCM2np8qBZxq5
Private Key WIF compressed: KwLdv6T2jmhQbswnYrcL9KZHerTpVyjozp1JNjfP5QuD3GchCwCc
Public Key: 04c5389a31ce6149c28ba20d14db8540b2319e5a65000a2919fbf7a6296e7840b53f883a9483fb7f2b43f3eacd857c904d1b70ecc168571b64d8f1ab82b57eea88
Public Key compressed: 02c5389a31ce6149c28ba20d14db8540b2319e5a65000a2919fbf7a6296e7840b5
Public Address 1: 1Bu6YxH64nfvhdDsYNEP8PftoBMqgusdPS
Public Address 1 compressed: 18i5PtPisxbGiGGEviW7HPcnfNPmcsscwH
Public Address 3: 38dRrGx5YbrnRWuWcJv5i2XHjYUnHE2wvv
Public Address bc1 P2WPKH: bc1q2jxe5azr6zmhk3258av7ul6cqtu4eu4mps8f4p
Public Address bc1 P2WSH: bc1qdveuf0egtfdnd2fnsp0lzfukn2e58czf8323ky6xt8ydew4ecfcqv3ettx
Private Key WIF: 5HqrbgkWPqBy6dvCE7FoUiMuiCfFPRdtRsyi6NuCM2np8qBZxq5
Private Key WIF compressed: KwLdv6T2jmhQbswnYrcL9KZHerTpVyjozp1JNjfP5QuD3GchCwCc
Public Key: 04c5389a31ce6149c28ba20d14db8540b2319e5a65000a2919fbf7a6296e7840b53f883a9483fb7f2b43f3eacd857c904d1b70ecc168571b64d8f1ab82b57eea88
Public Key compressed: 02c5389a31ce6149c28ba20d14db8540b2319e5a65000a2919fbf7a6296e7840b5
Public Address 1: 1Bu6YxH64nfvhdDsYNEP8PftoBMqgusdPS
Public Address 1 compressed: 18i5PtPisxbGiGGEviW7HPcnfNPmcsscwH
Public Address 3: 38dRrGx5YbrnRWuWcJv5i2XHjYUnHE2wvv
Public Address bc1 P2WPKH: bc1q2jxe5azr6zmhk3258av7ul6cqtu4eu4mps8f4p
Public Address bc1 P2WSH: bc1qdveuf0egtfdnd2fnsp0lzfukn2e58czf8323ky6xt8ydew4ecfcqv3ettx
You can run that in a loop and it's never going to rate-limit or block you, because it runs on your local machine
If you are looking to use some other programming language, please tell us which one it is so we can help you specifically about it.
Welcome, I am new here. I want to ask the question of how millions of Bitcoin addresses worked for personal use for a project without mentioning what it is and linking addresses to a single wallet such as a blockchain. Any money transfer to any of these addresses turns into my account. I know the use of a private key.
For Bitcoin addresses, but it will be tiring to make 10,000 addresses and link them, so what should I do when I do not want to use the API system
This project has some suit because it is a stupid blockchain system. Sometimes it closes the API and the project that will be created cannot be linked to the API permanently.
Are there ideas and solutions?
For Bitcoin addresses, but it will be tiring to make 10,000 addresses and link them, so what should I do when I do not want to use the API system
This project has some suit because it is a stupid blockchain system. Sometimes it closes the API and the project that will be created cannot be linked to the API permanently.
Are there ideas and solutions?
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