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btcrecover.py is a free and open source multithreaded wallet password recovery tool with support for Bitcoin Core, MultiBit (Classic and HD), Electrum (1.x and 2.x), mSIGNA (CoinVault), Hive for OS X, Blockchain.com (v1-v3 wallet formats, both main and second passwords), Bither, and Bitcoin & KNC Wallets for Android. It is designed for the case where you already know most of your password, but need assistance in trying different possible combinations. This tutorial will guide you through the features it has to offer.

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Installation

Running btcrecover.py

This tutorial is pretty long... you don't have to read the whole thing. Here are some places to start.

1. If you already have a btcrecover-tokens-auto.txt file, skip straight to step 6. If not, and you need help creating passwords from different combinations of smaller pieces you remember, start with step 4. If you you think there's a typo in your password, or if you mostly know what your whole password is and only need to try different variations of it, read step 5.
2. Read The Token File section (at least the beginning), which describes how btcrecover builds up a whole password you don't remember from smaller pieces you do remember. Once you're done, you'll know how to create a tokens.txt file you'll need later.
3. Read the Typos section, which describes how btcrecover can make variations to a whole password to create different password guesses. Once you're done, you'll have a list of command-line options which will create the variations you want to test.
   • If you skipped step 4 above, read the simple Passwordlist section instead.
4. Read the Running btcrecover section to see how to put these pieces together and how to run btcrecover in a Command Prompt window.
   • (optional) Read the Testing your config section to view the passwords that will be tested.
   • (optional) If you're testing a lot of combinations that will take a long time, use the Autosave feature to safeguard against losing your progress.
5. (optional, but highly recommended) Donate huge sums of Bitcoin to the donation address once your password's been found.

BIP39/44 Wallets with AddressDB

If you are recovering the passphrase from a BIP39/44 wallet, you can do so either with, or without knowing an address that you are looking for, please see Recovery with an Address Database for more info.

Token Lists and Password or Seed Lists

Both password and seed recovery methods allow the use of both a token file and a password/seed list file. For password recovery, at least one of these will be required. (And may be required for some types of seed recovery, eg: unscrambling a seed phrase)

The password/seed list file also allows the task of generating passwords, and that of testing them, to be split into two seperate steps, enabling the user to take advantages of the speed boost that PYPY offers for password generation, the increased speed of testing in cpython, while also making it trivial to split the task of testing a large number of passphrase across multiple servers. (Or doing single threaded operation of creating a password list seperately to the task of testing it on a more powerful/expensive system)

Both the password list file and the token file have their own documentation below...

Typos

btcrecover can generate different variations of passwords to find typos or mistakes you may have inadvertently made while typing a password in or writing one down. This feature is enabled by including one or more command-line options when you run btcrecover.

If you'd just like some specific examples of command-line options you can add, please see the Typos Quick Start Guide.

With the --typos # command-line option (with # replaced with a count of typos), you tell btcrecover up to how many typos you’d like it to add to each password (that has been either generated from a token file or taken from a passwordlist as described above). You must also specify the types of typos you’d like it to generate, and it goes through all possible combinations for you (including the no-typos-present possibility). Here is a summary of the basic types of typos along with the command-line options which enable each:

• --typos-capslock - tries the whole password with caps lock turned on
• --typos-swap - swaps two adjacent characters
• --typos-repeat - repeats (doubles) a character
• --typos-delete - deletes a character
• --typos-case - changes the case (upper/lower) of a single letter

For example, with --typos 2 --typos-capslock --typos-repeat options specified on the command line, all combinations containing up to two typos will be tried, e.g. Cairo (no typos), cAIRO (one typo: caps lock), CCairoo (two typos: both repeats), and cAIROO (two typos: one of each type) will be tried. Adding lots of typo types to the command line can significantly increase the number of combinations, and increasing the --typos count can be even more dramatic, so it’s best to tread lightly when using this feature unless you have a small token file or passwordlist.

Here are some additional types of typos that require a bit more explanation:

• --typos-closecase - Like --typos-case, but it only tries changing the case of a letter if that letter is next to another letter with a different case, or if it's at the beginning or the end. This produces fewer combinations to try so it will run faster, and it will still catch the more likely instances of someone holding down shift for too long or for not long enough.

• --typos-replace s - This tries replacing each single character with the specified string (in the example, an s). The string can be a single character, or some longer string (in which case each single character is replaced by the entire string), or even a string with one or more expanding wildcards in it. For example, --typos 1 --typos-replace %a would try replacing each character (one at a time) with a lower-case letter, working through all possible combinations. Using wildcards can drastically increase the total number of combinations.

• --typos-insert s - Just like --typos-replace, but instead of replacing a character, this tries inserting a single copy of the string (or the wildcard substitutions) in between each pair of characters, as well as at the beginning and the end.

  Even when --typos is greater than 1, --typos-insert will not normally try inserting multiple copies of the string at the same position. For example, with --typos 2 --typos-insert Z specified, guesses such as CaiZro and CZairoZ are tried, but CaiZZro is not. You can change this by using --max-adjacent-inserts # with a number greater than 1.

Typos Map

• --typos-map typos.txt - This is a relatively complicated, but also flexible type of typo. It tries replacing certain specific characters with certain other specific characters, using a separate file (in this example, named typos.txt) to spell out the details. For example, if you know that you often make mistakes with punctuation, you could create a typos-map file which has these two lines in it:

  In this example, btcrecover will try replacing each . with one of the three punctuation marks which follow the spaces on the same line, and it will try replacing each ; with one of the four punctuation marks which follow it.

  This feature can be used for more than just typos. If for example you’re a fan of “1337” (leet) speak in your passwords, you could create a typos-map along these lines:

  This would try replacing instances of a or A with @, instances of s or S with either a $ or a 5, etc., up to the maximum number of typos specified with the --typos # option. For example, if the token file contained the token Passwords, and if you specified --typos 3, P@55words and Pa$sword5 would both be tried because they each have three or fewer typos/replacements, but P@$$w0rd5 with its 5 typos would not be tried.

  The btcrecover package includes a few typos-map example files in the typos directory. You can read more about them in the Typos Quick Start Guide.

Max Typos by Type

As described above, the --typos # command-line option limits the total number of typos, regardless of type, that will ever be applied to a single guess. You can also set limits which are only applied to specific types of typos. For each of the --typos-xxxx command-line options above there is a corresponding --max-typos-xxxx # option.

For example, with --typos 3 --typos-delete --typos-insert %a --max-typos-insert 1, up to three typos will be tried. All of them could be delete typos, but at most only one will ever be an insert typo (which would insert a single lowercase letter in this case). This is particularly useful when --typos-insert and --typos-replace are used with wildcards as in this example, because it can greatly decrease the total number of combinations that need to be tried, turning a total number that would take far too long to test into one that is much more reasonable.

Typos Gory Details

The intent of the typos features is to only apply at most one typo at a time to any single character, even when applying multiple typos to a single password guess. For example, when specifying --typos 2 --typo-case --typo-repeat, each password guess can have up to two typos applied (so two case changes, or two repeated characters, or one case change plus one repeated character, at most). No single character in a guess will have more than one typo applied to it in a single guess, e.g. a single character will never be both repeated and case-changed at the same time.

There are however some exceptions to this one-typo-per-character rule-- one intentional, and one due to limitations in the software.

The --typos-capslock typo simulates leaving the caps lock turned on during a guess. It can affect all the letters in a password at once even though it's a single typo. As in exception to the one-typo-per-character rule, a single letter can be affected by a caps lock typo plus another typo at the same time.

The --typos-swap typo also ignores the one-typo-per-character rule. Two adjacent characters can be swapped (which counts as one typo) and then a second typo can be applied to one (or both) of the swapped characters. This is more a software limitation than a design choice, but it's unlikely to change. You are however guaranteed that a single character will never be swapped more than once per guess.

Finally it should be noted that wildcard substitutions (expansions and contractions) occur before typos are applied, and that typos can be applied to the results of wildcard expansions. The exact order of password creation is:

1. Create a 'base' password from one or more tokens, following all the token rules (mutual exclusion, anchors, etc.).
2. Apply all wildcard expansions and contractions.
3. Apply up to a single caps lock typo.
4. Apply zero or more swap typos.
5. Apply zero or more character-changing typos (these typos do follow the one-typo-per-character rule).
6. Apply zero or more typo insertions (from the typos-insert option).

At no time will the total number of typos in a single guess be more than requested with the --typos # option (nor will it be less than the --min-typos option if it's used).

Autosave

Depending on the number of passwords which need to be tried, running btcrecover might take a very long time. If it is interrupted in the middle of testing (with Ctrl-C (see below), due to a reboot, accidentally closing the Command Prompt, or for any other reason), you might lose your progress and have to start the search over from the beginning. To safeguard against this, you can add the --autosave savefile option when you first start btcrecover. It will automatically save its progress about every 5 minutes to the file that you specify (in this case, it was named savefile – you can just make up any file name, as long as it doesn’t already exist).

If interrupted, you can restart testing by either running it with the exact same options, or by providing this option and nothing else: --restore savefile. btcrecover will then begin testing exactly where it had left off. (Note that the token file, as well as the typos-map file, if used, must still be present and must be unmodified for this to work. If they are not present or if they’ve been changed, btcrecover will refuse to start.)

The autosave feature is not currently supported with passwordlists, only with token files.

Interrupt and Continue

If you need to interrupt btcrecover in the middle of testing, you can do so with Ctrl-C (hold down the Ctrl key and press C) and it will respond with a message such this and then it will exit:

If you didn't have the autosave feature enabled, you can still manually start testing where you left off. You need to start btcrecover with the exact same token file or passwordlist, typos-map file (if you were using one), and command-line options plus one extra option, --skip 357449, and it will start up right where it had left off.

Unicode Support

If your password contains any non-ASCII (non-English) characters, you will need to add the --utf8 command-line option to enable Unicode support.

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Please note that all input to and output from btcrecover must be UTF-8 encoded (either with or without a Byte Order Mark, or 'BOM'), so be sure to change the Encoding to UTF-8 when you save any text files. For example in Windows Notepad, the file Encoding setting is right next to the Save button in the File -> Save As... dialog.

On Windows (but usually not on Linux or OS X), you may have trouble if any of the command line options you need to use contain any non-ASCII characters. Usually, if it displays in the command prompt window correctly when you type it in, it will work correctly with btcrecover.py. If it doesn't display correctly, please read the section describing how to put command-line options inside the tokens file.

Also on Windows (but usually not on Linux or OS X), if your password is found it may not be displayed correctly in the command prompt window. Here is an example of what an incorrect output might look like:

As you can see, the Windows command prompt was incapable of rendering some of the characters (and they were replaced with ? characters). To view the password that was found, copy and paste the HTML encoded line into a text file, and save it with a name that ends with .html instead of the usual .txt. Double-click the new .html file and it will open in your web browser to display the correct password:

Running btcrecover

(Also see the Quick Start section.) After you've installed all of the requirements (above) and have downloaded the latest version:

1. Unzip the btcrecover-master.zip file, it contains a single directory named 'btcrecover-master'. Inside the btcrecover-master directory is the Python script (program) file btcrecover.py.

2. Make a copy of your wallet file into the directory which contains btcrecover.py. On Windows, you can usually find your wallet file by clicking on the Start Menu, then “Run...” (or for Windows 8+ by holding down the Windows key and pressing r), and then typing in one of the following paths and clicking OK. Some wallet software allows you to create multiple wallets. Of course, you need to be sure to copy the correct wallet file.

   • BIP-39 passphrases - Please see the BIP-39 Passphrases section below.
   • Bitcoin Core - %appdata%Bitcoin (it's named wallet.dat)
   • Bitcoin Wallet for Android/BlackBerry, lost spending PINs - Please see the Bitcoin Wallet for Android/BlackBerry Spending PINs section below.
   • Bither - %appdata%Bither (it's named address.db)
   • Blockchain.com - it's usually named wallet.aes.json; if you don't have a backup of your wallet file, you can download one by running the download-blockchain-wallet.py tool in the extract-scripts directory if you know your wallet ID (and 2FA if enabled)
   • Coinomi - Please see the Finding Coinomi Wallet Files section below.
   • Electrum - %appdata%Electrumwallets
   • Litecoin-Qt - %appdata%Litecoin (it's named wallet.dat)
   • Metamask (And Metamask clones like Binance Chain Wallet, Ronin Wallet, etc) - Please see the Finding Metamask Wallet Files section below.
   • MultiBit Classic - Please see the Finding MultiBit Classic Wallet Files section below.
   • MultiBit HD - %appdata%MultiBitHD (it's in one of the folders here, it's named mbhd.wallet.aes)
   • mSIGNA - %homedrive%%homepath% (it's a .vault file)

3. If you have a btcrecover-tokens-auto.txt file, you're almost done. Copy it into the directory which contains btcrecover.py, and then simply double-click the btcrecover.py file, and btcrecover should begin testing passwords. (You may need to rename your wallet file if it doesn't match the file name listed insided the btcrecover-tokens-auto.txt file.) If you don't have a btcrecover-tokens-auto.txt file, continue reading below.

4. Copy your tokens.txt file, or your passwordlist file if you're using one, into the directory which contains btcrecover.py.
5. You will need to run btcrecover.py with at least two command-line options, --wallet FILE to identify the wallet file name and either --tokenlist FILE or --passwordlist FILE (the FILE is optional for --passwordlist), depending on whether you're using a Token File or Passwordlist. If you're using Typos or Autosave, please refer the sections above for additional options you'll want to add.

6. Here's an example for both Windows and OS X. The details for your system will be different, for example the download location may be different, or the wallet file name may differ, so you'll need to make some changes. Any additional options are all placed at the end of the btcrecover line.

   • Windows: Open a Command Prompt window (click the Start Menu and type 'command'), and type in the two lines below.

   • OS X: Open a terminal window (open the Launchpad and search for 'terminal'), and type in the two lines below.

After a short delay, btcrecover should begin testing passwords and will display a progress bar and an ETA as shown below. If it appears to be stuck just counting upwards with the message Counting passwords ... and no progress bar, please read the Memory limitations section. If that doesn't help, then you've probably chosen too many tokens or typos to test resulting in more combinations than your system can handle (although the --max-tokens option may be able to help).

If one of the combinations is the correct password for the wallet, the password will eventually be displayed and btcrecover will stop running:

If all of the password combinations are tried, and none of them were correct for the wallet, this message will be dislayed instead:

Running btcrecover.py with the --help option will give you a summary of all of the available command-line options, most of which are described in the sections above.

Testing your config

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If you'd just like to test your token file and/or chosen typos, you can use the --listpass option in place of the --wallet FILE option as demonstrated below. btcrecover will then list out all the passwords to the screen instead of actually testing them against a wallet file. This can also be useful if you have another tool which can test some other type of wallet, and is capable of taking a list of passwords to test from btcrecover. Because this option can generate so much output, you may want only use it with short token files and few typo options.

The | more at the end (the | symbol is a shifted backslash) will introduce a pause after each screenful of passwords.

Finding MultiBit Classic Wallet Files

btcrecover doesn’t operate directly on MultiBit Classic wallet files, instead it operates on MultiBit private key backup files. When you first add a password to your MultiBit Classic wallet, and after that each time you add a new receiving address or change your wallet password, MultiBit creates an encrypted private key backup file in a key-backup directory that's near the wallet file. These private key backup files are much faster to try passwords against (by a factor of over 1,000), which is why btcrecover uses them. For the default wallet that is created when MultiBit is first installed, this directory is located here:

The key files have names which look like walletname-20140407200743.key. If you've created additional wallets, their key-backup directories will be located elsewhere and it's up to you to locate them. Once you have, choose the most recent .key file and copy it into the directory containing btcrecover.py for it to use.

For more details on locating your MultiBit private key backup files, see: https://www.multibit.org/en/help/v0.5/help_fileDescriptions.html

Finding Metamask Wallet Files

For Chrome Based Browsers, you will need to locate the data file for the browser extension.

For Metamask this is: %localappdata%GoogleChromeUser DataDefaultLocal Extension Settingsnkbihfbeogaeaoehlefnkodbefgpgknn000003.log

For Binance Wallet Extension this is: %localappdata%GoogleChromeUser DataDefaultLocal Extension Settingsfhbohimaelbohpjbbldcngcnapndodjp000004.log

For Ronin Wallet this is: %localappdata%GoogleChromeUser DataDefaultLocal Extension Settingsfnjhmkhhmkbjkkabndcnnogagogbneec000003.log

Some wallets like Ronin will have multiple vaults in the file, so you will need to select the right one and copy/paste the correct vault (It will have your wallet address after it in clear text)

For Firefox, you will need to retrieve your Metamask vault using the process described here:https://metamask.zendesk.com/hc/en-us/articles/360018766351-How-to-use-the-Vault-Decryptor-with-the-MetaMask-Vault-Data

Finding Coinomi Wallet Files

Note: This only supports wallets that are protected by a password. If you selected 'no password', 'biometrics' or 'password + biometrics' then you will also need information from your phones keystore... (Which may be impossible to retrieve)

The first step for Coinomi depends on which platform you are running it on.

For Windows users, it's simply a case of navigating to %localappdata%CoinomiCoinomiwallets and you will find your wallet files.

For Android users, you will need to have a rooted phone which will allow you to access the .wallet file in the Coinomi. (It should be found in the folder datadatacom.coinomi.walletfileswallets) How to get root access on your particular phone is beyond the scope of this document, but be warned that some methods of rooting your phone will involve a factory reset.

If there are mulitiple wallets there and you are not sure which is the correct one, the name of each wallet can be found in clear text at the end of the file. See the test wallets included with this repository in ./btcrecover/test/test-wallets for an example)

Bitcoin Wallet for Android/BlackBerry Spending PINs

Bitcoin Wallet for Android/BlackBerry has a spending PIN feature which can optionally be enabled. If you lose your spending PIN, you can use btcrecover to try to recover it.

1. Open the Bitcoin Wallet app, press the menu button, and choose Safety.
2. Choose Back up wallet.
3. Type in a password to protect your wallet backup file, and press OK. You'll need to remember this password for later.
4. Press the Archive button in the lower-right corner.
5. Select a method of sharing the wallet backup file with your PC, for example you might choose Gmail or perhaps Drive.

This wallet backup file, once saved to your PC, can be used just like any other wallet file in btcrecover with one important exception: when you run btcrecover, you must add the --android-pin option. When you do, btcrecover will ask you for your backup password (from step 3), and then it will try to recover the spending PIN.

Because PINs usually just contain digits, your token file will usually just contain something like this (for PINs of up to 6 digits for example): %1,6d. (See the section on Wildcards for more details.)

Note that if you don't include the --android-pin option, btcrecover will try to recover the backup password instead.

BIP-39 Passphrases & Electrum 'Extra Words'

Some BIP-39 compliant wallets offer a feature to add a '25th word', “BIP-39 passphrase” or “plausible deniability passphrase” to your seed (mnemonic) (Note that most hardware wallets also offer a PIN feature which is not supported by btcrecover.)

If you know your seed, but don't remember this passphrase, btcrecover may be able to help. You will also need to know either:

1. Preferably your master public key / “xpub” (for the first account in your wallet, if it supports multiple accounts), or
2. a receiving address that was generated by your wallet (in its first account), along with a good estimate of how many addresses you created before the receiving address you'd like to use.

Once you have this information, run btcrecover normally, except that instead of providing a wallet file on the command line as described above with the --wallet wallet.dat option, use the --bip39 option, e.g.:

If the address/accounts that you are trying to recover are from a BIP39/44 wallet, but for a currency other than Bitcoin, you can use the --wallet-type argument and specify any supported BIP39 wallet type that is supported by seedrecover.py. (Eg: bch, bip39, bitcoinj, dash, digibyte, dogecoin, ethereum, electrum2, groestlecoin, litecoin, monacoin, ripple, vertcoin, zilliqa) You can also attempt recovery with unsupported coins that share a derivation scheme with any of these by using the --bip32-path argument with the derivation path for that coin.

For more info see the notes on BIP39 Accounts and Altcoins

If you are unsure of both your seed AND your BIP39 passphrase, then you will need to use seedrecover.py and specify multiple BIP39 passphrases. (But be aware that this is very slow)

GPU acceleration for Bitcoin Core and Litecoin-Qt wallets

btcrecover includes experimental support for using one or more graphics cards or dedicated accelerator cards to increase search performance. This can offer on the order of 100x better performance with Bitcoin Unlimited/Classic/XT/Core or Litecoin-Qt wallets when enabled and correctly tuned.

For more information, please see the GPU Acceleration Guide.

command-line options inside the tokens file

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If you'd prefer, you can also place command-line options directly inside the tokens.txt file. In order to do this, the very first line of the tokens file must begin with exactly #--, and the rest of this line (and only this line) is interpreted as additional command-line options. For example, here's a tokens file which enables autosave, pause-before-exit, and one type of typo:

btcrecover-tokens-auto.txt

Normally, when you run btcrecover it expects you to run it with at least a few options, such as the location of the tokens file and of the wallet file. If you run it without specifying --tokenlist or --passwordlist, it will check to see if there is a file named btcrecover-tokens-auto.txt in the current directory, and if found it will use that for the tokenlist. Because you can specify options inside the tokenlist file if you'd prefer (see above), this allows you to run btcrecover without using the command line at all. You may want to consider using the --pause option to prevent a Command Prompt window from immediately closing once it's done running if you decide to run it this way.

Beta Software

Although this software is unlikely to harm any wallet files, you are strongly encouraged to only run it with copies of your wallets. In particular, this software is distributed WITHOUT ANY WARRANTY; please see the accompanying GPLv2 licensing terms for more details.

Because this software is beta software, and also because it interacts with other beta software, it’s entirely possible that it may fail to find a password which it’s been correctly configure by you to find.

Additional Limitations & Caveats

Please see the separate Limitations and Caveats documentation for additional details on these topics:

Download Password.txt 1.4 Kb

• Delimiters, Spaces, and Special Symbols in Passwords
• Memory & CPU Usage
• Security Issues
• Typos Details

btcrecover -- Bitcoin wallet password and seed recovery tool

Copyright (C) 2014-2017 Christopher Gurnee

This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

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This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

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You should have received a copy of the GNU General Public License along with this program. If not, see http://www.gnu.org/licenses/