Install latest published release:

go install github.com/cyclone-github/hashgen@latest

Install latest source code (bleeding edge):

go install github.com/cyclone-github/hashgen@main

hashgen - Cyclone's hash generator

$ hashgen -m md5 -w rockyou.txt -b
2026/04/11 12:28:58 Starting...
2026/04/11 12:28:58 Processing file: /media/ramdisk/rockyou.txt
2026/04/11 12:28:58 Hash function: 0
2026/04/11 12:28:58 CPU Threads: 16
2026/04/11 12:28:58 Finished processing 14344391 lines in 0.446 sec (32.127 M lines/sec)

As of the this writing, hashgen (go) has a 2,500% + faster md5 hashrate vs the next fastest publicly available CPU based hash generator (see benchmarks). Hashgen has a top recorded hashrate of 32.127 million md5/sec on the test rig's Ryzen 7 3700X CPU! Much faster hashrates have been seen on higher end CPU's.

Hashgen is a CLI hash generator written in Go and can be cross compiled for Linux, Raspberry Pi, Windows & Mac, although testing and compiling is mainly done on debian 12 linux.

To use hashgen, type your mode, wordlist input & hash output files with a simple command line.

Features:

• Maintains original input order PR 10
• Supports 100+ modes/functions (see list below)
• Encode / decode base64, base58, base32
• Hex / dehex wordlists
• Supports ASCII, UTF-8 and $HEX[] input
• Supports UTF-8 (default) or $HEX[] output
• Supports multiple salted modes
• Supports HMAC, KDF, scrypt, bcrypt, linux shadow modes, checksums, morsecode, etc

Useage Examples	Command Line
read wordlist.txt, hash to md5 and write to output.txt	./hashgen -m md5 -w wordlist.txt -o output.txt
pipe wordlist into hashgen and write to stdout	cat wordlist.txt | ./hashgen -m md5
decode $HEX[] wordlist to plaintext	./hashgen -m plaintext -w hex_wordlist.txt
convert wordlist to $HEX[]	./hashgen -m hex -w wordlist.txt
output hash:plain	./hashgen -m md5 -w wordlist.txt -hashplain
benchmark md5	./hashgen -m md5 -w wordlist.txt -b

Supported Options:

Flag:	Description:
-m	{mode}
-w	{wordlist input}
-t	{cpu threads}
-o	{wordlist output}
-b	{benchmark mode}
-i	{iterations - PBKDF2}
-cost	{bcrypt}
-hashplain	{generates hash:plain pairs}
-help	{help menu}
-version	{version info}

Supported Functions:

Function:	Hashcat Mode:
Plaintext & Encoding
plaintext / dehex	99999 (decode $HEX[])
hex	(encode to $HEX[])
base32decode
base32encode
base58decode
base58encode
base64decode
base64encode
morsecode	(ITU-R M.1677-1)
morsedecode	(ITU-R M.1677-1)
Checksums
crc32
11500	(hashcat compatible CRC32)
crc64
MDx
md4	900
md5	0
md5md5	2600
halfmd5	5100
md5passsalt	10
md5saltpass	20
30	(hashcat compatible md5 utf16le($pass).$salt)
40	(hashcat compatible md5 $salt.utf16le($pass))
50	(hashcat compatible HMAC-MD5 key = $pass)
60	(hashcat compatible HMAC-MD5 key = $salt)
70	(hashcat compatible md5 utf16le($pass))
MD6
md6-128
md6-224
md6-256	34600
md6-384
md6-512
SHA1
sha1	100
sha1sha1	4500
sha1passsalt	110
sha1saltpass	120
130	(hashcat compatible sha1 utf16le($pass).$salt)
140	(hashcat compatible sha1 $salt.utf16le($pass))
150	(hashcat compatible HMAC-SHA1 key = $pass)
160	(hashcat compatible HMAC-SHA1 key = $salt)
170	(hashcat compatible sha1 utf16le($pass))
SHA2
sha224	1300
sha224passsalt	1310
sha224saltpass	1320
sha256	1400
sha256passsalt	1410
sha256saltpass	1420
1430	(hashcat compatible sha256 utf16le($pass).$salt)
1440	(hashcat compatible sha256 $salt.utf16le($pass))
1450	(hashcat compatible HMAC-SHA256 key = $pass)
1460	(hashcat compatible HMAC-SHA256 key = $salt)
1470	(hashcat compatible sha256 utf16le($pass))
sha384	10800
sha384passsalt	10810
sha384saltpass	10820
sha512	1700
sha512passsalt	1710
sha512saltpass	1720
1730	(hashcat compatible sha512 utf16le($pass).$salt)
1740	(hashcat compatible sha512 $salt.utf16le($pass))
1750	(hashcat compatible HMAC-SHA512 key = $pass)
1760	(hashcat compatible HMAC-SHA512 key = $salt)
1770	(hashcat compatible sha512 utf16le($pass))
sha512-224
sha512-256
SHA3
sha3-224	17300
sha3-256	17400
sha3-384	17500
sha3-512	17600
Keccak
keccak-224	17700
keccak-256	17800
keccak-384	17900
keccak-512	18000
BLAKE2
blake2s-256
31000	(hashcat compatible BLAKE2s-256)
33300	(hashcat compatible HMAC-BLAKE2s key = $pass)
blake2b-256
34800	(hashcat compatible BLAKE2b-256)
blake2b-384
blake2b-512
600	(hashcat compatible BLAKE2b-512)
610	(hashcat compatible BLAKE2b-512 pass.salt)
620	(hashcat compatible BLAKE2b-512 salt.pass)
34810	(hashcat compatible BLAKE2b-256 pass.salt)
34820	(hashcat compatible BLAKE2b-256 salt.pass)
Other Hashes
ntlm	1000 (Windows NT)
mysql4/mysql5	300
ripemd-160	6000
6050	(hashcat compatible HMAC-RIPEMD160 key = $pass)
6060	(hashcat compatible HMAC-RIPEMD160 key = $salt)
Crypt / KDF
argon2id	34000
bcrypt	3200
wpbcrypt	(WordPress bcrypt-HMAC-SHA384)
md5crypt	500 (Linux shadow $1$)
sha256crypt	7400 (Linux shadow $5$)
sha512crypt	1800 (Linux shadow $6$)
phpass	400 (PHP/WordPress $P$/phpBB3 $H$)
yescrypt	(Linux shadow $y$)
scrypt	8900
10900	(hashcat compatible PBKDF2-HMAC-SHA256)
11900	(hashcat compatible PBKDF2-HMAC-MD5)
12000	(hashcat compatible PBKDF2-HMAC-SHA1)
12100	(hashcat compatible PBKDF2-HMAC-SHA512)

Benchmarks:

• https://github.com/cyclone-github/hashgen-testing/tree/main/benchmarks
• In addition to hashgen (go), I have also written hashgen in python, php, C, and Rust, although Rust and C need a lot of work to unlock their full performance potential. If you speak C or Rust, I'd be curious to see how fast you can push hashgen!
  • https://github.com/cyclone-github/hashgen-testing

Compile from source:

• This assumes you have Go and Git installed
  • git clone https://github.com/cyclone-github/hashgen.git # clone repo
  • cd hashgen # enter project directory
  • go mod init hashgen # initialize Go module (skips if go.mod exists)
  • go mod tidy # download dependencies
  • go build -ldflags="-s -w" . # compile binary in current directory
  • go install -ldflags="-s -w" . # compile binary and install to $GOPATH
• Compile from source code how-to:
  • https://github.com/cyclone-github/scripts/blob/main/intro_to_go.txt

Changelog:

• https://github.com/cyclone-github/hashgen/blob/main/CHANGELOG.md

Mentions:

• Go Package Documentation: https://pkg.go.dev/github.com/cyclone-github/hashgen
• hashcat wiki: https://hashcat.net/wiki/
• hashkiller forum: https://forum.hashkiller.io/index.php?threads/cyclone-hashgen.63140/
• hashpwn forum: https://forum.hashpwn.net/post/89
• MajorGeeks: https://www.majorgeeks.com/files/details/hashgen.html
• Softpedia: https://www.softpedia.com/get/System/File-Management/hashgen-go.shtml

Antivirus False Positives:

• Several antivirus programs on VirusTotal incorrectly detect hashgen as a false positive. This issue primarily affects the Windows executable binary, but is not limited to it. If this concerns you, I recommend carefully reviewing hashgen's source code, then proceed to compile the binary yourself.
• Uploading your compiled hashgen binaries to https://virustotal.com and leaving an upvote or a comment would be helpful.

Thoughts:

• Why write hashgen? hashgen is nothing new (to me) as this project started several years ago while needing a way to quickly convert wordlists to md5 or sha1 on linux terminal. Several versions of hashgen have been written over the years in several languages: python, php, Go, C and Rust. While the actively maintained version is hashgen (go), which offers enhanced features and superior performance, the "hashgen-testing" repository linked below contains testing versions of hashgen in different programming languages:
  • https://github.com/cyclone-github/hashgen-testing
• Why write hashgen in Go instead of xyz language? I did this to push my Go coding skills while also seeing how fast I could push Go. During early testing, I was not expecting hashgen to be all that fast, but I have been pleasantly surprised!
• When I realized hashgen (go) was competitively fast compared to other publicly available hash generators, I decided to publish hashgen's code and binaries for others to use. I've really enjoyed this project and I hope you find it useful.
• If you found hashgen to be helpful, please consider giving this repository a star!