Decode / decrypt a SHA1 hash

This tool searches multiple rainbow tables for matches to a large number of SHA1 hashes. To generate a MD5 or SHA1 hash click here. SHA1 is a hashing alorithm and therefore is technically not encryption, but hashes can be resolved using rainbow tables. The database contains millions of SHA1 hashes and matching sources. To lookup MD5 hash codes click here. To lookup SHA256 hash codes click here

Enter 40 character SHA1 hash to decode or decrypt

Enter security code:
Enter 40 digit hash:

Recent SHA1 lookups

DDv)W;DI*"
SHA1:1517eb198728ffe7339a7b81518288bc63ad093c
dN
SHA1:3055577a4576e9e7b8277a58625a837b427a7f0b
B3d
SHA1:d162fabf96fb0f41deb34c2fdfe55e199bb3d151
Bv&B
SHA1:00725cb45e0a6e853b1d08491a3bdf6ddd1eecdf
SenHI5d6kQ
SHA1:a68df49ee89a4442ccf872402ec902225b2e5105
A0gtVzs8Ua
SHA1:879dc0f6868b3b7c99bf249130a8533dbcf57398
OGw
SHA1:bd787273bf71861b7626f21db99b24579c150283
BU*h
SHA1:13f898c939ea64ed74a83369eee65fd296f3529c
b7{
SHA1:b387d7beae7fe81f63b6fbf9223fa3dd44f4c4c6
X\&
SHA1:9ef9b420c7dac83b3ff87e3e1e81d167de25eeb9

About SHA1 hashes

"SHA-1 forms part of several widely used security applications and protocols, including TLS and SSL, PGP, SSH, S/MIME, and IPsec. Those applications can also use MD5; both MD5 and SHA-1 are descended from MD4. Revision control systems such as Git, Mercurial, and Monotone use SHA-1 not for security but to identify revisions and to ensure that the data has not changed due to accidental corruption"