אילו סוגים של קבצים מוצפנים יכול לתעד שחזור סיסמה לפענח? להלן תבניות הקובץ שהוא תומך לפיצוח:

• MD4

• {

  MD5{{ {SHA}{{{{SHA}{{1000007}

• SHA2-224

• {
• }

  big-endian}

• GOST R 34.11-94

  {{ {
  }
(
• }

  GPG (AES-128} / AES-256 (SHA-1 ($ pass))

• Keccak {

• }
{100078 100078 100076}

• md5 ($ salt.$ pass)

• md5 ($ salt.$ pass.$ salt)

• md5 ($ salt). md5 ($ pass))

• md5 ($ salt). md5 ($pass.$salt) )

• md5 ($salt). md5 ($ salt.$ מעבר) )

• md5 ($salt). sha1 ($ salt.$ מעבר) )

• md5 ($salt). utf16le ($ pass))

• md5 (md5 ($ pass))

• md5 (md5 ($ pass). md5 ($ salt)

• md5 (md5 ($ pass)))

• md5 (sha1 ($ pass)

• md5 (sha1 ($ pass). $ salt)

• md5 (sha1 ($ pass). md5 ($ מעבר). sha1 ($ pass))

• md5 (sha1 ($ salt). md5 ($ pass))

• md5 (strtoupper (md5 ($ pass)))

• md5 (utf16le ($ pass). $ salt)

• sha1 ($ pass.$ salt)

• sha1 ($ salt.$ pass)

• sha1 ($ salt.$ pass.$ salt)

• sha1 ($ salt). sha1 ($ pass))

• sha1 ($ salt). sha1 ($pass.$salt) )

• sha1 ($salt). utf16le ($ pass))

• sha1 ($ salt1 $ pass. $ salt2)

• sha1 (CX)

• sha1 (md5 ($ pass))

• sha1 (md5 ($ pass). $ salt)

• sha1 (md5 ($ pass.$ salt) )

• sha1 (md5 (md5 ($pass)))

• {
• }

  sha1 ($pass))

• sha1 (sha1 ($pass)) $ salt)

• sha1 ($salt.$ pass.$ salt) )

• sha1 (utf16le ($pass). $ salt)

• sha256 ($ pass.$ salt)

• sha256 ($ salt.$ pass)

  }

• sha256 ($ salt.$ SALT.SHALT.Sha256 $ 276 (276) (

• ) (
  )

  {

  } (100266}) {100266}

  {100266} (100266{100266{100266} (100266}) 100266} 100266} 1006} 1006} 100266} 1006} (1006} 1006} 1006) 1006) 1006 1006) 1006006 1006 1006) 1006) 1006) 1006) 1006 (
  ) (100267) 1006) 1006) 1006) 1006 1006 (100266 (1006 (100267) 100266 (1006) 1006 (100267) 1006)

• BLAKE2b-512 ($ salt.$ pass)

  -
}

• HMAC-MD5 (key = $ pass)

  {SHAmac{ {SHAmac}
(
• }

{}

• HMAC-SHA1 (key = $

}

• HMAC {

) big = endian -
}

• CRC32

• { 00059}

• CRC64Jones

• Java Object hashCode (

  } =
}
• Mur74 Mur74

• PBKDF2-HMAC-MD5

  {{14112} {14112}
• {1001K}
• {
• }

  PBKDF2-HMAC-SHA256

• PBKDF2 {

• } {

  } PBKDFDF2 {100121 { {1001DF2 {1001DF2 { { {100122 {1001DF2 {100122} { { {100122} { {100122}

  {100122} { {100123{100123 100122} 100122} { {100122} { 100122} {100122}
  {100123 { 100123 { 100122} {100123} 100123} 100AUTMAC { 100AUtMAC 100123} 100123}
  100123 {100123} 100AUTMAC {100122} 100AUTMAC 100AUTMAC {100AUTAC {100ACDMAC 100ACDMAC 100123} 100AUTMAC {100AUTMAC 100AUTMAC {100AUTMAC {100AUTMAC 100AUTMAC {100AUTMAC 100AUTMAC {100122} {100ACAC {100AUTMAC {100123} jmac-sha5en} - - - 384

• WPA-EAPOL-PBKDF2

{
• {
• }

{

} {100KID {100KID

AS-REP

• NETTLMV1 / NETTLMV1 + HenNTLMV1 {

  {27ACI} {100ACI}
{} 100ACI

100ACI {100ACI {100ACI 100ACI 1007 100ACI 1002 100ACI 1002 100ACI 1002 100ACI (100ACI 100ACI 100ACI 100ACI 100ACI 100ACI 100ACI 100ACI 100ACI 100ACI 100ACI (100ACI 100ACI 100ACI 100ACI}}

• MS-AzureSync PBKDF2-HMAC-SHA256

  {{
{PHiOS{

} {100002} Winasa{

• NTLM

• {
• }

  Radmin2

  {pas16}
• {
• } MS Cache} 2

• FortiGate (FortiOS)

  {
  } {10072}

• ArubaOS

• Juniper

  {
• } {

  } Juniper

  100087 100087. 100087 100087 100087 100081000810011000881000Scer 100087 100081000Sc11000888888888888100NetSc888888888888888100NetSc888100NetSc8881000vos 100netvos 1000vos 100netvos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 1000vos 10008 1000vos (1000vos (1000vos 1000vos 1000vos 1000vos (1000vos 1000vos 1000vos 1000vos (1000vos ( SHA512 (Unix)

• SQLCipher

  {
{16133} {16ES} 15ES} (100QSGRL {2000}
• {
• }

• {100SQL {100CR160}

{100SQSQSQL} {100CRSQSQSQSQL} {100CRSQSQL {100CRSQL {100CRSQL {100CR160 {100CRSQL {} {100CRSQL {100CRSQL} {100SQL} {100SQL {100CR160 {100144} {100CRSQL {100144} {100144} {100CRSGRSQL} 100CR160 {100CRSQL {100CRSQSQL} 15SQL} {100SQL} {100CR160 {100CRSQL} {100CR1} {100144} {100CRSQL} {100CR1} {100CR1} {100SQL} {100CR1} {100CR1} {100CRSQL} {100CRSQL} {100SQL} {100CRSQL} {100CRSQL} {100SQL} {100CR1} {100CR1} {100CRSQSQL} {100SQL} {100CRSQL} { סוג (oracle-12+)

• MySQL $ A $ (SHA256CRNSPT)

  {

MySQL CRAM (SHA1)

{
}

• MySQL323

MD5 (APR)

• Episerver 6.x <.NET 4

{

• Episerver 6.x > =

• SAISAISAIRVER

• {100SDAP {25SDAP 100SDAP {25SDAP {25SDAP 15SDAP 100SDAP {25SDAP 100SDAP 25SDAP 100SDAP 25SDAP 100SDAP {25SDAP {25SDAP 100SDAP 100SDAP {25SDAP 100SDAP {25SDAP 100SDAP {25SDAP (25SDAP (25SDAP 100SA 100SDAP 100SA 100SDAP 25SDAP 25SDAP 100SA 100SDAP 100SA {25SA 100SA {25SA {25SA 100SA 100SA

• Lotus Notes / Domino 6

• Lotus Notes / Domino 8

• OpenEdge OpenEdge Encode

• Oracle Transportation Management (SHA256)

• )) $ salt) <-

• AuthMe sha256

• 5> <26xume> - BOT <1x25> AES Crypt (sha256)

• VMware VMX (PBKDF2-HMAC-SHA1 + AES-256-CBC) <3x50)

  0 <4x50 <4x50 <4x25 <4x25>
5> 5> 5> 5> 5> 5> >3> LULULULULULULULULUK45> 3> 3> 5> 5> 5> 5> 5> > 5> > collider # 2

• PDF 1.4-1.6 (Acrobat 5

3> 0> > - 12x
• 03>

• PDF 1.4-1.6 (Acrobat 5-8) - משתמש ו- Acrobat pass

• 07>
• 07> 1x
x107x

1>

• 07>
• 07> (
• 07>
• 011>
• 011> 1x

  x

  1> collider # 2

• MS Office <179x159, Notes> > > 17x5IWEN> 170x161> <160x161>

• Pen Document Format (ODF) 1.2 (SHA-256, AES)

• x
  x
  x
• x
• x164x166) Cloudle Vaulchain <184x1811>

• Password Safe v2 <188x7EPE <2x7EPE

(189x190>

Password Safe v3

• LastPass SNIFASS

  200x196> 200x196 (202) (Compressed)

• PKZIP (Mixed Multi-27X72> <27x77> 27x77> 26x97> 26x77> 26x97> 26x67> 26x77> 26x97> 264x259>

  PKZIP (26x

  62>)

• AxCrypt 1 in-memory SHA1

{{{{}{
• { {10000}}
  {
  }
{}
• 1000b (
• ) 100031) IPB2 + (Invision Power Board)

• vBulletin < v3.8.5

• vBulletin > = v3.8.5

• bcrypt ($ pass) 100BCRYPTMD5)

• ) 100099) / 100BCR100/ 100PTSS) 100BCRYPTS2 100PTMTMTSPASS 100BCRYPASS 100BCRYPTMTSPASS 100BCRYPASS 100PTSPASS 100PASS 100PASS 100BCRYPASS 100BCRYPASS 100PASS 100BCRY2 100BCRYPTS092 100PTSPTS2 100PASS 100PTSPTS2 100PTSTS2 100PASTS2 100PTS2 100PASTS2 100PASTMD5 {100012 {100PASTS2 100PASTMD5 {100012 {100012 100PASTSPASTSPASTSPASTSPASTS2 100PASTS2 100PASTS2 {1001h}

• Python passlib pbkdf2-sha512

• Python passlib} pbkdf2-sha256

Python passlib pbkdf2-sha1

{100K143} {100K143} {1002} {J146}
- }

RSA / DSA / EC / OpenSH { { 4 $)

• RSA / EC / 100EGSH 100EGSH (100EGSH)

• XMPP SCRAM PBKDF2 = {100kdf2 (100kb14} {185) {185) 100kbbbbbbbbbbbbbbbbbbbbb3} {187} {186} {187} 100hscram) { { {187} {187} 100bscram) {187} {100hash3} 100hscram) 100tele 100tele 100hhscram) 100tele 100httele {18annel 100tele {18annel 100httele Wallet

  -
}

• Bitcoin WIF WIF מפתח (MD5)

• MultiBit Classic Wallet (scrypt)

• MultiBit HD (scrypt)

• Exodus Desktop Wallet (scrypt)

• Terra Station Wallet (AES256-CBC (PBKDF2 ($pass)))

כל הפורמטים לעיל תומכים בפענוח ויש צורך לחלץ את הערך האש בעצמך ולשלוח ללקוחות לעיבוד ידני השיטה המקוונת תומכת רק בפורמטים נפוצים כגון Excel, Word, PDF, PPT, RAR, ZIP, 7Z ו-7Z ו-