どのような種類の暗号化されたファイルを解読できますか？

• MD4 MD5 SHA1 SHA2 - 224SHA2 - 256SHA2 - 384SHA2 - 512SHA3 - 224SHA3 - 256SHA3 - 384SHA3 - 512RIPEMD-1 BLAKE 2b-512 GOST R 34.11 - 2012 Streebog StreebogビッグエンディアンGOST R 34.1 1 - 94 GPG AES-128/AES-256@5のutf16le utf16le utf16le

• salt 5 $salt.$

• pass 5 $salt.$

• パス.$. salt 5 salt.5 $pass 5 salt.5 $pass.$

• salt 5 salt.5 $salt.$

• pass

• md5 $salt.sha1 $salt.$ pass md5

• $salt.utf16le $pass

• md5 md5 $pass md5 $pass.

• md5 $salt

• md5 md5

• md5 $pass md5 sha1 $pass md5

• sha1 $pass.$ salt md5

• sha1 $pass. md5 $pass. sha1 $pass md5

• sha1 $salt. md5 $

• pass 5 strtoupper md5 $pass

• md5 utf16le $pass.$ salt sha1

• $pass.$ salt sha1

• $salt。$ pass

• sha1 $salt.$パス.$. salt

• sha1 $salt.sha1 $pass sha1

• $salt.sha1 $pass.$ salt sha1

• $salt.utf16le $pass

• sha1 $salt1.$パス.$. salt2 sha1

• CX sha1

• md5 $pass sha1

• md5 $pass.$ salt sha1

• 5 $pass.$ salt sha1

• md5 md5 $pass

• sha1 sha1 $pass sha1

• sha1 $pass.$ salt sha1

• sha1 $salt.$パス.$. salt

• sha1 utf16le $Pass.$ salt

• sha256 $pass.$ salt

• sha256 $salt.$ pass

• sha256 $salt.$パス.$. salt

• sha256 $salt.sha256 $pass

• sha256 salt.sha256_bin $pass

• sha256 salt.utf16le $pass

• sha256 5 $pass sha256

• sha256 $pass.$ salt sha256

• sha256_bin $pass

• sha256 utf16le $pass.$ salt

• sha384 $pass.$ salt

• sha384 $salt.$ pass

• sha384 $salt.utf16le $pass

• sha384 utf16le $pass.$ salt

• sha512 $pass.$ salt

• sha512 $salt。$ pass

• sha512 $salt.utf16le $pass

• sha512 utf16le $pass.$ salt KE2b

• -512 $pass.$。salt

• BLAKE2b-512 $salt.$ pass HMAC-MD5

• key = $pass HMAC-MD5

• key = $salt

• HMAC-SHA1 key = $pass HMAC-SHA1

• key = $salt HMAC-SHA256

• key = $pass HMAC-SHA256

• key = $salt HMAC-SHA512

• key =$pass HMAC-SHA512 key

• = $salt HMAC-Streebog-256 key =

• $pass big-endian HMAC-Streebog-256 key = $salt big-endian HMAC-Streebog-512 key =$pass big-endian HMAC-Streebog-Streebog-512 key =$pass

• big-endian HMAC-Streebog-endian

• HMAC-Streebog-512 key =$salt PT =$salt PT =$salt PT =$salt、key =$pass PT =$salt PT =$salt PowerPath 2.4：Skip32 PT =$salt、key =$pass K2-HMAC-MD5 K2-HMAC-SHA1 K2-HMAC-SHA256 K2-HMAC-SHA@12 scrypt phpass TACACS + SIPダイジェスト認証（MD 5）IKE-PSK MD 5 IKE-PSK SHA 1 SNMPv 3 HMAC-MD 5 - 96 SNMPv 3 HMAC-MD 5 - 96/HMAC-SHA 1 - 96 SNMPv 3 HMAC-MD 5 - 96 SNMPv 3 HMAC-SHA 1 - 96 SNMPv 3 HMAC-SHA 224 - 128 SNMPv 3 HMAC-SHA 256 - 192 SNMPv 3 HMAC-SHA 384 - 25 6 SNMPv3 HMAC-SHA 512 - 384

• WPA-EAPOL-K2 WPA-EAPOL-PMK WPA-K2-PMKID + EAPOL WPA-PMK-PMKID + EAPOL WPA-PMKID-K2 WPA-PMKID-PMK IPMIK 2 RAKP HMAC-SHA1 CRAM-MD5 JJSON Web Token etype 23 AS-Pre-Auth 5 etype 23 S-5 etype 23 AS-REP NetNTLMv1/NetNTLMv1 + ESS NetNTLMv1/NetNTLMv1 + ESS NT NetNTLMv2 NetNTLMv2 NT Amazon AWS4-H MAC-SHA256 Flask Session Cookie iSCSI CHAP authentication、MD5 CHAP RCF AIX {smd5} AIX {ssha1} AIX {ssha256} AIX {ssha512} LM QNX/etc/shadow MD5

• DPAPI masterkey file v2 GRUB2MS-AzureSync PBKDF2-HMAC-SHA256BSDi Crypt Extended DES NTLM Radmin 2 Radmin 3 Samsung Android Password/PIN Windows Hello PIN/Password Windows Phone 8 + PIN/Password Cisco-ASA MD 5 Cisco-IOS $8 $PBKDF2-SHA256 scrypt SHA256 SHA1 SHA512 DCC2 MSキャッシュ2 FortiGate FortiOS FortiOS 256 ScreenOS UIDキー +システムキーバッグmacOS v10.6 macOS v10.7 macOS v10.8 + PBKDF2-SHA512 bcrypt $2 *$、Blowfish Unix

• md5crypt、MD5 Unix、Cisco-IOS $1 $MD5 SHA512 Unix Cipher MSSSQL PowerPath 2000：MSSQL PowerPath 2005 MSSQL 2012年、MongoDB ServerKey SCRAM-SHA-1 MongoDB ServerKey SCRAM-SHA-256 PostgreSQL PostgreSQL CRAM MD5（Oracle 7+（Oracle S）タイプ（Oracle 11+（Oracle T）タイプの種類Oracle 12 + sha256crypt SHA1 NSEC3Base64 LDAP {SSHA 512} Dahua認証MD 5 RedHat 38 9-DS LDAP（PBKDF2-HMAC-SHA 256）FileZilla Server = 0.9.55 ColdFusion 10 +

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• Apache $apr1 $MD5 md5apr1 MD5 APR

• Episerver 6.x<.NET

• 4Episerver 6.x >= .NET

• 4hMailServer

• nsldap SHA-1 Base64

• Base64 LDAP SSHA

• SAP BCODE

• BCODE（PASDE

• ）SAP F/G RFC_READ_TABLE SAP

• CODVN HからPASSCODE PWDSALTEDHASH

• Domino 8 Lotus

• Notes

• /Domino

• 8 OpenEdge Progress Encode

• Oracle Transportation Management SHA256

• Huawei sha1 md5 $pass.$ salt AuthMe

• sha256 Crypt

• SHA256 VMware

• VMX K2-HMAC-SHA1 +-256-CBC

• LUKS

• VeraCrypt

• BestCrypt v3 Encryption

• File2

• VirtualBoxの略。-PBKDF2-HMAC-SHA256AES-128-XTS-VirtualBox PBKDF2-HMAC-SHA256AES-256-XTS Samsung DEK APFS（Acrobat 2 - 4）PDF 1.1 - 1.3 Acrobat 2 - 4（Acrobat 2 - 4）、Collider #2 PDF 1.4 - 1.6（Acrobat 5 - 8）PDF 1.4 - 1.6（Acrobat 5 - 8）-ユーザーと所有者のパスPDF 1.7レベル3（Acrobat 9）PDF 1.7レベル8（Acrobat 10 - 11）MS Office 2007 MS Office 2010 MS Office 2013 MS Office 2016-SheetProtection MS Office = 2003 $0/$1 MD5 + RC4 MS Office = 2003 $0/$1 MD5 + RC4 collider #1 MS Office = 2003 $0/$1 MD5 + RC4 collider #2 MS Office = 2003 $3 SHA1 + RC4 colider #1 MS Office = 2003 3、SHA1 + RC4、colider #2&

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• MS Office = 2003 3/4、SHA1 + RC4 Open Document（ODF）1.2 SHA-256、AES ODF SHA-1 cloudkeychain Password Safe v 2 Password Safe v 3 Last Pass + Last Pass sniffed KeePass 1（AES/Twofish）およびKeePass 2（AES）KeePass 1 AES/Twofish 3 hp RAR 3-p-Compressed-RAR3-p Uncompressed Compressed Multi-File Compressed Mixed Multi-File Mixed Multi-File Checksum-Only<

• Secure ZIP AES-192 Secure ZIP AES-256 WinZip Android Backup Stuffit 5 AxCrypt 1 AxCrypt 1 in-memory SHA 1 AxCrypt 2 AES-128 AxCrypt 2 AES-256 iTunesバックアップ10.0 iTunesバックアップ= 10.0 WBB 3-WoltBurning Board-PHPS Simple Machines ForumIPB 2+のInvision Power Boardsha1 sha512 Commerce TOTP HMAC-SHA1 Web2py pbkdf2-sha512Django PBKDF2-SHA256 Django SHA-1

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• Atlassianのone round no sitekey Python passlib pbkdf2-sha512 Python passlib pbkdf2-sha256 Python passlib pbkdf2-sha1CS #8プライベート鍵-PBKDF2-HMAC-SHA1 + 3DES/AES-PKCS#8 Private Keys-PBKDF2-HMAC-SHA256 + 3DES/AES-JKS Java Key Store Private Keys SHA1 $0 $$1、$3 $RSA/DSA/EC/OpenSSH Private Keys$5 $チャネルハッシュPBKDF2-HMAC-SHA512 SHA256

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• Bitcoin Wifプライベートキー（P2 PKH）Bitcoin WIFプライベートキー P2SH P2 WPKH、Bech 32（Salt-Type 1 - 3）Electrum Wallet Salt-Type 4 Salt-Type 5 2番目のパスワードSHA256 PBKDF2-HMAC-SHA256 Ethereum Wallet SCRYPT MultiBit Classic.key MD5 scrypt scrypt scrypt