Free software: GNU General Public License v3Documentation:
FeaturesBrowser supports proxy configuration
Automatic hash type identification
Can crack hashes from a file
Algorith supportedMD5 - RFC 1321
SHA1 - RFC 3174 (FIPS 180-3)
SHA256 - FIPS 180-3
SHA384 - FIPS 180-3
SHA512 - FIPS 180-3
LM - Microsoft Windows hash NTLM - Microsoft Windows hash
NTLM Support
MYSQL - MySQL 3, 4, 5 hash
CISCO - Cisco IOS type 7 encrypted passwords
JUNIPER - Juniper Networks $9$ encrypted passwords
RMD128 Support
RMD160 - RFC 2857
RMD256 Support
RMD320 Support
GOST - RFC 583
WHIRLPOOL - ISO/IEC 10118-3:2004
LDAP_MD5 - MD5 Base64 encoded
LDAP_SHA1 - SHA1 Base64 encoded
Available ServicesIt checks the hash in the following services on-line:
Juniper Encrypted Password Crack 1
md5.my-addr.comnitrxgen.net
md5decrypt.net
hashcrack.com
hashtoolkit.com
md5hashing.net
hashkiller.co.uk
password-decrypt.com
m00nie.com
firewallruletest.com
ifm.net.nz
ibeast.com
cmd5.org
rainbowtables.it64.com
CreditsThis package was developed by @5h4d0wb0y_.
When you want to help prevent unauthorized use of an Access database, consider encrypting the database by setting a password. If you know the password for an encrypted database, you can also decrypt the database and remove its password. This article explains how to encrypt a database by using a database password, and how to decrypt a database and remove its password.
The registry path is readable by the user so an attacker could simply get the encrypted data out the registry, provide the converted registry path's part as entropy value and obtain the domain password in plaintext.
However, we're talking about access to the victim's domain credentials in plaintext without any kind of privilege escalation required. My initial recommendation to Pulse Secure was to save the encrypted password to a file. They were already using a file only readable/writable by SYSTEM to save the cached username, so why not the encrypted password too ?
This article will discuss the use of cracking cloud computing resources to crack password hashes. As password cracking stations can be expensive to purchase, tend to age quickly, and run idle for long periods of time, the shared nature of cloud environments makes the cloud a great alternative to an on-premise cracking station.
For most password hash types, cracking will thus be needed to identify the plaintext password corresponding to the obtained hash. This generally means loading the hashes in a cracking program, which will generate password hashes for the corresponding type using plain-text inputs that we define. When the program generates a password hash that is identical to the one we stole, we know the corresponding plain-text password (or, in the case of hash collision, a different value that yields the same hash, but this will often not make a difference).[6]
The command to be run is javydekoning/hashcat:latest. Javy De Koning was so kind to share a docker container optimized for hashcat password cracking with the community.[17] This greatly simplifies our work in getting hashcat to make optimal use of the computing power at our disposal.
With some simple bash scripting, we can easily have the EC2 instance shutdown after hashcat exhausts the password list. This, combined with a storing of input and output files on an S3 bucket, will allow you to have the EC2 instance running only when conducting actual password cracking.
Password hash cracking rigs can be expensive to buy, especially if they are going to be running idle most of the time. Cloud computing offers a great way to share such a resource on a metered connection, allowing you to easily scale the computing power at your disposal to crack password hashes. You can run multiple cracking efforts in parallel, only pay for the computing power when you actually need it, and have the most recent computing components at your disposal without having to purchase them. Furthermore, you will be able to show your client how much (or how little) the cracking effort for a particular password hash would cost. This can go a long way in demonstrating the danger of using passwords that are too simple.
The command to be run is javydekoning/hashcat:latest. Javy De Koning was so kind to share a docker container optimized for hashcat password cracking with the community.[17]\n This greatly simplifies our work in getting hashcat to make optimal use of the computing power at our disposal.
Cisco Password Decryptor tool helps you to quickly recover Cisco Type 7 password.It supports dual mode of password recovery.You can either enter the encrypted Cisco Type 7 password directly or specify the Cisco configuration file. In second case, it will automatically detect the Type 7 password from config file and decrypt it instantly.
Here are simple steps Run 'Cisco Password Decryptor' on your system after installation.
Select 'Encrypted Password' option if you have the password else select 'Cisco Router Config File' if you have the Cisco configuration file.
Next enter the password or configuration file path based on the previous option
Finally click on 'Decrypt Password' button and tool will instantly display the decrypted password as shown in the screenshots below.
Screenshots Screenshot 1: Cisco Password Decryptor is showing the recovered Password from the encrypted Cisco Type 7 Password Screenshot 2: Showing Password recovered from the Cisco configuration file directly. Disclaimer 'Cisco Password Decryptor ' is designed with good intention to recover the Lost Router Password.
Hashcat supports five unique modes of attack for over 300 highly-optimizedhashing algorithms. hashcat currently supports CPUs, GPUs, and otherhardware accelerators on Linux, and has facilities to help enabledistributed password cracking.
It supports dual mode of password recovery. You can either enter the encrypted Juniper $9$ password directly or specify the Juniper router configuration file. In second case, it will automatically detect the $9$ password from config file and decrypt it instantly. 2ff7e9595c
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