Agentless Password Auditing
Password auditing for
every Linux device.
Weak and default passwords are a major compromise vector on Linux. Systems vulnerable to password brute force attacks are often poorly monitored and provide rapid lateral movement for attackers once inside. With Sandfly, it is now incredibly easy, fast, and safe to find weak passwords.
Weak passwords were highlighted in a CISA warning below. Sandfly can find these risks in seconds agentlessly.

Malicious cyber actors continue to exploit default passwords (e.g., “1234,” “default,” “password”) on internet-exposed systems to gain initial access to, and move laterally within, organizations.
Use Cases
Sandfly's password auditor works on the Linux endpoints instantly. Default and weak passwords are found within seconds.
Embedded devices are notorious for shipping with easily guessed default passwords. Sandfly will tell you instantly which systems are exposed to immediate brute force attack.
Like embedded devices, Linux appliances often ship with default passwords and are also difficult to monitor. Sandfly can get onto many of these devices to alert you to this threat.
Every organization has notorious shared passwords that have been lingering for years. Sandfly allows teams to build custom lists of banned passwords to instantly see where they remain.
Sandfly regularly checks systems for weak passwords ensuring they do not show back up again. Sandfly works so fast that weak passwords cannot linger.
Sandfly Password Auditing Solution
Sandfly's password auditing helps halt brute force attacks against Linux.
Instant results for Linux systems, even on embedded devices and appliances with limited resources.
Password hashes never leave the remote device ensuring user privacy and data integrity.
Target the industry's top 100 or 500 worst password lists with our built-in modules.
Create your own banned password list to address specific organizational risks and employee password habits.
Password auditing happens on the remote system in a secure and high-performance way to ensure system loads are not affected.