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Brute-forcing / Weak Passwords Are Easy Prey /Online or Connected Attacks
Brute-forcing is an easy way of discovering weak login credentials and is often one of the first steps when a hacker finds network services running on a network they gain access to.
For beginners and experienced hackers alike, it's useful to have access to the right tools to discover, classify, and then launch customized brute-force attacks against a target.
BruteDum does it all from a single framework.
🔥 Weak Passwords Are Easy Prey 🔥
When a hacker gains access to a system with services running on it, one of the first things they'll typically do is see if they can log in to any of those services using default or common credentials.
Internet of Things (IoT) hardware and devices like routers are often left with default passwords enabled, making them easy to attack.
To test the services they discover for weak passwords, the hacker needs to select the right tool for the job, and it can be confusing to know which tool is the best to use against a particular service.
BruteDum is a Python tool that allows a hacker to acquire a target first and run a scan inside the framework to determine the best tool based on what is discovered.
It's easy to run a brute-force or dictionary attack against nearly any standard protocol that's vulnerable to it.
The advantage of running BruteDum over specific tools is the ability to run a scan from within to identify what other processes may be running on the same device, as well as organizing powerful tools for breaking into user accounts on services like SSH.
🔥 Online or Connected Attacks 🔥
Unlike attacks launched against WPA networks where we can grab a hash and attempt cracking later, we need to be connected to our target directly over the network to try a brute-forcing or dictionary attack.
While there are ways of hiding our identity with a VPN or Tor, brute-force and dictionary attacks can be limited in effectiveness through a variety of different means.
One way of limiting brute-force and dictionary attacks is through rate-limiting, in which a lockout is triggered after a set amount of incorrect login attempts.
That, combined with flagging suspicious login attempts, can make brute-force and dictionary assaults more likely to alert a target that they are under attack.
To execute an online dictionary attack, we'll be using THC Hydra, Medusa, or Ncrack against the services we discover, using BruteDum to scan and organize our attacks between these tools.
We'll also need a password list, which will be critical to the success or failure of our dictionary attack.
If the password list is too large, it will take too long to attack the network, and if it isn't reasonably long enough to contain the password, we run the risk of it not being in the list, causing the attack to fail.
For beginners and experienced hackers alike, it's useful to have access to the right tools to discover, classify, and then launch customized brute-force attacks against a target.
BruteDum does it all from a single framework.
🔥 Weak Passwords Are Easy Prey 🔥
When a hacker gains access to a system with services running on it, one of the first things they'll typically do is see if they can log in to any of those services using default or common credentials.
Internet of Things (IoT) hardware and devices like routers are often left with default passwords enabled, making them easy to attack.
To test the services they discover for weak passwords, the hacker needs to select the right tool for the job, and it can be confusing to know which tool is the best to use against a particular service.
BruteDum is a Python tool that allows a hacker to acquire a target first and run a scan inside the framework to determine the best tool based on what is discovered.
It's easy to run a brute-force or dictionary attack against nearly any standard protocol that's vulnerable to it.
The advantage of running BruteDum over specific tools is the ability to run a scan from within to identify what other processes may be running on the same device, as well as organizing powerful tools for breaking into user accounts on services like SSH.
🔥 Online or Connected Attacks 🔥
Unlike attacks launched against WPA networks where we can grab a hash and attempt cracking later, we need to be connected to our target directly over the network to try a brute-forcing or dictionary attack.
While there are ways of hiding our identity with a VPN or Tor, brute-force and dictionary attacks can be limited in effectiveness through a variety of different means.
One way of limiting brute-force and dictionary attacks is through rate-limiting, in which a lockout is triggered after a set amount of incorrect login attempts.
That, combined with flagging suspicious login attempts, can make brute-force and dictionary assaults more likely to alert a target that they are under attack.
To execute an online dictionary attack, we'll be using THC Hydra, Medusa, or Ncrack against the services we discover, using BruteDum to scan and organize our attacks between these tools.
We'll also need a password list, which will be critical to the success or failure of our dictionary attack.
If the password list is too large, it will take too long to attack the network, and if it isn't reasonably long enough to contain the password, we run the risk of it not being in the list, causing the attack to fail.
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