Intruder - Battering Ram Attack

-

Purpose: The Battering Ram attack type is used when you need to insert the same payload into multiple positions within the same request. This can be useful in scenarios where multiple fields might share the same value or where you want to test how the application handles identical inputs across different parameters.

How It Works:

  • Multiple Position Synchronization: In a Battering Ram attack, the same payload is simultaneously inserted into all the designated positions within the request.

  • Synchronized Input Testing: This type of attack is beneficial for testing inputs that are expected to be the same or related across different fields.

Steps:

1.Capture the Request:

  • Use Burp Suite’s Proxy tab to intercept the login request.

  • For example, the intercepted HTTP POST request might look like this :

                                       POST /example?p1=p1val&p2=p2val HTTP/1.0

                                       Cookie: c=cval

                                       Content-Length: 17

                                        p3=p3val&p4=p4val

2.Set the Positions:

  • Highlight both the p3 and p4 parameters and set them as variable positions using "Add §".

  • The request will look like this in the Positions tab.


3.Configure Payloads:

  • In the Payloads tab, load a list of potential usernames (e.g., 123, 234, 345).

  • Burp Suite will use the same payload for both p3 and p4 in each request.


4.Start the Attack:

  • Click "Start Attack" to begin the Battering Ram attack.

Result Analysis: Review the responses to see if the server processes the identical inputs differently or if any vulnerabilities are revealed (such as SQL injection or authentication bypass).




Conclusion: The Battering Ram attack is best used when multiple parameters need to receive the same payload simultaneously. It’s particularly effective for testing scenarios where synchronized inputs might cause unexpected behavior or vulnerabilities. By using the same payload across different fields, you can quickly identify how the application handles identical data and whether it leads to any security flaws.

Comments

Post a Comment

Popular posts from this blog

OWASP Top 10 : Understanding Broken Access Control

-
Image
What is broken access control? Broken access control is a security issue where users can access data or perform actions that they shouldn't be allowed to. This happens when the system fails to properly enforce rules about what users can and cannot do. Types of access controls :  1 . Vertical privilege escalation:  Vertical privilege escalation happens when a normal user gains access to functionalities reserved for higher-privileged users. Example:  A normal user can change the policies of the company.  2. Horizontal privilege escalation:  Horizontal privilege escalation allows a user to switch their access to another user's account, essentially impersonating them. Example:  A normal user can switch their account to admin.  3 . Insecure direct object reference ( IDOR):  IDOR occurs when an application exposes a reference to an internal implementation object, such as a file, directory, or database key. Example:  Suppose we have URL 'abc.com/user?id=123' and we can change
Read more

Navigating the Seas of Cyber Threats: Understanding Phishing Attacks

-
Image
In the vast ocean of cyberspace, lurking beneath the surface, lies a deceptive menace known as phishing attacks. Like a crafty angler casting its bait, cybercriminals employ phishing tactics to lure unsuspecting victims into their web of deceit. But what exactly are phishing attacks, and how can we safeguard ourselves against them? Let's dive in and explore. What is Phishing? Phishing is a type of cyber-attack where malicious actors masquerade as trustworthy entities, such as banks, social media platforms, or government agencies, to deceive users into divulging sensitive information, such as passwords, credit card numbers, or personal details. These attacks typically occur through email, text messages, or deceptive websites designed to mimic legitimate sources, tricking users into providing their confidential data. How Phishing Works? Phishing attacks often employ cunning tactics to manipulate human psychology and exploit vulnerabilities in our digital behaviors. For exam
Read more

OWASP Top 10 :Understanding Cryptography

-
Image
  What is Cryptography?  Cryptography is a method of protecting information by transforming it into an unreadable format, called encryption so that only those with the correct key can read it. What is a Cryptographic Failure? Cryptographic failure occurs when the cryptographic methods used to protect data are not strong enough or are implemented incorrectly. Common Causes of Cryptographic Failures : 1. Weak Encryption Algorithms:  Using outdated or weak encryption methods that are easy for attackers to break. Example : Using the DES algorithm. 2. Poor Key Management:  Not properly generating, storing, or using encryption keys. Example : Hard-coding encryption keys in the application's source code where attackers can find them. 3. Insecure Transmission : Not encrypting data transmitted over the internet. Example : Sending sensitive information over HTTP instead of HTTPS. 4. Improper Implementation : Incorrectly using cryptographic functions or libraries. Example : Implementing your
Read more