Booter usage splits to two main groups:
Layer 4 methods which are made to stress test IP addresses (usually called ip stresser tool).
Layer 7 methods which are made to stress websites (URL only).
Your first goal is always to understand which that which you are trying to stress test, an IP address (servers) or a website. The next thing is always to choose the right method for the stress test. Each booter may offer different ways but I will attempt to spell out and categorize them for you.
Layer 7 methods:
GET/HEAD/POST – Stress testing method completed with proxies, launches a few thousands requests per second using one of many following HTTP request: GET, HEAD or POST. This approach could be the oldest one but because it’s completed with a distinctive internet protocol address and a distinctive user agent, it’s hard to mitigate it.
XMLRPC – The XMLRPC method is really a reflected method. XMLRPC is really a WordPress service which is often use to generate XML requests to websites. It’s fairly easy to mitigate because it uses the exact same useragent every time.
Joomla – The Joomla method is truly a Google Maps plugin designed for the Joomla CMS which is often used to generate GET requests as well. It’s pretty just like XMLRPC and it could be mitigated easily as well because it uses the exact same user agent atlanta divorce attorneys request.
Layer 4 methods:
Layer 4 methods will often have 3 different categories:
*Amplified UDP methods – They are usually services (for example: DNS, NTP, CHARGEN, SSDP etc) that can be utilized to amplify (reflect) a box with a bigger size packet, or even more packets. Using this methods also requires spoofing the foundation IP address of the server. So let’s say the goal IP address is 127.0.0.1, so the stress testing server sends a box with a certain payload over a certain port with the foundation internet protocol address of the goal (127.0.0.1) to the amplifier server. The amplifier server receives the packet and sends a bigger size packet (or several packets) to the goal internet protocol address (127.0.0.1) therefore resulting in an amplified stress test. With a 1Gbps uplink, an amplified stress test can reach over 80Gbps of bandwidth utilising the NTP service. This approach is the most frequent one to make use of with a Layer 4 stress test on a booter.
*Raw UDP – Sends a big quantity of UDP 1024 length packets. It’s the oldest method and easily mitigated when done from only some servers because the IP address remains the exact same in each packet.
*Spoofed TCP – This approach also requires spoofing the foundation internet protocol address but in cases like this the packets aren’t amplified but merely sent via a random IP address which doesn’t belong to the server. This approach has various names (ssyn, tcp, essyn etc).
When working with an internet protocol address booter stresser, there is no most practical way, the simplest way will be testing each method and see which suits you the best.