Today when I actually going to do practical things on IDS/IPS on backtrack machine, and I got to know about PYTBULL. :)
Today I'm not writing anything about PYTBULL. because I'm not an expert. :p :-D right. :)
I'm giving you all things from an expert Sébastien Damaye who is auther of pytbull.
So here is all things which Damaye has been explained in detail . and yes hackers it's really useful.
pytbull is an Intrusion Detection/Prevention System (IDS/IPS) Testing Framework for Snort, Suricata and any IDS/IPS that generates an alert file. It can be used to test the detection and blocking capabilities of an IDS/IPS, to compare IDS/IPS, to compare configuration modifications and to check/validate configurations.
The framework is shipped with about 300 tests grouped in 9 testing modules:
- clientSideAttacks: this module uses a reverse shell to provide the server with instructions to download remote malicious files. This module tests the ability of the IDS/IPS to protect against client-side attacks.
- testRules: basic rules testing. These attacks are supposed to be detected by the rules sets shipped with the IDS/IPS.
- badTraffic: Non RFC compliant packets are sent to the server to test how packets are processed.
- fragmentedPackets: various fragmented payloads are sent to server to test its ability to recompose them and detect the attacks.
- multipleFailedLogins: tests the ability of the server to track multiple failed logins (e.g. FTP). Makes use of custom rules on Snort and Suricata.
- evasionTechniques: various evasion techniques are used to check if the IDS/IPS can detect them.
- shellCodes: send various shellcodes to the server on port 21/tcp to test the ability of the server to detect/reject shellcodes.
- denialOfService: tests the ability of the IDS/IPS to protect against DoS attempts
- pcapReplay: enables to replay pcap files
It is easily configurable and could integrate new modules in the future.
There are basically 6 types of tests:
- socket: open a socket on a given port and send the payloads to the remote target on that port.
- command: send command to the remote target with the subprocess.call() python function.
- scapy: send special crafted payloads based on the Scapy syntax
- multiple failed logins: open a socket on port 21/tcp (FTP) and attempt to login 5 times with bad credentials.
- client side attacks: use a reverse shell on the remote target and send commands to it to make them processed by the server (typically wget commands).
- pcap replay: enables to replay traffic based on pcap files
Tomorrow we are going to see in practical way ok :) Smile plsssssss
Today I'm not writing anything about PYTBULL. because I'm not an expert. :p :-D right. :)
I'm giving you all things from an expert Sébastien Damaye who is auther of pytbull.
So here is all things which Damaye has been explained in detail . and yes hackers it's really useful.
pytbull is an Intrusion Detection/Prevention System (IDS/IPS) Testing Framework for Snort, Suricata and any IDS/IPS that generates an alert file. It can be used to test the detection and blocking capabilities of an IDS/IPS, to compare IDS/IPS, to compare configuration modifications and to check/validate configurations.
The framework is shipped with about 300 tests grouped in 9 testing modules:
- clientSideAttacks: this module uses a reverse shell to provide the server with instructions to download remote malicious files. This module tests the ability of the IDS/IPS to protect against client-side attacks.
- testRules: basic rules testing. These attacks are supposed to be detected by the rules sets shipped with the IDS/IPS.
- badTraffic: Non RFC compliant packets are sent to the server to test how packets are processed.
- fragmentedPackets: various fragmented payloads are sent to server to test its ability to recompose them and detect the attacks.
- multipleFailedLogins: tests the ability of the server to track multiple failed logins (e.g. FTP). Makes use of custom rules on Snort and Suricata.
- evasionTechniques: various evasion techniques are used to check if the IDS/IPS can detect them.
- shellCodes: send various shellcodes to the server on port 21/tcp to test the ability of the server to detect/reject shellcodes.
- denialOfService: tests the ability of the IDS/IPS to protect against DoS attempts
- pcapReplay: enables to replay pcap files
It is easily configurable and could integrate new modules in the future.
There are basically 6 types of tests:
- socket: open a socket on a given port and send the payloads to the remote target on that port.
- command: send command to the remote target with the subprocess.call() python function.
- scapy: send special crafted payloads based on the Scapy syntax
- multiple failed logins: open a socket on port 21/tcp (FTP) and attempt to login 5 times with bad credentials.
- client side attacks: use a reverse shell on the remote target and send commands to it to make them processed by the server (typically wget commands).
- pcap replay: enables to replay traffic based on pcap files
Tomorrow we are going to see in practical way ok :) Smile plsssssss
