Back close

Advanced Threat Collection Platforms

Start Date: Saturday, Jan 01,2011

School: School of Engineering

Project Incharge:Dr. Krishnashree Achuthan
Project Incharge:Prof. Prabakar Poornachandran
Funded by:Private Security Firm
Advanced Threat Collection Platforms

Attacks on information systems have grown exponentially in volume and in sophistication. While there are many security systems and ‘honeypots’ designed to harvest or trap the malware and study its behaviour, still it is very difficult to detect and identify the advanced malwares that are stealthy in nature and causing more serious damage. The traditional ‘honeypot’ systems that are traps set to detect attempts at unauthorised use of information systems, do not identify or do not have the capability to attract and detect advanced threats.

The primary goal of Advance Threat Analysis Platform (ATAP) is to be able to capture the malware that is not captured by the traditional threat collection systems, and to learn how to better protect against those threats. The Advanced Threat Collection Platform (ATCP) uses information systems which truly mimic production like information systems and networks to harvest advanced malwares.

Advanced simulation of real time systems and user behaviour will help in studying the behaviour of cybercrime activities ranging from automated scanning and malwares to sophisticated hacking. The attack footprint will be collected and analysed using various tools, including Stealthy Monitoring and Forensic Tools, Network Monitors, Flow Analysers and SIEM Tools. Gathered intelligence can effectively be used for gaining in-depth understanding of the malware and malicious activities.

Related Projects

Negative Pressure Isolation Hooded Wheel Chair
Negative Pressure Isolation Hooded Wheel Chair
Detection and Prevention of Advanced Persistent Threat (APT) Activitiesin Heterogeneous Networks using SIEM and Deep Learning
Detection and Prevention of Advanced Persistent Threat (APT) Activitiesin Heterogeneous Networks using SIEM and Deep Learning
Experimental and Numerical Investigations on the Dynamics of Friction Oscillator Representative of Disc and Drum Brakes
Experimental and Numerical Investigations on the Dynamics of Friction Oscillator Representative of Disc and Drum Brakes
Design and Control of Myo-Electric Prosthetic Arm
Design and Control of Myo-Electric Prosthetic Arm
A Case Study on Medical Camps During 2018 Kerala Floods
A Case Study on Medical Camps During 2018 Kerala Floods
Admissions Apply Now