Python Introduction will provide the student with a stepping-stone on understanding programming logic and creating basic scripts to take his skills to the next level.
This training covers basic use in the Linux environment. Linux Fundamentals course is designed for non-experienced users, helping them become comfortable with Linux and basic automation scripting capabilities.
Open-source intelligence (OSINT) covers the techniques and procedures practiced retrieving targeted information from open-source networks containing immense amounts of data. This course teaches participants how to collect and analyze information using every data source available. Students will be further exposed to collecting information from the Darknet, social networks, and other sources.
Threat hunting is the proactive technique that focuses on pursuing attacks and the evidence that attackers leave behind when they patrol an attack using malware or expose sensitive data.
Network security is a board term that covers multiple technologies, devices, and processes. Nowadays, every organization, regardless of size, industry, or infrastructure, requires a network security expert in place to protect it from the ever-growing landscape of cyber threats today.
This training is an advanced course that covers topics in the Red-Team Cyber Warfare methodologies. The participants will get an in-depth look into the mind of a Black-Hat hacker.
Reverse Engineering is a technique used to analyze software to identify and understand its components and its flows. It is a process of understanding code infringement processes and analyzing software weaknesses. Reverse Engineers analyze systems to create system representations in another form of abstraction.
Malware Analysis is the study and close examination of malware to understand its origins, purpose, and potential impact on the system. Malware analysts accomplish their tasks by using various tools and expert-level knowledge to understand not only what a piece of malware can do but also how it does it.
What makes an excellent digital forensics investigator, is to have the knowledge and skill to automate forensics stages using the power of Python programming language. Many laboratories rely on Python to build basic models for predictions and to run experiments. It also helps to control critical operational systems. Python has built-in capabilities to support the digital investigation and protect the integrity of evidence during an investigation.
Network forensics training is about the analysis of network traffic to identify intrusions or anomalous activity. Compared to computer forensics, where evidence is usually preserved on disk, network data is more volatile and unpredictable and therefore requires a different approach.