Certified Malware Investigator (CMI) Training in Norway

Completion of the CFIP course is highly recommended. Otherwise you will need:

• Knowledge of the principles surrounding forensic investigation and an understanding of the preliminary forensic investigation case considerations
• Sound experience with the Microsoft Windows operating systems
• An understanding of how a web page is requested and delivered
• Ideally an understanding of Command Line Interface (CLI) and TCP/IP networking concepts

WHO SHOULD ATTEND

For those looking to develop their skills in malware identification and analysis, including:

• Digital forensic analysts
• Cyber incident investigators
• Law Enforcement Officers
• System administrators

THE SKILLS YOU WILL LEARN

Practical application of course content will be through the use of case scenarios in order to gain a practical understanding of modern malware beyond the often quoted traditional principles; mount forensic images for analysis; build virtual machines for analysis, and build a network environment to carry out network forensic analysis.

KEY BENEFITS

The course will give you:

• You will learn how to identify, analyse and interpret malicious software and associated forensic artefacts, including Trojan horses, viruses, worms, backdoors and rootkits
• How Trojan payloads can be used to bypass anti-virus software, personal and corporate firewalls
• You will practice malware investigations from mounted, booted and network perspectives, and undertake real-world exercises, including the conversion of E01 forensic images to bootable virtual machine disks
• The function, structure and operation of the Windows registry, and investigation of malicious software locations in the registry and file system
• The skills to analyse and interpret malicious software, and investigate network activity initiated by malicious software infection
• An understanding of how to simplify complex evidence, and collate and report results
• An industry-recognised qualification in malware investigation

Analysis Environments

• Identify and define the five analysis environments
• Identify situations in which each of the investigation environments could be used effectively
• Identify their respective levels of risk both to the original data as well as other systems

Malicious Software

• Define the term 'malicious software'
• Identify and define different types of malicious software
• Identify similarities and differences between different types of malicious software

Malware Investigation

• Identify the stages of malware investigation
• Critically assess the capabilities and limitations of anti-malware tools
• Identify the different means of running software at system start-up

Methods of Deception

• Identify mechanisms of malware delivery
• Identify mechanisms of disguise
• Identify client security circumvention

Mounted Analysis

• Mounting forensic images as logical drives
• Using malware scanners against the mounted image
• Documenting the results of malware scans
• Using online scanners for further clarification

Booted Analysis

• Identify approaches to creating a booted analysis environment
• Experiment with making a Virtual Machine
• Identifying password implications
• Identifying and explaining the potential differences between mounted and booted analysis results

Network Analysis

• Identify key reasons for network analysis
• Methods of building a network for analysis
• Explaining network communication protocols
• Using traffic analysis tools for network analysis
• External Port Analysis
• Identifying and explaining the potential differences between network and other analysis results

Virtualisation Malware

• Explain how hardware Hypervisor support allows for virtualisation malware
• Define Type I, Type II and Type III malware

Simplifying Complex Evidence

• Aiming the report at a subject knowledge level fitting the target audience
• Discuss a sample report outline