5 Topics
5 Days
97 Sessions
Programme Overview
Training Description
Environmental and Climate Change Professionals
Urban Planners and Infrastructure Designers/Developers
Government Officials and Policy Makers
Disaster Risk Management Specialists
Development Practitioners and Project Managers
Academics, Researchers, and Environmental Consultants
Corporate Sustainability Officers and Business Leaders
Session Objectives
- After competing this Digital and Computer Forensics and Investigations course, you will be able to: Understand the fundamentals of digital forensics and explain the need for mobile device forensics Understand the threats associated with mobile devices Classify evidence types on mobile devices and evidence acquisition types Explain different mobile hardware architecture Develop a mobile forensics investigation process Use various forensic tools for investigation Investigate mobile security breaches and identify the criminal Restore the data and generate reports for future threats/attacks analysis Gathering volatile and non-volatile data from Windows and recouping erased documents from Windows, Mac OS X, and Linux. Researching password secured documents by utilizing password cracking concepts and tools Roles of the first responder, first responder toolkit, securing and assessing electronic crime scene, directing preliminary interviews, archiving electronic crime scene, gathering and safeguarding electronic proof, bundling and transporting electronic crime scene, and detailing electronic crime scene. Setting up the computer forensics lab and creating investigation reports. Steganography, Steganalysis and image forensics. Kinds of log capturing, log management, Investigation logs, network traffic, wireless attacks, and web assault
About the Course
This training provides participants with the practical skills, tools, and methodologies to effectively plan for, design, and implement climate-resilient infrastructure and systems. It bridges the gap between climate science and on-the-ground action, focusing on how to integrate adaptation measures into existing planning and development cycles across various sectors. The curriculum typically covers risk assessment, vulnerability analysis, strategic adaptation options (including nature-based solutions), governance frameworks, and financing mechanisms. Ultimately, the course empowers professionals to create future-proof solutions that enhance the resilience of communities and assets against the growing impacts of climate change and extreme weather events.
This training provides participants with the practical skills, tools, and methodologies to effectively plan for, design, and implement climate-resilient infrastructure and systems. It bridges the gap between climate science and on-the-ground action, focusing on how to integrate adaptation measures into existing planning and development cycles across various sectors. The curriculum typically covers risk assessment, vulnerability analysis, strategic adaptation options (including nature-based solutions), governance frameworks, and financing mechanisms. Ultimately, the course empowers professionals to create future-proof solutions that enhance the resilience of communities and assets against the growing impacts of climate change and extreme weather events.
This training provides participants with the practical skills, tools, and methodologies to effectively plan for, design, and implement climate-resilient infrastructure and systems. It bridges the gap between climate science and on-the-ground action, focusing on how to integrate adaptation measures into existing planning and development cycles across various sectors. The curriculum typically covers risk assessment, vulnerability analysis, strategic adaptation options (including nature-based solutions), governance frameworks, and financing mechanisms. Ultimately, the course empowers professionals to create future-proof solutions that enhance the resilience of communities and assets against the growing impacts of climate change and extreme weather events.
This training provides participants with the practical skills, tools, and methodologies to effectively plan for, design, and implement climate-resilient infrastructure and systems. It bridges the gap between climate science and on-the-ground action, focusing on how to integrate adaptation measures into existing planning and development cycles across various sectors. The curriculum typically covers risk assessment, vulnerability analysis, strategic adaptation options (including nature-based solutions), governance frameworks, and financing mechanisms. Ultimately, the course empowers professionals to create future-proof solutions that enhance the resilience of communities and assets against the growing impacts of climate change and extreme weather events.
This training provides participants with the practical skills, tools, and methodologies to effectively plan for, design, and implement climate-resilient infrastructure and systems. It bridges the gap between climate science and on-the-ground action, focusing on how to integrate adaptation measures into existing planning and development cycles across various sectors. The curriculum typically covers risk assessment, vulnerability analysis, strategic adaptation options (including nature-based solutions), governance frameworks, and financing mechanisms. Ultimately, the course empowers professionals to create future-proof solutions that enhance the resilience of communities and assets against the growing impacts of climate change and extreme weather events.
Curriculum & Topics
5 Topics | 97 Sessions
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Workshop 1.1:
Computer forensics and investigation as a profession
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Workshop 1.2:
Define computer forensics
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Workshop 1.3:
Describe how to prepare for computer investigations and explain the difference between law enforcement agency and corporate investigations
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Workshop 1.4:
Explain the importance of maintaining professional conduct
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Workshop 1.5:
Digital evidence — legal issues
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Workshop 1.6:
Identifying digital evidence
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Workshop 1.7:
Evidence admissibility
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Workshop 1.8:
Rules of evidence
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Workshop 1.9:
What is seizure?
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Workshop 1.10:
Consent issues
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Workshop 1.11:
Expert witness
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Workshop 1.12:
Roles and responsibilities
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Workshop 1.13:
Ethics
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Workshop 1.14:
Investigative process
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Workshop 1.15:
Investigations
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Workshop 1.16:
N/A
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Workshop 1.17:
E-discovery
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Workshop 1.18:
Criminal vs. civil vs. administrative investigations
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Workshop 1.19:
Intellectual property
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Workshop 1.20:
Reporting
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Workshop 1.21:
Quality control
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Workshop 1.22:
Evidence management
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Workshop 1.23:
Current computer forensics tools and hardware
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Workshop 2.1:
Forensic science fundamentals
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Workshop 2.2:
Principles and methods
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Workshop 2.3:
Forensic analysis process
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Workshop 2.4:
Hardware
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Workshop 2.5:
Storage media
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Workshop 2.6:
Operating system
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Workshop 2.7:
File systems
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Workshop 2.8:
Erased vs. deleted
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Workshop 2.9:
Live forensics
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Workshop 3.1:
File and operating system forensics
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Workshop 3.2:
Keyword searching
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Workshop 3.3:
Metadata
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Workshop 3.4:
Timeline analysis
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Workshop 3.5:
Hash analysis
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Workshop 3.6:
File signatures
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Workshop 3.7:
Volume Shadow Copies
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Workshop 3.8:
Time zone issues
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Workshop 3.9:
Link files
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Workshop 3.10:
Print spool
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Workshop 3.11:
Deleted files
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Workshop 3.12:
File slack
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Workshop 3.13:
Damaged media
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Workshop 3.14:
Registry forensics
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Workshop 3.15:
Multimedia files
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Workshop 3.16:
Compound files
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Workshop 3.17:
Web and application forensics
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Workshop 3.18:
Browser artifacts
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Workshop 3.19:
Common web attack vectors
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Workshop 3.20:
Email investigations
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Workshop 3.21:
Messaging forensics
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Workshop 3.22:
Database forensics
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Workshop 3.23:
Software forensics
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Workshop 3.24:
Malware analysis
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Workshop 4.1:
Network forensics
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Workshop 4.2:
TCP/IP
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Workshop 4.3:
Types of attacks
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Workshop 4.4:
Wired vs. wireless
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Workshop 4.5:
Network devices forensics
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Workshop 4.6:
Packet analysis
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Workshop 4.7:
OS utilities
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Workshop 4.8:
Network monitoring tools
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Workshop 4.9:
Anti-forensics
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Workshop 4.10:
Hiding
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Workshop 4.11:
Steganography
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Workshop 4.12:
Packing
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Workshop 4.13:
Hidden devices (NAS)
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Workshop 4.14:
Tunneling/Onion routing
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Workshop 4.15:
Destruction
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Workshop 4.16:
Spoofing
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Workshop 4.17:
Log tampering
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Workshop 4.18:
Live operating systems
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Workshop 5.1:
New & emerging technology
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Workshop 5.2:
Legal issues (privacy, obtaining warrants)
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Workshop 5.3:
Social networks forensics
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Workshop 5.4:
Types of social networks
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Workshop 5.5:
Types of evidence
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Workshop 5.6:
Collecting data
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Workshop 5.7:
Virtualization
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Workshop 5.8:
Virtualization forensics
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Workshop 5.9:
Use of virtualization in forensics
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Workshop 5.10:
Cloud forensics
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Workshop 5.11:
Types of cloud services
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Workshop 5.12:
Challenges of cloud forensics
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Workshop 5.13:
Big data
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Workshop 5.14:
Control systems and IOT
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Workshop 5.15:
Mobile forensics introduction
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Workshop 5.16:
Types of devices
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Workshop 5.17:
GPS
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Workshop 5.18:
Cell phones
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Workshop 5.19:
Tablets
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Workshop 5.20:
Vendor and carrier identification
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Workshop 5.21:
Obtaining information from cellular provider
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Workshop 5.22:
GSM vs. CDMA
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Workshop 5.23:
Common tools and methodology
