Why Attend?

This one-day on-demand training event is geared toward students looking to gain insight into the world of Unmanned Aerial Vehicle (UAV) forensics. Using Oxygen Forensic® Detective, attendees will learn best practices for data extraction from UAVs, UAV mobile device applications, and associated cloud account data. Students will examine these data collections to build a forensic report detailing all activity of a UAV flight including analysis of associated images and movies on SD-cards as well as flight-control black box data.

What is On-Demand?

On-Demand courses are self-paced allowing students to work during their availability and outside of a traditional classroom environment. Lab exercises are built into each course to apply the skills you have learned in a practical investigation.

To sign up for this On-Demand class using your Full-Access LMS Pass, please send an email to training@oxygenforensics.com. Please include your first name, last name, email, and SaleID.

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Course Modules.

Students will examine these data collections to build a forensic report detailing all activity of a UAV flight including analysis of associated images and movies on SD-cards as well as flight-control black box data. Check out the course modules.

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Install and Support

This module educates end-users about their customer experience with Oxygen Forensics while learning to install the latest Oxygen Forensic® Detective (OFD) products and mobile device drivers. Students will learn how to access their uniquecustomer portal and download any software components needed.

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Introduction to UAV Forensics

To effectively process drones and their respective data, a crash course in UAV concepts and available data would be in order. This module discusses sUAScharacteristics, criminal use-cases for UAVs and manufacturer variables that can help differentiate between UAVs. Students will learn the aircraft power-on processthrough to how flight logs are created and updated.

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Components of sUAS

This module focuses on the components and features of sUAS to include:

  • Batteries
  • GPS receivers
  • Ground vs. air controllers

Additionally, controller options and autonomous flight details are covered:

  • Wi-Fi controls
  • Signal interception
  • Return to home features
  • Basic vs. smart vs. integrated controllers
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Mobile and Tablet Devices

This module inspects the bespoke | custom flight controller concept to include“First Person View” and integrated displays.

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Drone collection techniques

The processes of extracting data from aircraft, mobile and tablet devices as well as controllers and cloud accounts are of prime importance when nurturing the elements of a drone investigation. This module demonstrates data recovery from a DJI Spark.

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Data Interpretation

In this module, students use Oxygen Forensic® Detective to review collected data:

  • UAV data
  • Flight logs
  • Cloud data
  • Image and video files
  • Geolocation-base data
  • Ground vs. air controllers
  • Local and synchronized logs
  • Folder structure of Android and iOS devices
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Report Writing

This module summarizes the course by presenting best practice report writing specially aligned to make sense of drone, controller, and cloud-based data. The module includes a glossary of industry standard drone definitions.

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