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.

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.

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

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

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.

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

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.