The Integrated Physical Data Extraction Methods for Mobile Forensics Using Bootloader and Flasher Boxes

The widespread use of mobile devices in society and the gradually increasing cyber threads and associated crimes have made it crucial for forensic examiners to investigate and analyze these devices for digital evidence. This research introduces the integrated method that combines Bootloader methods and Flasher Boxes to extract physical data effectively from mobile devices. The bootloader provides access to a device's operating system whereas flasher boxes are specialized tools commonly used for repairing mobile devices. They are used together to develop an integrated approach for extracting, preserving, and interpreting the information. This research delves into how Bootloader and Flasher Boxes can be used to overcome challenges related to bootloaders (locked) and secure device settings. By utilizing these tools, forensic investigators can improve their access to data stored on devices and enhance the potential for evidence recovery. The technical aspects of this combined method are thoroughly discussed, providing insights into the procedures, tools, and considerations necessary for implementing this extraction technique. This innovative approach tackles issues in mobile forensics for data extraction and contributes to developing methodologies in this fast-paced field. The results presented here, offer insights for professionals looking to enhance their physical data extraction techniques in mobile forensic investigations.