Non-Volatile Forensic Data Acquisition using dcfldd скачать в хорошем качестве

Non-Volatile Forensic Data Acquisition using dcfldd

In this video, I demonstrate the complete workflow for performing a non-volatile forensic acquisition within a Docker-isolated lab environment. Using a simulated suspect system and a forensic workstation, we walk through the critical phases of the acquisition process to ensure bit-for-bit integrity. Key Topics Covered: Environment Preparation: Confirming suspect containers and shared evidence volumes. Storage Identification: Identifying target storage media and file system formats (ext4). The Collection Phase: Using the dcfldd tool for imaging, including simultaneous hashing and logging. Integrity Verification: Comparing SHA-256 hash values of the original suspect image against the forensic copy to mathematically prove integrity. Best Practices: Discussion on legal authority, hardware write blockers, and managing environmental factors like heat and power stability. Command used in this video: dcfldd if=/evidence/suspect.img \ of=/evidence/forensic_image.dd \ hash=sha256 \ hashlog=/evidence/hash.txt \ conv=noerror,sync