Login
Digital Evidence Acquisition and Physical Media Architecture

Master the technical discipline of digital evidence recovery through the Ocsaly Academy Forensic Architecture series. This curriculum provides a rigorous deconstruction of physical storage media, including the extraction of data from SSD, HDD, and EEPROM architectures. You will execute bit-stream imaging using industry-standard protocols while maintaining absolute evidence integrity through hardware-level write protection. This course moves beyond basic analysis into volatile memory diagnostics, leveraging the Volatility framework to uncover hidden processes and DLL injections. Join an elite tier of investigators by mastering the systematic reconstruction of digital crime scenes and the anatomical examination of complex file systems.

Computer Forensics Computer Science Data Integrity Digital Forensics Media Preservation Physical Forensics

Operator Profile

Target Audience

  • Forensic examiners requiring advanced physical media training.
  • Law enforcement personnel managing digital crime scene analysis.
  • Systems engineers specializing in low-level data recovery protocols.
  • Legal consultants seeking technical depth in digital evidence.
  • Information security professionals focusing on evidence preservation.

Objectives

What I will learn?

  • Execute bit-stream image acquisition using DC3DD and FTK Imager.
  • Implement hardware-level write protection to preserve evidence integrity.
  • Analyze physical storage architecture including SSD and HDD firmware.
  • Architect standardized bootable forensic environments for live acquisition.
  • Perform cryptographic hash verification for multi-part image validation.
  • Manage high-capacity storage media within enterprise-grade forensic workflows.
  • Execute systematic evidence acquisition protocols for data-driven research.
  • Deconstruct EEPROM and SD card structures for artifact recovery.

Recommended PRE-REQUISITE

Requirements

  • Functional workstation with administrative level system permissions.
  • Basic understanding of hardware components and file systems.
  • External storage media for imaging and acquisition exercises.
  • Adherence to rigorous scientific standards for evidence handling.

Module Skill level

Intermediate

EXCLUSIVE RESOURCES |

EXCLUSIVE RESOURCES |

$45.00 $139.00
  • Level
    Intermediate
  • Total Enrolled
    1
  • Duration
    7 hours 30 minutes
  • Last Updated
    August 8, 2026

Course Curriculum

Efficient Storage Media for Data Organization.
Explore the role of efficient storage media in organizing data effectively. This module delves into various storage solutions, including tape, disk, and cloud-based systems, and their impact on data management. It examines how these technologies optimize data retrieval, scalability, and performance, supporting modern data-driven environments. Perfect for professionals seeking to enhance their understanding of data organization strategies.

  • Exploring the Fundamentals of Optical Storage Media in Digital-Forensics.
    17:20
  • The Role of Universal Serial Bus and EEPROMS in Digital-Forensics
    06:08
  • Exploring the Role of SD Cards in Digital Storage for Forensic Analysis.
    04:58
  • Exploring the Fundamentals of Hard Disk Drives in Digital-Forensics.
    09:25
  • Exploring SSD Drives: Insights into Digital-Forensics
    08:41

Exploring Computer Systems: Fundamentals and Applications.
Explore the fundamentals and applications of computer systems in this module. Delve into topics like architecture, networks, OS, input/output, data storage, and hardware components. Discover practical examples across industries such as cloud computing, AI, IoT, and big data. Engage with interactive exercises to reinforce learning and prepare for technical roles.

DFIR Comprehensive Guide and In-Depth Analysis
Explore the comprehensive insights and in-depth analysis of Disaster Recovery in Industry-Focused Renewables (DFIR) with our module. Gain a deep understanding of trends, challenges, and solutions in the industry-focused renewable energy sector. Join now for your professional development!

Systematic Evidence Acquisition in Data-Driven Research
This module equips learners with systematic approaches to gather and evaluate evidence in data-driven research, enhancing their ability to apply critical thinking and problem-solving skills across diverse fields like education, healthcare, and business.

Memory Analysis: A Comprehensive Evaluation.
Explore the intricate science of memory in this module, delving into theories, research, and real-world applications. Discover how memory works, its types, and factors that enhance or hinder it. Gain insights into practical strategies for improving memory recall and retention across various contexts.

Anatomical examination determining cause of death
Explore the systematic evaluation of anatomical structures through clinical observations, physical exams, and diagnostic tools like imaging and lab tests. This module provides comprehensive insights into determining the cause of death, highlighting the importance of these examinations in understanding and addressing health outcomes.

$45.00 $139.00
  • Level
    Intermediate
  • Total Enrolled
    1
  • Duration
    7 hours 30 minutes
  • Last Updated
    August 8, 2026

Discard the noise of entry-level theory. We build labs that actually break things, taught by operators who have lived in the trenches. Ocsaly is defined by zero-day logic, forensic precision, and tradecraft that survives a real-world engagement.

Certifications

> Tactics.
> Techniques.
> Procedures.

Legal