Digital Forensics Courses
Comprehensive Digital Forensics training programs for professionals
Comprehensive Digital Forensics training programs for professionals
Training Course on Advanced Mobile OS Vulnerabilities for Forensics moves beyond standard mobile forensics, equipping participants with the cutting-edge knowledge and hands-on skills to identify, analyze, and leverage complex OS-level vulnerabilities to achieve deeper data extraction and a more complete forensic picture, even from locked, encrypted, or compromised devices.
Training Course on Bypassing Mobile Device Locks for Forensic Access provides cutting-edge knowledge and hands-on techniques to overcome these sophisticated security measures, enabling the acquisition, preservation, and analysis of critical digital evidence from devices that would otherwise remain inaccessible.
Training Course on GPS and Location Data Forensics from Mobile/IoT equips participants with the cutting-edge methodologies to reconstruct movements, establish alibis, map crime scenes, and trace digital footprints, turning seemingly innocuous data into compelling digital evidence.
Training Course on Smart City Infrastructure Forensicsprovides the advanced knowledge and practical skills required to acquire, preserve, and analyze digital evidence from these highly interconnected and often proprietary systems, which are vital for uncovering the truth behind cyber-physical attacks, data breaches, and service disruptions in smart urban environments.
Training Course on IoT Device Forensics, Data Acquisition from Edge Devices provides hands-on experience with advanced techniques for forensically sound data extraction from a wide array of IoT categories, including smart home devices, industrial IoT (IIoT) sensors, wearables, and connected vehicles, empowering digital forensic professionals to uncover crucial evidence in cybercrime investigations, incident response, and product liability cases.
Training Course on Drone Forensics and Data Extraction covers both consumer-grade and professional drones, focusing on forensically sound methodologies for extracting vital flight logs, GPS data, video footage, telemetry, and user information.
Training Course on Wearable Device Forensics will equip participants with the essential methodologies to acquire, preserve, and analyze digital evidence from these miniature computing devices, which are increasingly critical in cases ranging from homicide investigations and personal injury claims to corporate espionage and data breaches.
Training Course on Mobile Malware Forensics and Analysis focuses on understanding the latest mobile malware trends, including banking Trojans, spyware, ransomware, and sophisticated APTs, providing hands-on experience with static and dynamic analysis techniques to uncover their malicious capabilities and impact.
Training Course on Smart Home Device Forensics and Privacy Implications places a strong emphasis on understanding the unique data storage mechanisms, communication protocols, and cloud-integration challenges inherent in these diverse IoT ecosystems, enabling thorough and forensically sound examinations.
Training Course on iOS Device Forensics, Deep Dumps and Artifacts focuses on unearthing elusive data from full file system dumps, deciphering encrypted backups and keychains, and interpreting the vast array of iOS application artifacts.
Training Course on Mobile Application Forensics and Data Analysis emphasizes hands-on practical exercises and real-world case studies, enabling participants to master techniques for bypassing app-specific encryption, recovering deleted application data, analyzing SQLite databases, and utilizing both commercial and open-source forensic tools.
Training Course on Automotive Forensics and Vehicle Infotainment Systems equips digital forensic professionals with the specialized knowledge and practical techniques to acquire, preserve, and analyze data from various in-vehicle systems, including telematics, infotainment units, and Electronic Control Units (ECUs), ensuring forensically sound methodologies for legal admissibility.