New Horizons in Digital Forensics: Bypassing Modern Smartphone Protection Systems & Recovering Data from Formatted SSDs *Participation is restricted to Law Enforcement and Government agency personnel only. BREAKFAST MEET WITH 03 December 2025 access_time 9:00 AM to 12:00 PM location_onSama Inn Hotel Apartments, Al Yasmin, Riyadh REGISTER NOW

EVENT OVERVIEW

As smartphone security and SSD technologies continue to advance, traditional forensic approaches are becoming less effective. This exclusive breakfast meet brings together specialists to discuss breakthrough methods that can significantly enhance your capability to extract, analyze, and recover data in modern investigations.

 

Designed specifically for law enforcement, DFIR experts, digital forensic analysts, and cybercrime investigators, this session combines knowledge sharing, informal discussion, and live demonstrations in a closed-group setting.

Topics Covered

  • Smartphone Forensic – Overcoming Modern Protection Systems
    • The growing complexity of smartphone data protection
    • Overview of popular smartphone models and encryption layers
    • Why traditional extraction methods are no longer reliable
    • Techniques to bypass password/PIN entry attempts
    • Introduction to the HARD KEY method
    • Password bruteforce: capabilities, speed & limitations
    • Live demo on a locked, password-protected smartphone

 

  • SSD Forensics – Recovery from Deleted & Formatted Storage
    • How quick format works across various storage media
    • The impact of TRIM on SSD data recovery
    • Working in technological mode with translation versions
    • Live demo on SSDs with deleted or formatted data

WHY ATTEND

Exclusive, small-group roundtable format

Practical demonstrations on real devices

Direct interaction with Acelab experts

Valuable insights to support complex investigations

Learn advanced techniques not covered in standard trainings

REGISTRATION

ACELab Breakfast Meeting

Seats are extremely limited and reserved strictly on a first-come, first-served basis.