Officially part of Cellebrite’s UFED (Universal Forensic Extraction Device) 4-generation series, the model number 749 distinguishes itself by supporting the broadest range of legacy and modern devices—from feature phones of the early 2000s to the latest iPhone and Samsung Galaxy models locked with biometrics or passcodes.
🔍 Key improvements:
UFED 7.49 notably expanded its data collection features for Apple ecosystems. The update utilizes the hardware-based to target iOS devices. OS Support : Full support for iOS 14.7 and 14.8. ufed 749
From an evidentiary standpoint, extractions performed by UFED 7.49 are legally defensible. The software generates detailed cryptographic hashes (MD5/SHA-256) for every byte extracted. This proves that the data was not modified, added to, or altered during the forensic acquisition window, satisfying strict court standards like the Daubert standard or local digital evidence laws.
: Recover call logs, SMS, photos, videos, and browsing history, even from locked or damaged phones. OS Support : Full support for iOS 14
The software update integrates across Cellebrite's standard deployment hardware:
The most basic level. Using the phone’s native backup protocol (iTunes on iOS or ADB on Android), the 749 grabs contacts, calendars, and media. Does not get deleted data. This proves that the data was not modified,
A: In the US and EU, yes. However, using it to extract a phone you do not own is a federal crime (CFAA). Most sellers require proof of forensic certification (IACIS, SANS) before shipping.
Cellebrite includes built‑in audit logging—every extraction creates a detailed log file that can be presented in court to demonstrate that data was not altered.
Mobile applications utilize advanced end-to-end encryption (E2EE) and temporary storage to hide conversation strings. UFED 7.49 advanced its automated engine. This mechanism interacts natively with the application layers of popular messengers (such as Snapchat and WhatsApp) to extract plaintext message databases, attachments, and metadata before they can self-destruct or undergo further encryption layers. 4. Hardware and Deployment Formats
In a medical context, can stand for Unspecified Feeding or Eating Disorder . This is a diagnostic category used when a person's eating behaviors cause significant distress but do not meet the full criteria for specific disorders like Anorexia or Bulimia.