The "768" is only as good as the software it runs—UFED 4PC (or the embedded version). As of the latest firmware updates, the UFED 768 Portable supports over 20,000 device profiles.
The UFED 768 Portable is built for one mission: extracting maximum data with minimum footprint. Weighing just over a pound, it operates independently of laptops or external power hubs, making it ideal for:
Despite its size, the 768 supports physical, logical, and file-system extractions from thousands of mobile devices, including iOS, Android, and legacy flip phones. Its integrated battery delivers up to 8 hours of continuous fieldwork, and the touch-optimized interface allows one-handed operation – even with gloves on. cellebrite ufed 768 portable
1. Lightning-Field Triage
The 768’s “Fast Scan” mode generates a priority report – texts, calls, contacts, and recent GPS locations – in under 90 seconds. Investigators can identify actionable intelligence before leaving the scene.
2. Advanced Bypass Capabilities
Like its larger UFED siblings, the 768 leverages Cellebrite’s proprietary bootloader and SFR (System File Recovery) techniques. It can break through lock screens on many legacy devices and supports Qualcomm EDL, Samsung Exynos, and MediaKit bypasses without requiring cloud credentials. The "768" is only as good as the
3. Tamper-Proof Chain of Custody
Every action – from cable connection to extraction – is hashed and logged. The device generates an audit-ready report in PDF, CSV, or Cellebrite’s native UFDR format, ensuring evidence remains court-defensible.
4. Self-Contained Workflow
The 768 includes 256GB of onboard encrypted storage and a microSD slot. No internet connection is required for decoding, making it fully operational in basements, bunkers, or remote rural locations. Despite its size, the 768 supports physical, logical,
The UFED 768 Portable can push a lightweight extraction agent to certain Android devices to bypass lock screens without root access (Android 9-13, limited support).
For damaged or locked devices where standard USB extraction fails, physical extraction via Chip-Off or In-System Programming (ISP) is the last line of defense. UFED 7.68 enhanced the support for specific memory chips, making the process of reading data from the physical layer more reliable. For the portable workflow, this means investigators using the UFED Ruggedized Tablet with the appropriate hardware adapters have a higher success rate in the field when dealing with broken handsets.