DEVICE LAYER // MEMORY_ACQUISITION
MOBILE DEVICE FORENSICS
& MEMORY CARVING
Bypassing encrypted smartphone chip locks, capturing deep physical file systems, and searching unallocated storage blocks to recover deleted communications.
Simply deleting an app or clearing a conversation history does not wipe the underlying data from a smartphone's flash memory. Standard logical extractions fail to view data hidden inside sandboxed application directories or secure operating system log layers.
Infinity Forensics conducts high-fidelity physical mobile extractions. Operating within RF-shielded environments to block remote wipe commands, our lab utilizes premium device manipulation frameworks to bypass security enclaves, extract raw flash storage images, and carve out court-admissible evidence records.
> MOBILE_FORENSIC_ACTIVE:
HARDWARE_EXTRACTION_READY
Our specialized mobile extraction framework runs advanced bootloader bypass exploits, copying system partitions and reading raw SQLite data lines without altering content hashes.
UNLOCK
Premium Bypassing Suites
SQLITE
Deleted Database Carving
01 // SMARTPHONE ACQUISITION VECTORS
Low-level operating system bypass and database reconstruction disciplines applied across mobile evidence.
Full Filesystem Acquisition
Using custom forensic agent scripts to bypass user space constraints. We copy complete internal root environments from iOS and Android platforms, capturing unredacted communication logs, location data paths, and hidden file caches.
Unallocated Block Carving
Scanning unallocated flash storage blocks where deleted chat application records reside. We parse raw database segments to reconstruct deleted message text strings, contact headers, and media attachments.
System Artifact Timelines
Parsing structural mobile user logs including Apple KnowledgeC and Android UsageStats. We construct granular, minute-by-minute logs detailing exactly when specific applications were launched, records modified, or files deleted.
>> MOBILE RECOVERY OPERATIONAL LOGS
LOG 01 // TRADE_SECRET_LEAK
Carving Erased Messaging Databases
Context: An employee suspected of leaking corporate data deleted all active messaging logs before asset submission. Our mobile lab performed an advanced database carving process, successfully recovering 120 deleted messages from unallocated storage cells.
LOG 02 // TIMELINE_DISPUTE
Extracting Hidden Location Traces
Context: A high-value logistics claim involved conflicting statements regarding a delivery operator's movements. We extracted cached location logs and cell tower connection parameters, establishing a precise geographic timeline that settled the dispute.
LOG 03 // DISAPPEARING_MESSAGES
Harvesting Volatile App Memory
Context: An internal corporate misconduct case involved subjects utilizing disappearing message features. Our mobile team captured temporary system notifications and image rendering buffers, safely recovering text records before deletion.
Mobile Forensics FAQs
Technical answers regarding encryption lock bypasses, deleted message recovery limits, and evidence safeties.
1. Are your mobile forensic extraction findings admissible in Singapore courts?
Yes. Every extraction step, chain-of-custody log, and partition hash calculation is managed with strict adherence to Section 64 of the Singapore Evidence Act, keeping all evidence ready for legal presentation.
2. Can you extract data from modern smartphones protected by biometric locks or passcodes?
Yes. Utilizing our premium advanced unlock and bootloader bypass exploits, our laboratory can temporarily bypass hardware security enclaves on supported models to secure full system partitions.
3. Why is network isolation critical during mobile forensic investigations?
Connecting a target phone to network infrastructure introduces the risk of a remote wipe command being triggered. Our lab handles all incoming assets within hardware-isolated Faraday shielding setups to block incoming signals entirely.
4. How are deleted WhatsApp or Telegram messages successfully recovered?
When chat lines are deleted, the application flags those database rows as "free space" without immediately overwriting them. We scan these unallocated pools, reading raw hex sequences to reconstruct original message strings.
5. Can data be extracted from mobile applications that use disappearing message settings?
Yes. While disappearing messages delete themselves from primary chat logs, mobile operating systems frequently save temporary notification strings or system cache buffers, which we can parse to recover text fragments.
6. Can location history be traced if a user manually disabled location services?
Yes. Devices continuously log connection records from nearby Wi-Fi router networks, cellular provider towers, and Bluetooth beacons inside internal diagnostic databases, which we can parse to map geographic movements.
7. What information should be provided when submitting a device for extraction?
We require the physical device asset alongside proper corporate authorization documents confirming ownership. Providing any known passcodes significantly minimizes extraction processing times.
WHY INFINITY FORENSICS ?
Why Infinity Forensics (Private) Limited?
Infinity Forensics has a comprehensive range of computer forensics services to help organizations, and key individuals within those organizations, make informed decisions and mitigate potential electronic evidence risks. We have a highly experienced team of engineers and ways of working that are second to none.
Computer forensics has become increasingly important as fraud, financial irregularities, employee misconduct and commercial disputes threaten company finances and reputations while creating serious regulatory risks.
Utilizing state-of-the-art techniques, Infinity Forensics's specialists enable the recovery and use of critical electronic whether evidence has been erased or modified for litigation, investigations, audits and other fact-finding exercises.
COMPANY
SOLUTIONS
resources
LEGAL
contact
(65) 68460654
info@infinityforensics.com
27 New Industrial Road #03-02 Novelty Techpoint, Singapore 536212.
