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Tractor™

Extract Only What You Need

Target specific file names, file types, date ranges, and folder paths. Extract 10GB of relevant data from a 1TB source in minutes by filtering exactly what matters.

Images + Live

Data Sources
 

Up to 99%

Data Reduction
 
 

3

Hash Algorithms
 
 

Zero

Metadata Loss

Extract From Multiple Sources

Connect to forensic images, local drives, network shares, and remote systems via SSH

💿

Forensic Images

E01, AD1, AFF4, APFS formats
💻

Local Drives

Direct access to mounted drives
 
 
🌐

Network Shares

SMB, NFS, mapped drives
 
 
 
🔐

Remote Systems

Remote server access
 
 
 

Target Exactly What You Need

Why extract 1TB when you only need 10GB? Use precise filters to extract only relevant data.

 

99%

 

Data Reduction Typical

 

Full Extraction

1 TB

 
Extract everything, process everything

Selective Extraction

10 GB
 
Extract only relevant data

Precise Filtering Options

Combine multiple filters to extract exactly the data you need

📄 File Names

Target specific file names with wildcards and pattern matching. Extract all files matching "*contract*" or "agreement_2024*.pdf" across the entire data source.

📊 File Types

Filter by file extensions and MIME types. Extract only emails (.msg, .eml), Office documents (.docx, .xlsx), or PDFs while excluding system files and executables.

📅 Date Ranges

Target files by creation, modification, or access dates. Extract only documents from January 2024 to March 2024, or files modified in the last 6 months.

📁 Folder Paths

Specify exact folder paths or patterns. Extract only from C:\Users\John\Documents or all "My Documents" folders across all user profiles.

Built for Speed and Integrity

Every feature designed to maximize performance while maintaining forensic standards

🎯

File Name Targeting

Use wildcards and patterns to match specific file names across entire data sources

📊

File Type Filtering

Extract only specific extensions (emails, Office docs, PDFs) while excluding irrelevant files

📅

Date Range Selection

Filter by creation, modification, or access dates to target relevant time periods

 
 
📁

Folder Path Filtering

Specify exact paths or patterns to extract from specific directories or user profiles

 
🕒

Metadata Preservation

Maintain all timestamps, file attributes, and system metadata with perfect accuracy

 
#️⃣

Hash Verification

Calculate and verify MD5, SHA-1, and SHA-256 hashes during extraction for integrity proof

 
📊

Progress Monitoring

Real-time status updates with detailed progress metrics for large extractions

 
🛡️

Error Recovery

Real-time status updates with detailed progress metrics for large extractions

 

Multithreaded Processing

Leverage all CPU cores simultaneously for maximum extraction speed on modern hardware

 

When You Need XTractor

Critical for litigation support teams with tight deadlines and high-volume matters

Email-Only Extractions

Extract only .msg, .eml, and .pst files from a 1TB image. Pull 15GB of emails from custodian data without extracting irrelevant system files, photos, or applications.

Date-Range Collections

Target files from specific time periods relevant to your case. Extract only documents modified between January 2024 and March 2024, reducing a 500GB source to 20GB of relevant data.

Specific Folder Targeting

Extract only from user documents and desktop folders. Pull data from C:\Users\*\Documents and C:\Users\*\Desktop across all user profiles while ignoring system directories.

Pattern-Based Extraction

Use file name patterns to find relevant documents. Extract all files containing "contract", "agreement", or "confidential" in the filename across the entire data source.

Cost Reduction

Reduce processing and storage costs by 99%. Extract 10GB of relevant Office documents and emails from a 1TB forensic image instead of processing everything.

Network & Remote Extraction

Extract directly from network shares and remote systems. Target specific folders on file servers or remote systems without creating full forensic images first.

Ready to Extract Smarter?

Stop extracting entire forensic images. Target only the relevant data and save time, storage, and processing costs.