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MediaExtractor Forensic Media Extraction & Acquisition

💽 Extract evidence media before the review begins

MediaExtractor is a cross-platform forensic acquisition tool built to recover images and videos from complex evidence sources: folders, disk images, E01/Ex01, archives, office documents, PDFs, email containers, SQLite databases and Project VIC exports.

It preserves the original relative structure where possible, calculates SHA256 during copy, and produces a clean CSV manifest ready for review, reporting, triage or import into analysis workflows such as Media Insight.

E01 / Ex01 via libewf
Raw & virtual disks
Project VIC 2 JSON
Archives & ZIP-like files
PDF / Office / Email
SQLite media BLOBs
Signature recovery
SHA256 manifest
Windows · Linux · macOS
Why forensic users like it

MediaExtractor does not mount disks, does not require OSFMount, does not call external conversion tools and does not convert full EWF images to temporary RAW first. It reads supported evidence directly and continues across non-fatal container errors.

CSVmanifest for every extracted file
SHA256calculated while copying media
Pathsrelative layout preserved where possible
GUI + CLIsame engine, flexible workflow

Download

Choose the package that fits your lab, field or triage workflow.

Version 1.0.3 · Updated 16/05/2026

Windows x64 ZIP Linux x64 TAR.GZ macOS Apple Silicon ZIP macOS Intel ZIP

macOS first launch note

If macOS reports that MediaExtractor is damaged, it is usually Gatekeeper quarantine. Open Terminal, copy the command for your Mac, and replace /path/to/ with the folder where the app was downloaded or extracted.

Apple Silicon Macs

xattr -dr com.apple.quarantine "/path/to/MediaExtractor-osx-arm64.app"

Intel Macs

xattr -dr com.apple.quarantine "/path/to/MediaExtractor-osx-x64.app"

After running the command, open MediaExtractor again.

MediaExtractor extracts images and videos from evidence sources and sends clean output to Media Insight for analysis, search and organization

Supported Evidence Sources

Folders & file systems

Recursive folder scans on Windows, Linux and macOS, with extension and signature-based detection for common image and video formats.

Recursive scan
Media signatures
Generic names

Disk images

Processes raw and virtual disks such as .img, .dd, .raw, .vhd, .vhdx, .vmdk, .vdi and .iso.

NTFS
FAT / exFAT
Ext / XFS / Btrfs / HFS+

EWF / EnCase images

Reads .e01 and .ex01 through native libewf, including segmented evidence files such as case.E01, case.E02 and case.E03.

Native libewf
Segmented EWF
No full RAW conversion

Project VIC exports

Uses Project VIC 2 JSON metadata to reconstruct the original filesystem path in the output and preserve timestamps when available.

Project VIC 2
Original paths
Timestamp aware

Embedded containers

Extracts supported media from ZIP-like containers, archives, CAB, legacy Office OLE files, modern Office documents, OpenDocument files, APK/JAR files and more.

ZIP-like
RAR / 7z / TAR
Office documents

PDF, email & SQLite

Recovers images from PDFs, media payloads from .eml, .msg and .oft, and image/video BLOBs from SQLite databases opened read-only.

PdfPig
Email containers
Read-only SQLite

Forensic Workflow

1

Select the evidence source

Choose a normal folder, a forensic image, an EWF/E01 set, a Project VIC JSON export, or a supported embedded container.

2

Choose a clean output folder

MediaExtractor writes copied media and carved embedded media under a structured output root, avoiding path traversal and output overwrites.

3

Review the manifest

Every extracted item is recorded with source path, output path, type, internal path, timestamps, file size and SHA256.

Built for triage and case preparation

MediaExtractor is especially useful before visual analysis: it turns messy evidence sources into a clean media output tree plus a traceable manifest. That output can then be reviewed manually, archived, hashed, imported into Media Insight, or processed by another forensic workflow.

No disk mounting Continue on warnings Path sanitization Unique output names Compact progress line

Traceable Output & Manifest

Output layout

Folder sources keep their original relative paths. Disk images are written under <output>/<image-name>.disk/volume_XX/<filesystem>/.... Embedded containers are written under a .media folder next to the container path.

Source: D:\Evidence\Users\Mario\Pictures\photo.jpg
Output: D:\ExtractedMedia\Users\Mario\Pictures\photo.jpg

Disk output:
D:\ExtractedMedia\Volume_C.E01.disk\volume_00\NTFS\Users\Mario\Pictures\photo.jpg

Manifest columns

The generated media_manifest.csv records the key facts needed to trace each output file back to its source.

original_source
output_path
type
internal_path
source_created_utc
source_modified_utc
output_size_bytes
sha256
SHA256
Timestamps
Internal paths

Quick Start

Console

Use the CLI when you want repeatable acquisition commands, scripted runs or integration into a lab pipeline.

MediaExtractor <source path> <output path> [options]

MediaExtractor.exe "D:\Evidence" "D:\ExtractedMedia"
MediaExtractor.exe "D:\Evidence\Volume_C.E01" "D:\ExtractedMedia"
MediaExtractor.exe "D:\Evidence" "D:\ExtractedMedia" --max-parallel 12
MediaExtractor.exe "D:\Evidence" "D:\ExtractedMedia" --no-embedded

Desktop launcher

Open MediaExtractor.Gui, choose a source file or folder, choose an output folder, then start extraction. The GUI launches the same extraction engine from the same folder.

Linux / macOS examples:
./MediaExtractor "/mnt/evidence" "/mnt/extracted"
./MediaExtractor "/cases/Volume_C.E01" "/cases/extracted" --quiet-errors
GUI launcher
Same engine
Cross-platform

Command Line Options

OptionUse it when
--max-parallel NYou are scanning normal folder sources and want to control parallel workers. Default is min(CPU count, 8).
--no-embeddedYou only want direct image/video files and want to skip archives, PDFs, emails and documents.
--quiet-errorsYou want compact one-line warnings and errors for cleaner logs.
--helpYou want the full command help from the executable.

Signature-Based Recovery

MediaExtractor checks both extensions and media file signatures. This helps recover common images and videos even when they are stored with generic names such as .bin, .dat, cache files or no extension. ZIP-compatible containers are also detected by header, so mobile and forensic exports with custom outer extensions can still be opened when the internal format is ZIP-compatible.

Extension check
Magic bytes
Container header detection
SQLite header detection

From Acquisition to Analysis

Use MediaExtractor to normalize evidence into an extracted media tree, then move into review and analysis with your preferred tools. For visual triage, semantic search, EXIF/GPS review, face search and similarity workflows, you can import the output into Media Insight.

Download MediaExtractor Open Media Insight