Unlock the full potential of disk imaging, restore corrupted volumes, and extract data from legacy media — all in one professional-grade solution.
- Overview & Vision
- Architecture & Workflow (Mermaid Diagram)
- Key Features
- SEO-Optimized Feature Highlights
- OS Compatibility
- Example Profile Configuration
- Example Console Invocation
- OpenAI & Claude API Integration
- Multilingual & Responsive UI
- 24/7 Customer Support & Community
- Disclaimer
- License
Diskimage is not just another imaging utility — it is a restoration ecosystem for digital preservationists, forensic analysts, and system administrators. Think of it as a digital archaeologist that can excavate files from fragmented disks, reconstruct corrupted partition tables, and breathe life into obsolete storage formats. Whether you are recovering a legacy project from a 1990s hard drive or building a disaster recovery plan for enterprise infrastructure, Diskimage provides the deepest level of access to raw storage media.
The tool operates at the sector-by-sector abstraction layer, bypassing operating system caches to deliver a forensic-grade copy of any volume. It supports differential imaging, small-block hash verification, and on-the-fly decompression of compressed disk images — all without compromising data integrity. The 2026 release introduces AI-assisted metadata reconstruction and adaptive compression algorithms that reduce image size by up to 40% compared to traditional tools.
graph TD
A[Physical Disk / Partition] --> B[Raw Sector Reader]
B --> C{Integrity Check?}
C -->|Pass| D[Hash Verification Layer]
C -->|Fail| E[Automatic Retry x3]
E --> B
D --> F[Adaptive Compression Engine]
F --> G[Differential Snapshot Builder]
G --> H[Output Formats: .dimg, .vhd, .qcow2, .raw]
H --> I[Restoration Module]
I --> J[Destination Volume / Virtual Machine]
K[OpenAI / Claude API] --> L[Metadata Analysis]
L --> M[Fuzzy Partition Reconstruction]
M --> I
The pipeline above demonstrates how Diskimage transforms raw media into a verified, compressed, and restorable image — with optional AI assistance for corrupted or unknown filesystems.
- Sector-Level Cloning – Copies every byte, including empty space, for complete forensic fidelity.
- Differential & Incremental Backups – Saves only changed blocks, reducing storage requirements by 70%+.
- Multi-Format Export – Output to
.dimg(native),.vhd,.qcow2,.raw, and.iso. - Adaptive Compression – Uses hybrid LZ4 + Zstandard for speed or size, auto-selected based on data entropy.
- Live System Imaging – Snapshot volumes without unmounting, using VSS (Windows) or LVM snapshots (Linux).
- Bootable Rescue Media Builder – Creates a self-contained ISO for bare-metal recovery.
- Plugin Architecture – Extend functionality via Python or Rust plugins (e.g., custom hashing, cloud upload).
- AI-Powered Partition Recovery – Reconstructs corrupted MBR, GPT, or APM tables using pattern recognition (requires OpenAI or Claude API key – see below).
- Automated Integrity Validation – SHA-256, BLAKE3, and CRC64 checksums per 1 MB block.
Diskimage is built for professionals who need reliable disk imaging software for Windows, Linux, and macOS with enterprise-grade support and open-source flexibility. Unlike legacy tools that stop at basic cloning, Diskimage offers:
- “Digital Asset Recovery” for stuck sectors and decaying media – no need for expensive hardware readers.
- “Smart Volume Reconstruction” that maps orphaned inodes to readable files.
- “Zero-Downtime Backup” via live snapshots – ideal for production servers.
- “Cross-Platform Image Portability” – create an image on Linux, restore on Windows Server 2026.
- “Forensic Audit Trail” – every operation is logged with timestamps and checksums, admissible in legal contexts.
The 2026 edition introduces adaptive sector skipping for heavily damaged media, allowing extraction of intact data while failing sections are logged for later recovery attempts.
| Operating System | Version | Support Status |
|---|---|---|
| 🟢 Windows | 10, 11, Server 2022/2026 | ✅ Full |
| 🟢 macOS | 12 (Monterey) + | ✅ Full |
| 🟢 Linux | Kernel 5.10+ (any distro) | ✅ Full |
| 🟡 FreeBSD | 13+ | |
| 🟡 Solaris (x86) | 11.4+ | |
| 🔴 Raspberry Pi OS | 64-bit (Bookworm) | ⏳ Planned |
Emoji legend: ✅ = fully tested,
Create a file named diskimage.profile in the working directory. This defines a recovery scenario for a failing 1TB hard drive with a corrupted GPT:
# diskimage.profile – Custom restoration profile
profile_name: "LegacyDrive_Recovery_2026"
source_device: "/dev/sdc"
output_format: "dimg"
compression: "zstd" # Options: lz4, zstd, none
compression_level: 3
block_size: "4MiB"
verify_hash: "blake3"
skip_sectors: true
skip_threshold: 5 # Max retries per sector before skipping
ai_assist: true
ai_provider: "openai"
ai_model: "gpt-4-turbo"
ai_token: "sk-xxxx" # Replace with your API key
notifications:
email: "admin@example.com"
webhook: "https://hooks.slack.com/..."This profile instructs Diskimage to use BLAKE3 verification, skip sectors that fail 5 reads, and invoke the OpenAI API for partition reconstruction.
Once installed, run Diskimage from the terminal:
diskimage --profile LegacyDrive_Recovery_2026 \
--source /dev/sdc \
--dest ./recovery_images/legacy_backup.dimg \
--log-level verboseOr use a one-liner for a quick clone:
diskimage clone /dev/sda /backups/disk_sda_2026.raw \
--compression zstd \
--verify blake3For live imaging on a mounted Windows volume:
diskimage snapshot C:\ --dest "D:\snapshots\c_drive_$(Get-Date -Format 'yyyyMMdd').dimg"Diskimage automatically detects the environment and selects the appropriate block device access method.
Diskimage leverages large language models (LLMs) for metadata reconstruction when standard filesystem parsers fail. This is particularly useful for:
- Corrupted file allocation tables (FAT, NTFS, EXT4)
- Deleted partition entries where only raw byte patterns remain
- Exotic filesystems (e.g., HFS+, APFS, ZFS, or obscure embedded formats)
- Sector collection – Diskimage extracts potential metadata blocks (e.g., boot sectors, superblocks, directory entries).
- Context assembly – A structured prompt is created, containing hex dumps and structural hints.
- API call – The prompt is sent to either OpenAI GPT-4 Turbo or Claude 3.5, with a request to infer the filesystem type, root directory structure, or missing pointers.
- Result integration – Diskimage uses the LLM’s suggestion to rebuild a read-only mountable image.
Configuration example for Claude:
diskimage reconstruct --source /dev/md0 \
--ai-provider claude \
--ai-api-key sk-ant-xxxxx \
--ai-temperature 0.2Note: API keys are stored locally and never transmitted to Diskimage servers. All AI processing is ephemeral and used solely for recovery suggestions.
Diskimage ships with a terminal-based responsive interface (TUI) built on textual, which automatically adapts to your terminal width. It supports interface translations for:
- 🇺🇸 English
- 🇪🇸 Spanish
- 🇫🇷 French
- 🇩🇪 German
- 🇯🇵 Japanese
- 🇨🇳 Chinese (Simplified)
- 🇧🇷 Portuguese (Brazilian)
The TUI provides:
- Real-time progress bars with estimated time remaining
- Sector heatmap indicating read success/fail zones
- Live hash verification output
- Interactive configuration editor (no need to manually edit YAML)
Future release (late 2026) will include a web-based GUI for remote monitoring via any browser.
We believe that data recovery is a trust-based service, so we offer:
- 🕐 Official support hours: 24/7 via Discord and GitHub Discussions (response within 2 hours)
- 📧 Priority email: support@diskimage.io (for urgent production issues)
- 🧑💻 Community forums: Share recovery stories, ask for advice, or propose features
- 📘 Extensive documentation: Includes tutorials for beginners (dd replacement) and advanced forensic workflows
All support volunteers and staff adhere to a strict “no judgment” policy — whether you are recovering a family photo album or a corporate database.
Diskimage is provided for legitimate data recovery, system administration, and forensic analysis purposes only. The developers assume no liability for:
- Unauthorized access to data protected by laws (e.g., corporate espionage, breach of confidentiality)
- Damage to hardware caused by improper usage (e.g., imaging a failing drive without proper cooling)
- Loss of data due to user error (e.g., writing an image to the wrong device)
Always verify your source and destination devices twice before executing destructive operations. The “skip sectors” feature is designed to salvage what is readable — it does not guarantee 100% recovery. Use at your own risk.
The integration with OpenAI and Claude APIs is optional and subject to the respective providers’ terms of service. No third-party data is collected or stored by Diskimage’s core code.
This project is licensed under the MIT License – you are free to use, modify, and distribute the code, even in commercial products, as long as the original copyright notice is included.
See the LICENSE file for the full text.
Diskimage – because every bit of data deserves a second chance. 🔄💾