TOP USE CASES
Table corruption stops business operations. Manual command-line repairs or moving massive raw DB files via SSH takes hours. This specialized software scans, fixes, and repopulates database elements automatically to safely bypass manual recovery delays.
Abrupt server reboots, power losses, or low disk space cause tables to crash. When standard utilities like mysqldump or myisamchk fail to read the file structure, this software reads the raw hex data to extract schemas, table constraints, and auto-increment properties.
When a critical corruption prevents MySQL from launching even with innodb_force_recovery = 6, you risk permanent data loss without an updated backup. This recovery tool bypasses the MySQL server entirely, scanning the raw InnoDB data layers to rebuild functional database structures.
KEY FEATURES
Reconstructs tables, structural keys, triggers, and views exactly as they were before corruption. It extracts elements from unreachable tablespaces and builds a text file tracking foreign key attributes for MySQL 5.x,8.x and 9.x environments.
Directly extracts raw records from damaged storage engine files, including .frm, .ibdata, .ibd, .myd, and .myi extensions. The deep scan preserves column constraints, data formatting, and relational dependencies.
Fixes corruption in databases hosted on Linux distributions, including Red Hat Enterprise Linux 7, Ubuntu, and CentOS. Simply move the isolated data folder from your Linux environment onto a Windows machine to initiate the scan. Read More
Eliminates structural and connection-blocking errors, including:
OTHER FEATURES
Save parsed database objects as clean SQL script files. This simplifies schema migration projects from MySQL servers over to MS SQL Server or alternative targets.
Select and scan multiple large-scale MySQL databases simultaneously. This removes the need to manually line up individual recovery tasks, saving hours during multi-database server crashes.
Designed with a direct, tree-structured navigation panel. Administrative tasks are easily accessible, and you can bind custom shortcut commands to accelerate your database evaluation workflows.
Review all found tables, views, and data properties in the left sidebar prior to committing the recovery process. This lets you inspect data accuracy before purchasing a full license.
Isolate specific structural components, tables, or fields using the integrated search index. You can extract only the critical datasets you need instead of running a full database export.
Save recovered tables as functional MySQL/MariaDB files, or export rows straight into SQL Script, CSV, HTML, and XLS formats for standalone analysis without active SQL instances.
Generates comprehensive text logs tracking structural repair phases, pinpointing exact operation timestamps, identified table tallies, and overall recovery outcomes.
Compatible across modern and legacy infrastructure environments. Supports Windows 11, 10, 8.1, 7, and Windows Server editions alongside legacy Linux database structures.
Addresses range, hash, linear, and list partitioning errors. Bypasses manual check command timeouts to solve recurring bugs like SQL Error 1096.
Access an advanced 3-in-1 toolset to repair corrupted engine tables, audit binary transaction logs, run secure database forensic analysis, and safely convert data between MySQL, MSSQL, Access, and SQLite. Read More
PRICING
Repairs & recovers corrupt databases, tables, keys, views & more. Restores all Objects.
Repair databases, interconvert databases & analyze MySQL log files
CUSTOMER REVIEWS
DATA SHEET
| Version: | 9.0.0.8 |
| License: | Single System |
| Edition: | Technician |
| Language Supported: | English |
| Release Date: | Jan 2026 |
| Processor: | Intel-compatible x64 processor |
| Memory: | 2 GB minimum (4 GB recommended) |
| Hard Disk: | 250 MB of Free Space |
| Operating System: (64 Bit only) |
Windows 11, 10, 8.1, 8 (64-bit systems). |
| Linux Base (for source files): | CentOS 7, RHEL 7, Ubuntu 16.04 up to 19.10. |
| Database Engines: | Engine support for MySQL up to 9.5.0 and MariaDB configurations up to 11.8.3. |
USEFUL ARTICLES
*Software runs locally on Windows desktops to safely parse database files.
FIND YOUR ANSWERS
Stop your active database instance so the target files are no longer locked. Open the utility, browse to the damaged data directory, and select your database folders. Click 'Repair' to run the deep structural scan. Once complete, verify your tables via the interactive preview tree and export the recovered schema into your chosen database format.
Yes. Copy the raw database folder containing your .frm and storage data files from your Linux system onto a Windows machine, then point the tool at that folder to extract the data.
No. The tool parses raw file structures independently to build previews. However, a live target MySQL server instance must be accessible when you are ready to write and save the recovered tables back into production.
The software accurately parses all SQL and MariaDB data properties, including JSON fields, BLOB variables, standard text files, Vector spaces, and MEDIUMTEXT attributes.
The MySQL recovery software allows saving the recovered databases in a new folder at the same location where the original database is stored. The new folder is named as ‘Recovered_databasename’, where databasename is the name of your original MySQL database.
MySQL must be installed on your Windows system to recover databases. However, you can scan the corrupt database file and preview the recoverable objects using Stellar Repair for MySQL, without installing MySQL.
Yes, Stellar Repair for MySQL supports MySQL Server versions from 8.0.20 to 9.4, including 8.0.43 to 8.0.44 and 9.4.0 through 9.5.0.
Yes, the software repairs the database and all its components, including table properties. In case no tables are found in data folder, a message prompt will appear in the software window.
Yes, the software resolves almost all types of MySQL database corruption errors. Here are some of the most common MySQL errors that Stellar Repair for MySQL fixes with ease.
Yes. It supports all collations, including those introduced in MySQL version 9, ensuring accurate repair of database structure and contents.
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