A GeoJSON file is text-based geographic data; it may be reproducible from the source GIS project, database, or export. Check those sources and version history before scanning.
Search the original project or export folder by name and extension. Check the Recycle Bin and any available backup or version history. If the file was only stored in a cloud service, use that service's restore tools first; a local disk scan cannot search cloud-only data.
Note the coordinate reference expectations and associated metadata. Avoid editing the only surviving source project during recovery.
Identify the physical disk that held the missing GeoJSON dataset (.geojson). Stop creating files on it, including downloads, application saves, and recovery output. Prepare another physical drive with enough free space for recovered candidates. If the drive makes unusual noises, repeatedly disconnects, or has hardware errors, avoid stressing it with scans and seek specialist advice.
Qiling Deep Data Recovery can scan Windows-visible local storage for deleted files. It cannot reconstruct a file that was never saved or guarantee recovery after its data has been overwritten. Check the application's own backups first.
Open the program. For a recent deletion on a local disk, choose Fast Scan; use Recycle Bin Scan if the item was emptied from the bin. For a removable card or USB drive, choose USB/SD Scan. If the source was formatted, use Format Scan. Match the mode to what happened rather than the file extension.
Select the disk or partition that actually held the missing file. Confirm its capacity and drive letter, especially if several external devices are attached. Do not select the destination drive prepared for recovered files.
After the scan, search by filename and extension when available. Compare likely folders, dates, and file sizes; keep more than one plausible version if their contents cannot be previewed. If the first scan misses the file and the source is healthy, try the deeper scan option.
Select the candidates, click Recover, and save them to a different physical drive. Keep the recovered files unchanged and test copies in the appropriate application. Do not replace a working backup with an unverified result.
Validate recovered JSON syntax, then open it in a GIS tool and compare feature count, properties, and geometry extents with a prior export.
If a candidate is incomplete, compare older backups, cloud versions, and other scan results. A correct filename or extension does not prove that all content survived. Once verified, make a separate backup of the recovered file and any required companion assets.
No. The file can be syntactically valid but contain incomplete features.
Often yes, if the original source layer still exists.
Test another candidate or backup in the appropriate application. Do not edit the only recovered copy; missing blocks or required companion files may be the cause.
Mapping and visualization projects may reference external data or package it in a separate container. These guides explain which files must be recovered together: Recover Deleted Tableau .twb workbooks on Windows; Recover Deleted Tableau .twbx packaged workbooks on Windows; Recover Deleted ArcGIS Pro .aprx projects on Windows; Recover Deleted ArcMap .mxd map documents on Windows; Recover Deleted GeoPackage .gpkg files on Windows.