Most tools dump 1,000 fragments of one video and call it a result. Recoverer detects fragment chains, collapses them into one entry, and reads the full span in a single pass.
Not features. Engineering decisions that change what recovery actually means.
When a 4 GB video is carved off a drive in a thousand pieces, every other tool shows you 1,000 separate entries. Recoverer detects that they're consecutive same-type clusters within per-format gap tolerances — 50 MB for video, 20 MB for audio — and collapses them into a single chain entry. One click. Whole file.
Other tools read each fragment as a separate I/O job. For a badly fragmented 4 GB video that could mean thousands of separate reads — effectively scanning the entire drive again. Recoverer computes the full contiguous span from first sector to last and reads it in 32 MB chunks. Minutes, not hours.
Every recovered file is recorded by disk cluster in a persistent sessions.db. Run a surface scan today, a deeper carve next week — Recoverer automatically pre-marks files you already have. "Hide recovered" works across sessions, not just within one run. Stop recovering the same files twice.
Most tools show every find at 100% or hide the score entirely. Recoverer scores each file on what's actually known: header-only match = 45%, footer-confirmed = 65%, MFT-record-backed = 75%. You can see exactly how solid each result is and decide whether to bother recovering it.
Every major recovery tool — Recuva, PhotoRec, R-Studio — is written in C or C++. They silently corrupt results on edge-case sectors more often than their authors realize. Recoverer's engine is Rust: single binary, no runtime, memory safety enforced at compile time. That whole class of bug doesn't exist here.
Quick scan reads the MFT — recently deleted files, 2–5 minutes. Deep scan adds raw sector carving for older deletions. Raw carve only scans every sector — use when the MFT is gone or the drive was formatted.
Results are grouped by type with fragment chains collapsed into single entries. Confidence scores tell you which files are solid finds and which are partial. Previously-recovered files are pre-marked so you can filter them out immediately.
Select files and pick a destination. Recoverer reads each fragment chain as a single contiguous span — no repeated disk thrash. The session is saved so if you need to go deeper later, you pick up exactly where you left off.
The sooner you act, the better the odds. Stop writing new data to the drive and start a scan.
Questions, bugs, or feedback — [email protected]