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Near-release · v1.5.1 Native Windows No cloud, no telemetry

Recover the file — with evidence for every byte.

ASL Recovery Center is a self-contained native Windows data-recovery lab. It recovers deleted files from the Recycle Bin, raw NTFS, and unallocated space; carves files by signature; reconstructs AI-tool and developer artifacts (ChatGPT/Claude/Codex sessions, Git loose objects); creates byte-for-byte forensic images; and stages WinPE boot media. It opens every source read-only, writes output only to a different physical disk, and produces a hashed evidence manifest for every operation. No third-party engine — it's ASL's own.

read-onlysources are never written
59/59passed in an isolated Win11 VM
SHA-256manifest per recovered file
0telemetry, cloud, or accounts

The problem

Most recovery tools risk the very data they're recovering.

The moment a recovery tool writes to the disk you're trying to save, it can overwrite the deleted data it's hunting for. And when the recovered file matters — evidence, a contract, months of lost work — "trust me, this is the original" isn't good enough without a hash to prove it.

Recovery Center is read-only by default, writes output only to a different physical disk, and hashes everything so the chain of custody is intact.

Safety, structural

  • Sources opened read-only; refuses live-owned clusters
  • Output goes only to a different physical disk
  • Fails closed on cloud / network / RAM targets
  • Only 2 narrow, identity-pinned mutations exist
  • Hashed evidence JSON for every operation

Capabilities

A full lab in two self-contained executables.

🗑

Recycle Bin recovery

Reconstructs from $I + $R pairs, collision-safe, back to real filenames.

Native NTFS undelete

Read-only MFT parse that refuses to touch clusters now owned by live files.

🧩

Raw signature carver

JPEG, PNG, PDF, ZIP, Office, GIF, WAVE, WebP, AVI, BMP, MP4, PE — carved across unallocated space and images.

🤖

AI & dev artifacts

Recovers ChatGPT/Claude/Codex sessions and Git loose blobs, re-verified against their canonical SHA-1 without ever running Git.

💽

Forensic imaging

Resumable byte-for-byte .aslimg written to a second disk, comparing partial bytes, isolating bad sectors, with a second SHA-256 pass.

🖴

WinPE boot media

Stages a genuine Microsoft WinPE RAM-disk via WIMGAPI/BCD, with a native boot console for offline recovery.

🧭

Read-only partition tools

GPT/MBR inspection with CRC validation — look without touching.

🔐

Least-privilege elevation

The GUI always runs normal-privilege; elevated work goes through a short-lived SHA-256-bound request to a single allowlisted worker doing exactly one operation.

Built-in self-test

A --self-test mode and machine-readable verification JSONs prove the tool behaves before you trust it with real data.

2 exessingle-file self-contained .NET 10 native
59/59gen v23 in a UEFI+vTPM Win11 QEMU VM, no network
4/4host-side read-only checks
honestcan't recover TRIM'd / overwritten data
Transparently unsigned — on purpose. The build is currently unsigned pending ASL's code-signing identity, and says so plainly. It states its limits up front: it can't recover TRIM'd or overwritten data, and offers no ReFS/RAID/BitLocker bypass. Evidence-first honesty over marketing gloss.

Get the data back — safely, and provably.

Read-only by default, output to a separate disk, and a SHA-256 manifest for every recovered byte — a recovery lab you can defend.