File identity · local calculation
SHA-256 identifies the bytes you downloaded—not the filename, icon or place where the file sits. Calculate it before opening Luczystrap.exe, then compare it with the same version’s official GitHub release digest.
d71c31057677bc392f680c6303dcfda9fa8f366240284dac6d5a14f7cc352424
01 / Browser calculator
Choose the release you intended to download, then choose the local file. The page calculates SHA-256 and compares it with the digest published on this website.
Nothing is uploaded. The selected file is read inside this tab. This page does not send its name, contents or calculated hash to the server.
d71c31057677bc392f680c6303dcfda9fa8f366240284dac6d5a14f7cc352424
The result will show the calculated digest and whether it matches the selected release.
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02 / Windows commands
Both commands read the file and print a SHA-256 digest. They do not install, launch or upload the executable.
Replace the example path, or type through -LiteralPath, add a space, then drag the file into the PowerShell window.
(Get-FileHash -LiteralPath "C:\Users\you\Downloads\Luczystrap.exe" -Algorithm SHA256).Hash
Keep quotes around a path containing spaces. Read the digest line between the SHA256 heading and the success message.
certutil -hashfile "C:\Users\you\Downloads\Luczystrap.exe" SHA256
03 / Normalize the result
PowerShell, CertUtil and the GitHub API can present the same value differently. Normalize only the display—not the digest itself.
Valid characters are 0–9 and a–f. The comparator accepts uppercase or lowercase.
D71C… and d71c… represent the same hexadecimal value.
Spaces or line breaks added around or inside a printed digest are not hash characters.
Remove formatting onlysha256: labelGitHub’s API prefixes the digest with its algorithm. Compare the 64 characters after the colon.
Prefix identifies algorithm04 / Version ledger
These values come from each version-specific GitHub release asset record. They were rechecked on August 4, 2026.
| Version | Asset | Identity | SHA-256 | Release record |
|---|---|---|---|---|
| 1.4.9 Current | Luczystrap.exe | Release digest |
d71c31057677bc392f680c6303dcfda9fa8f366240284dac6d5a14f7cc352424
|
Open ↗ |
| 1.4.5 | Luczystrap.exe | Release digest |
f80cbe264688e74be9e21be4bfdfd42031a8f44aaf099f179330d4f3ba00f773
|
Open ↗ |
| 1.4.1 | Luczystrap.exe | Release digest |
a6ebd89b531d82a8cc36e2f6af99bb1479c85138825709c8f21953635316abb9
|
Open ↗ |
| 1.4 | Luczystrap.exe | Release digest |
00c7badffbd60ae2724071c41b7413994f1a30ebae7ac3c2f8a08e41c97a801d
|
Open ↗ |
| 1.3.1 | Luczystrap.exe | Release digest |
bfc55e65832fc9f4605e8594c43c7463159f3bd7a48329c6b389449de979a306
|
Open ↗ |
| 1.3 | Luczystrap.exe | Release digest |
f72d5556a3a64f052ecb576892038f910e1b737989990c5cd475d9a258aaae14
|
Open ↗ |
| 1.2 | Luczystrap.exe | Release digest |
f8160fb49b436d7dc09391dde489cb3441e9f753239deab10131a4954e140d0d
|
Open ↗ |
| 1.1 | Luczystrap.exe | Release digest |
40e21602c1b71fe1acc782c678a8e1be9bee965aca6833be81e09e420c2a36df
|
Open ↗ |
| 1.0 | Luczystrap.exe | Release digest |
46c2a1e9da740f2280a1d9360aebab80b5ca06de5bb6492be8f7d83653f3fb12
|
Open ↗ |
Why the filename is insufficient: every release can use Luczystrap.exe while publishing a different SHA-256 value.
05 / Mismatch procedure
Do not invent a new “expected” hash from the file you already have. Diagnose which boundary differs, then return to the official release record.
Do not open the file to investigate. Record the path, selected release, command and calculated SHA-256 without executing it.
Compare against the tag you actually downloaded, not automatically against the latest build.
MD5, SHA1, SHA384 and SHA512 deliberately produce different-length values.
Check that the command hashed the intended EXE rather than a shortcut, ZIP, duplicate or older copy.
Return to this website’s Download page. Do not reuse a mirror, Discord attachment or cached bundle.
If the fresh official asset still differs from its current release API digest, stop and preserve the evidence.
Include version, source URL, command, full output and time checked. Do not publish the unknown file.
06 / Meaning and limits
Keep the question narrow. SHA-256 tells you whether the selected local bytes match the selected release asset record.
For practical download verification, matching all 64 characters confirms that your file is the same content identified by that version-specific asset digest.
Useful against corruption and substituted downloads.A matching digest does not create a valid Authenticode signature, reveal unavailable current source, replace behavior analysis or guarantee policy compliance.
Continue to signature and safety evidence.07 / Continue verification
Hash identity is one checkpoint in the download decision—not a substitute for source provenance or signing status.
Confirm the GitHub owner, repository, tag, asset and delivery path.
Inspect provenance → Complete flowCombine source, name, size, hash and evidence boundaries before opening.
Open verification hub → Publisher identityRead Authenticode Status, signer certificate and timestamp without running the file.
Open signature check →08 / Direct answers
The SHA-256 published on this website for Luczystrap.exe 1.4.9 is d71c31057677bc392f680c6303dcfda9fa8f366240284dac6d5a14f7cc352424.
Run Get-FileHash with the exact file path and -Algorithm SHA256. Read the 64-character Hash value from the result and compare it with the same Luczystrap version on this page.
Yes. Run certutil -hashfile followed by the quoted file path and SHA256. Use the hexadecimal digest line, not the command heading or completion message.
Common causes are hashing a different release, choosing the wrong file, using another algorithm, an incomplete download, corruption or substituted bytes. Do not open the file; verify those boundaries and download a fresh copy from this website.
No. A filename is not part of the file contents. Renaming the file leaves SHA-256 unchanged, while changing any file bytes changes the digest.
No. A match confirms that the local bytes match the selected official release asset. It does not replace publisher-signature verification, source review, behavior analysis or a broader security decision.
Every release can contain different bytes and therefore a different SHA-256. The filename can stay the same, so always compare the selected version’s digest.
No. The calculator on this page reads the selected file locally in your browser, while PowerShell and CertUtil calculate it locally in Windows. None of these methods requires an upload.
09 / Evidence record
This website publishes the current verification value. GitHub provides the historical release digest record, and Microsoft documents both local Windows calculation methods.
-hashfile syntax and supported algorithms
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