COME APK Checksum Guide: Verify a Downloaded File

What a COME APK checksum proves

A COME APK checksum lets you compare a downloaded file with a reference file. SHA-256 produces a 64-character hexadecimal value. When both values match completely, the two files are byte-for-byte identical.

First open the current COME page and get the SHA-256 attached to the exact APK release. Then calculate the value for your local file and compare all 64 characters.

A checksum has clear limits

A matching SHA-256 can show that:

• the downloaded APK matches the referenced APK;
• the download is not missing bytes;
• the file has not changed since that reference value was created.

It does not independently prove that:

• the reference APK contains no harmful code;
• the page publishing the hash is controlled by a particular owner;
• the app or remote service will work on your device or in your location;
• the file is newer than the installed version;
• account, payment or game features will be available.

Use SHA-256 together with the final HTTPS source, package name, version code, signing certificate, Play Protect, permission review and current release notes.

Why we use SHA-256

Old pages may still show MD5 or SHA-1. For a new APK release record, SHA-256 is the better default and is supported by common Android, Windows, macOS and Linux tools.

A complete SHA-256 looks like this:

0a557821172579a117268ba7e82577badc867377a91990861b1590fe3e8bb735

Uppercase and lowercase letters can be treated the same, but no character can be missing. A short prefix is useful for quick recognition; a final verification should use all 64 characters.

Get the reference for the exact current file

On the current COME page, the reference hash should appear with the same file's:

• filename;
• exact size;
• version name;
• version code;
• package name;
• release or update date.

If two APKs are offered, they need two separate records. Do not combine the size of one file with the hash of another or compare a new file with an old release hash.

A reference is stronger when it is also preserved in a controlled release registry. If an attacker can replace both the APK and the hash on the same compromised page, the pair can still match.

Make sure you hash the correct local file

Repeated Android downloads can create COME.apk, COME (1).apk and COME (2).apk. Sort Downloads by time, remove clearly incomplete copies and open Details for the file you intend to check.

If the exact size already differs from the current record, do not spend time hashing it. Delete the incomplete copy and use our COME APK download steps to get one fresh file.

Calculate a COME APK checksum on Android

Use a trusted local SHA-256 tool

1. Select SHA-256, not MD5 or SHA-1.
2. Select the intended APK in Downloads.
3. Let the calculation finish without moving the file.
4. Copy the complete 64-character value.
5. Compare it with the matching current release record.

Prefer a tool that calculates locally. Do not upload an APK to an unknown website just to generate a hash.

For users who already have Termux

If Termux is already configured and has access to the file, run:

sha256sum /path/to/COME.apk

The path depends on Android storage access. Do not install an unknown command-line package solely for this check.

Calculate SHA-256 on a computer

Windows PowerShell

Get-FileHash .COME.apk -Algorithm SHA256

Check that the Path points to the intended download, then copy the Hash field.

Windows certutil

certutil -hashfile COME.apk SHA256

macOS

shasum -a 256 COME.apk

You can drag the APK from Finder to Terminal after the command to insert its full path.

Linux

sha256sum COME.apk

Use the full path when a directory contains several files with similar names.

Compare all 64 characters

1. Copy the full reference value from the matching release record.
2. Copy the full value calculated on your device.
3. Remove only leading/trailing spaces or line breaks introduced during copying.
4. Compare all 64 hexadecimal characters.
5. Confirm the filename, size and version still belong to that same record.

If the values match

The local file is byte-for-byte identical to the reference file. Continue with app name, package, version, signing and Android prompt checks.

If the values do not match

1. Check whether you selected the wrong duplicate file.
2. Compare its exact size and download time.
3. Confirm the reference belongs to the same release.
4. Delete the mismatched file.
5. Download again from the current COME route.
6. Calculate SHA-256 one more time.

If the fresh copy still does not match, do not install it until the release record is clarified.

If no reference hash is published

You can calculate a local checksum for future comparison, but a number without a trusted reference cannot identify the file. Rely on the source, HTTPS, package, version, signing information, size and Android security prompts instead.

Why two COME APK samples had different checksums

These values come from two samples reviewed on 4 August 2026 and are shown to explain the method, not to identify the current online file:

cm1.10.apk
Size: 3,242,458 bytes
SHA-256: 0a557821172579a117268ba7e82577badc867377a91990861b1590fe3e8bb735

Come.apk
Size: 3,246,598 bytes
SHA-256: ee882876157fa1b5091773b7ee7ed147e52dcdf3fa686954b3ac2466de5fb166

The outer APKs were different, so their checksums differed. After extraction, all 250 application files matched, and the package, version and signing certificate were the same. Container ordering, timestamps or ZIP metadata caused the outer difference.

A current download page should nominate one canonical APK and publish only the exact size, full SHA-256, package, version and signing record for that file.

Checksum and Android signature answer different questions

Use our COME APK file-detail guide to connect checksum, package, version and signing checks.

Frequently asked questions