Start with what the record proves
An APK is a file. A SHA-256 fingerprint is calculated from its bytes, so even a small change produces a different value. A byte count tells you the exact size of the saved file. Together, they help answer a narrow question: does this download match the file recorded by the website? They do not answer who controls the publisher, what the app does after opening, or whether a payment feature is reliable.
Use the complete fingerprint
Open our file information page and copy the complete checksum. Calculate SHA-256 for the downloaded file using a tool you trust, then compare all 64 characters. Do not check only the start or end of the value. Confirm the exact byte count as well. If the value differs, do not treat the file as the inspected file. The upstream host could have changed the release, or the download could be damaged; either case requires fresh evidence before proceeding.
Read Android’s own information
Before installing, review the requested source permission and any security prompt. Google describes Play Protect as a system that checks for potentially harmful behaviour. Keep it enabled. A match with our file record does not invalidate a warning from Android. Also consider whether you recognise the operator and understand why the app needs a particular permission. Branding and a familiar screenshot are not reliable evidence of publisher identity.
Keep the record in context
The selected file was inspected on 13 October 2026. That is a check date, not a claim that a new version was released that day. If the host replaces bytes at the same address later, the current record must be updated rather than silently treating the URL as proof. We have not installed or executed the APK in this task. No malware verdict, game fairness certification or payment endorsement is implied by the size, package name or fingerprint.
Read a complete 64-character SHA-256 comparison
Start with the expected fingerprint on the APK file-information page, then calculate SHA-256 for the file saved on your device. Keep the complete result. These two small examples hash the exact three-letter texts shown, encoded as UTF-8 without a newline.
| Example input | Bytes | SHA-256 |
|---|---|---|
cat | 3 | 77af778b51abd4a3c51c5ddd97204a9c3ae614ebccb75a606c3b6865aed6744e |
car | 3 | 2b2961a431b23c9007efe270c1d7eb79c19d4192d7cd2d924176eb0b19e7d2a1 |
The byte counts match, yet the fingerprints differ. These are teaching examples, not this APK’s fingerprint. A matching size, familiar filename or matching prefix cannot establish file identity.
For your APK, compare all 64 hexadecimal characters. Letter case is a display difference; every digit must agree. A different value means the file does not match the recorded build. Save your actual result and source for further checking.
A complete match establishes agreement with the reference bytes. Publisher identity, requested permissions and later behaviour require separate evidence. Keep Play Protect enabled and read its security messages independently of the checksum.
Frequently asked questions
Does matching SHA-256 mean safe?
No. It means the bytes match the recorded file. Runtime behaviour and publisher identity remain separate questions.
What if the checksum differs?
Stop treating the file as the inspected build. Check the source and seek a new verified record before proceeding.
Sources & scope
Google Play Protect documentation explains how Android checks potentially harmful apps. Our inspection record documents the selected file.
Published 13 October 2026. Updated 22 October 2026. Product claims not supported by file inspection are excluded. Read the editorial policy.
