Proof Verification
A cryptographic record of authorship, integrity, and timing for the GlobaX platform - independently verifiable, anchored to the Bitcoin blockchain via OpenTimestamps.
OmniIPX is the internal provenance framework used by GlobaX SocialFusion Ltd to seal selected artifacts at scheduled intervals.
Each sealed artifact is canonicalized, hashed with SHA-256, and timestamped through the OpenTimestamps protocol, which anchors the hash into the Bitcoin blockchain. Once anchored, the timestamp cannot be altered, backdated, or removed.
This page publishes the public-safe fingerprints only. The underlying contents remain private. Anyone can independently verify that the published hash existed at the stated time without access to the original files.
Current Proof Pack
2026-04-15T00:00:00Zc1419b392f…b246df61945,174086c77882a…7be7bd31Chain Continuity
Each sealed record references the hash of the previous record. A continuous chain establishes that no record has been silently altered or inserted out of sequence.
0ebea577e7…171862bdc1419b392f…b246df61How to Verify
You do not need access to the original files to verify a published hash. You need only the .ots proof file and the OpenTimestamps client.
- Step 1 - Install the OpenTimestamps client
In plain English: this is the tool used to check whether the proof was anchored to Bitcoin.
See the official client at github.com/opentimestamps/opentimestamps-client.
- Step 2 - Verify the .ots proof file
In plain English: this checks whether the timestamp proof is valid and returns the Bitcoin block height when confirmed.
ots verify GLOBAX_PROOF_PACK_V1.otsExpected result: the OpenTimestamps client reports a valid Bitcoin attestation and shows a block height when confirmed.
- Step 3 - Confirm the SHA-256 hash
In plain English: if you have the original file, this command confirms it has not changed.
sha256sum GLOBAX_PROOF_PACK_V1Expected result: the SHA-256 output exactly matches the hash published in the Current Proof Pack section.
The records published on this page establish cryptographic proof of existence, integrity, and timing for the sealed artifacts. They do not, on their own, constitute patent registration, trademark registration, copyright registration, certification, accreditation, or any form of legal title or regulatory approval. Verification confirms that a specific digital fingerprint existed at a specific time and has not been altered since. Any further legal effect depends on applicable law and the nature of the underlying artifact. Nothing on this page constitutes investment advice, an offer of securities, or a financial promise.