Patent 1 (US Patent No. 11,429,882)
System and Method for Verifying Electronic Files​
Overview:
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This patent ensures any digital file (document, image, or data set) remains authentic and unaltered by recording a unique fingerprint (hash) of the file on a private blockchain at the time of creation or approval.
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Key Benefits:
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Detects any tampering or unauthorized changes instantly.
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Creates a permanent, auditable record of when and by whom a file was committed.
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Works with all file types and integrates into existing platforms.
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Application Examples:
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Legal contracts or corporate filings submitted to regulators.
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Academic transcripts or diplomas verified by issuing institutions.
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Engineering drawings or design files in manufacturing environments.
Patent 2 (US Patent No. 11,829,872)
File Comparison and Verification Using Blockchain
Overview:
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This patent allows a user to compare any current version of a file to the original, verifying authenticity by checking if the content has changed — even if file names or locations have been altered.
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Key Benefits:
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Validates files across different platforms, formats, and locations.
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Detects hidden or subtle edits made after approval.
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Provides verification without exposing the file content itself.
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Application Examples:
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Journalists or researchers confirming a published report has not been altered.
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Internal audits of financial or operational data submissions.
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Government or defense contractors validating version control of sensitive documents.
Patent 3 (US Patent No. 12,298,962)
Multi-Node Document Integrity Blockchain​
Overview:
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This patent covers how to use a private, multi-node blockchain — operated across trusted partners — to ensure digital files are verified, logged, and protected from tampering throughout their lifecycle.
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Key Benefits:
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Enables collaboration without sacrificing control or trust.
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Distributes verification authority among trusted nodes (e.g., partners, regulators).
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Scales across industries, organizations, and borders.
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Application Examples:
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Pharmaceutical companies and suppliers verifying component sourcing and lab results.
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International universities issuing and validating credentials across borders.
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ESG reporting platforms verifying emission data from multiple corporate contributors.
Learn more
Our user interface displays blockchain-authenticated, certified, and notarized digital records on an immutable ledger. Information owners or accredited external users can log in to verify that a file is the original version and has not been altered. The digitally captured information can be authenticated by third-party entities using an internet-hosted verification portal.
To confirm a document’s authenticity, simply drag and drop it into the user interface at https://www.BlockchainIntegratedPartners.com/immutable. The system calculates the hash (encrypted alphanumeric output of a fixed length) and matches it with the stored version on the blockchain ledger. If the document is original and unaltered, the Blockchain Integrated Partners notarization icon will appear green, signifying trust and immutability.