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Hop-on Subsidiary Files Patent Application for Digital Content Licensing System

Hop-on, Inc. announced that its subsidiary Digitalage, Inc. filed a U.S. patent application for a system that ties digital license issuance to verified content delivery. The filing describes technical methods intended to link licensing, delivery, and compensation records.

Benzinga
1 source·May 26, 1:36 PM·1m read
Hop-on Subsidiary Files Patent Application for Digital Content Licensing Systemchinaipr.com
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Hop-on, Inc. announced on May 26, 2026 that its wholly owned subsidiary Digitalage, Inc. filed U.S. Patent Application No. 19/685,869 with the United States Patent and Trademark Office. " It describes a licensing transaction engine that conditions license issuance, access rights, and creator compensation records on verified content delivery.

The filing identifies three failure modes in current digital licensing systems. Orphaned licenses occur when a license exists but the corresponding content was never delivered. Uncompensated delivery happens when content reaches a user but no license or compensation record is created.

License-content mismatch arises when a license remains active after stored content has been altered. Each of these modes creates commercial risk for platforms, rights holders, creators, and enterprise users, the company stated.

The architecture requires verified delivery before a license can be issued. A content delivery engine retrieves digital content, stores it separately, reads it back, and computes a SHA-256 hash over the stored byte sequence. Only after successful verification does the system generate a delivery certificate.

The certificate is committed to an append-only licensing transaction ledger that serves as the sole trigger for license generation. The license issuance engine has no external endpoint, REST API, RPC interface, or alternative code path that could generate a license record.

The digital license record and the creator compensation obligation record are committed as a single atomic-write set. Technical contributions to the system architecture and implementation logic came from Neeraj Baipureddy, listed as a co-inventor.

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