Workflow
Blockchain-linked economic interests
icon
Search documents
Dogecoin Cash, Inc. Becomes Among the First U.S. Public Companies to Complete a FINRA‑Notified Blockchain‑Linked Security Distribution
Globenewswire· 2026-01-09 09:20
Core Viewpoint - Dogecoin Cash, Inc. has announced a significant corporate action involving the distribution of restricted Dogecoin Cash Units to shareholders, marking a potential milestone in integrating blockchain technology with traditional securities markets [1]. Group 1: Corporate Action Details - The Financial Industry Regulatory Authority (FINRA) has classified the distribution as a "Stock Dividend Payable in Another Security" [1]. - Each shareholder will receive one Unit for each share of common stock held as of the record date, December 22, 2025, with each Unit representing a beneficial interest in one Dogecoin Cash blockchain token [1]. - No ex-date will be set by FINRA for this distribution [1]. Group 2: Compliance and Innovation - The transaction is believed to be one of the first instances in U.S. public-market history where a blockchain-referenced economic interest is distributed to shareholders through a FINRA-notified corporate action, compliant with U.S. securities laws [1]. - The company emphasizes that the distribution method is not a workaround but operates within the existing U.S. market framework, demonstrating the coexistence of blockchain-linked interests with traditional public-company infrastructure [1]. - The methods used for this distribution are subject to patent-pending status, aimed at enabling compliant shareholder distributions and record ownership for blockchain-referenced assets [1]. Group 3: Licensing and Intellectual Property - Dogecoin Cash, Inc. intends to license its patent-pending methods to third parties, including public companies and financial intermediaries, to facilitate similar compliant distribution frameworks [1]. - The Units distributed are restricted securities, carry no voting rights, and are distinct from the company's common stock [1].