The European Central Bank began accepting tokenized versions of eligible collateral for loans on March 30, 2026, marking a significant step toward integrating digital assets into traditional financial infrastructure[1]. Simultaneously, the U.S. Congress held a bipartisan hearing on March 25, 2026, formally acknowledging that tokenized securities are inevitable and that regulatory frameworks must follow[3]. These developments reflect growing momentum toward settling tokenized financial assets using central bank money rather than alternative settlement assets like stablecoins.
Key Participants and Regulatory Actions
The ECB's decision involves major infrastructure providers including Clearstream (which upgraded its D7 platform to D7 DLT in late 2025) and Euroclear (Digital Financial Market Infrastructure launched in 2023)[1]. In the U.S., the SEC and CFTC signed a joint coordination pact and are pursuing the CLARITY Act through the Senate Banking Committee, targeted for markup in the second half of April[3]. The Federal Reserve Bank of New York and the Bank for International Settlements jointly published research on implementing monetary policy in tokenized markets[6]. Banks including Standard Chartered are positioning for widespread tokenization, with the CEO forecasting $2 trillion tokenized by 2028[7].
Why This Matters Now
The on-chain real-world asset market stood at $26.58 billion as of late March 2026, with McKinsey projecting the tokenized financial asset market could reach $2-4 trillion by 2030[3]. The critical challenge is access to central bank money for settlement: intermediated access through banks adds complexity and latency, while direct access enables atomic settlement and 24/7 operations[2]. Both the ECB and U.S. regulators are now actively exploring how to provide this access safely, with the ECB planning to explore native blockchain-issued tokenized securities by Q3 2026[1], while tokenized deposits emerge as a near-term solution offering FDIC insurance, regulatory certainty, and yield preservation[5].