From T+1 to T+0: What Happens When Post-Trade Goes On-Chain [Stable Summit New York Fireside Recap]

At the recent Stable Summit fireside session, industry pioneers convened to move past abstract blockchain theory and address the immediate operational realities of institutional deployment. Hosted by Curve and featuring platinum sponsors like Stellar, Frankencoin, MIDAS, Accountable, and Movement, the panel was moderated by the EEA’s own Executive Director, Redwan Meslem .

He was joined by Jason Emery (MD, Head of Product, Managing Digital Assets at the DTCC) and Victor O’Laughlen (Managing Director, Executive Platform Owner at BNY) to map the technical and business shifts required when post-trade settlement architecture moves natively onchain.

The consensus from the dialogue was absolute: Tokenizing assets is no longer an engineering hurdle. The modern bottleneck is entirely operational. For distributed ledgers to handle the velocity of institutional capital networks,market participants must figure out how to operationalize onchain assets within traditional risk, compliance, and back-office bookkeeping frameworks.

The digital asset industry has proven it can wrap real-world assets into tokens, but simply moving a security onto a distributed ledger does not inherently unlock commercial value. If a tokenized asset sits idle in a wallet without liquidity or utility, it adds zero efficiency to an enterprise balance sheet. The true value driver is collateral mobility—the ability to seamlessly pledge, transfer, and liquidate assets to meet real-time margin requirements.

Traditional clearing and custody giants are approaching this challenge by directly embedding institutional protections into the tokenization layer. The goal is to extend the trusted settlement rules of traditional finance into programmable environments.

“The assets themselves just becoming tokens doesn’t drive a huge amount of value. The reality is the use case on chain is what’s going to drive the value… bringing the assets to the chain, and then actually driving value with use cases like collateral mobility is where I think we need to get to.” — Jason Emery, DTCC

To achieve this, infrastructure providers are designing networks that maintain complete legal continuity. For instance,the DTCC’s tokenization frameworks are built so that an onchain token carries the exact same legal rights as the asset would if held in traditional form. This enables a seamless, bidirectional conversion between tokenized and traditional forms, allowing institutional traders to tap back into massive legacy liquidity pools instantly when fast-moving market events occur.

While tokenization natively enables continuous, around-the-clock settlement, it simultaneously introduces severe structural friction for legacy corporate banking systems. Traditional financial institutions, broker-dealers, and vendor clearing platforms are not architected to manage credit exposure, value assets, and process compliance flags 24 hours a day, 7 days a week.

Moving from human-gated settlement cycles to automated, instant execution demands a total overhaul of the enterprise risk operating model. If an institution cannot support a continuous “follow-the-sun” global team to manage automated margin calls, a 24/7 onchain market becomes a liability rather than an advantage.

“Are they able to clear, settle, report, and do compliance 24 hours a day, 7 days a week? I would argue that if you talk to any vendor that’s doing clearance and settlement for the largest dealers in the market, if they’re available 24 hours a day, they would say no… Operationally, there’s efficiencies that can be gained from tokenization, but from a risk management perspective, there’s a lot to unpack for institutions.” — Victor O’Laughlen, BNY

Furthermore, high-volume market participants require absolute legal finality. In traditional financial ecosystems,clearinghouses and tri-party settlement agents step in to absorb counterparty risk and resolve trade failures immediately.If a tokenized asset is re-pledged multiple times across an open network and a counterparty defaults, the underlying system must be able to unwind those transactions instantly. Institutional clients cannot afford to have critical operational liquidity tied up in multi-year bankruptcy workouts.

The transition toward automated collateral management requires systemic alignment between tech providers, market incumbents, and regulatory bodies. The industry possesses the cryptographic tools necessary to secure high-velocity networks; the immediate task is to adapt business operations to safely accommodate them.

Incumbent infrastructure players bear the responsibility of leading this integration. By executing controlled production pilots within secure enterprise networks, market leaders can demonstrate real-world resiliency to regulators while establishing clear templates for client onboarding.

Ultimately, unlocking the multi-trillion-dollar liquidity pools of corporate treasuries requires acknowledging that the incremental savings of an onchain transaction are meaningless if a system introduces unmanaged downside risk.Collateral is the lifeblood of institutional markets. Scaling tokenized capital is not a matter of trusting raw code blindly,but rather using public, immutable network standards to solve age-old operational problems in entirely new ways.

• Prioritize Collateral Utility: Shift your digital asset strategy away from passive asset tokenization toward active onchain collateral mobility and liquidity integration.
• Bridge Legal Frameworks: Ensure all tokenized asset deployments maintain absolute legal symmetry with traditional securities to guarantee investor protections and seamless liquidity conversion.
• Prepare for Continuous Operations: Evaluate internal back-office, risk, and compliance systems against a 24/7 operational horizon before connecting to automated onchain payment or settlement networks.
• Insist on Counterparty Clarity: Demand clear, ironclad legal frameworks defining asset ownership, re-hypothecation rules, and liquidation procedures in the event of a network counterparty default.