Virtual Assets and Tokenization in Hong Kong: A Rapid Evolution
At the Hong Kong In-house Legal Summit, Paul Lalovich from Agile Dynamics shared his vision on how virtual assets, stablecoins and tokenization are rapidly reshaping the legal and regulatory landscape.
Held on 11 September 2025, the Hong Kong In-house Legal Summit gathered around 600 senior in-house counsel and legal professionals to explore the most pressing issues shaping the legal and financial landscape.
One of the central highlights of the day was the panel ‘Virtual Assets & Tokenization in Hong Kong – A Rapid Evolution’. Bringing together diverse perspectives from law, technology, and digital finance, the panel featured Alan Cheung (Chief Director of Trust and AI Technologies at Astri), Sanjeev Aaron Williams (solicitor and author), and Paul Lalovich (managing partner of Agile Dynamics).
The moderator was Basil Hwang, managing partner at law firm Hauzen.
Exploring the Future of Web3 and Tokenization
The discussion spanned global trends in Web3 and tokenization, technological advances shaping the sector, and the emerging role of artificial intelligence in both opportunities and risks.
Particular focus was placed on Hong Kong’s new Stablecoins Ordinance, which came into effect in August 2025. The panelists provided insights into how this framework will influence market dynamics, compliance requirements, and innovation pathways, while also situating the debate within broader geopolitical perspectives on digital money.
A central point raised during the panel was the concept of finality in financial systems. Lalovich explained that finality is what distinguishes money from tokens – the guarantee that once a transaction is completed, it cannot be reversed. He emphasized that many regulatory frameworks, including Hong Kong’s Stablecoins Ordinance, emphasize permissioned systems where finality is ultimately conditional on legal recourse or regulatory intervention.
While such frameworks offer reassurance to regulators and institutions, Lalovich noted that this form of “institutional finality” leaves transactions exposed to reversals, freezes, or external pressure. In contrast, true finality requires unconditional settlement – irreversible and guaranteed by cryptography rather than institutional promise. This, he argued, is only achievable through permissionless blockchains, which provide mathematical certainty and immutability beyond the reach of regulators or courts.
Permissionless Versus Permissioned Systems
Building on this argument, Lalovich drew a distinction between permissioned and permissionless blockchains. Permissioned systems, widely favored by regulators, rely on known validators under institutional oversight, which creates points of vulnerability. Transactions in such systems can be influenced by regulatory orders or legal rulings, undermining the very notion of irreversibility.
Permissionless blockchains, by contrast, are censorship-resistant and operate on global consensus. Their design ensures that no single authority can alter or reverse a transaction once it is confirmed. Over time, as adoption grows, these networks benefit from network effects that make them increasingly secure and resilient. Lalovich stressed that this makes permissionless systems uniquely positioned to support stablecoins as neutral, borderless, and truly final instruments of digital money.
The Weight of Regulation
The discussion carried particular significance given the recent implementation of Hong Kong’s Stablecoins Ordinance. The law is recognized as one of the strictest in Asia, requiring issuers to obtain a license from the Hong Kong Monetary Authority, maintain fully collateralized reserves in matching currencies, implement strict governance and compliance standards, and ensure that holders can redeem stablecoins at par value without delay.
These requirements are designed to strengthen financial stability and investor protection, but they also underscore the tension identified in the panel: permissioned compliance frameworks may meet regulatory goals, yet they do not deliver the unconditional finality that underpins the concept of money.
For participants at the summit, this raised a fundamental question – should regulatory assurance outweigh the technological capacity to achieve irreversible settlement, or is a new approach needed to reconcile the two?
Bridging Compliance and True Finality
In concluding remarks, Lalovich framed the way forward as a need to close the gap between regulatory assurance and true finality. Permissioned systems will continue to play an important role in meeting compliance standards, but their reliance on institutional oversight leaves them inherently vulnerable to reversals and intervention.
He pointed to emerging technological solutions, such as the Axion Chain initiative involving Agile Dynamics and Hyperchain, that are exploring layered finality models and zero-settlement-risk principles. These models combine the speed and structure of permissioned networks with cryptographic mechanisms that deliver irreversible settlement. The design of stablecoins under this framework incorporates full collateralization, compliance-by-design smart contracts, and finality mechanisms that ensure transactions cannot be undone.
According to Lalovich, this approach represents the technological direction needed for stablecoins to evolve beyond their current status as regulated tokens. By embedding both compliance and cryptographic irreversibility, the next generation of stablecoins can function as reliable, global instruments of digital money – capable of supporting real-world asset tokenization, cross-border investment, and the broader digital economy.
