Web3

Global RWA Regulatory Map: A single map showing where you can do it, where to be cautious, and where to avoid it.

Dr. Susu
20 min

As RWA gradually moves from concept to infrastructure, a real-world problem is becoming increasingly clear:
Technology is no longer the main obstacle; regulation is.
Over the past two years, a large number of RWA projects have failed, not because of asset quality or business logic, but because they ignored regulatory differences the same structure may mean completely different legal outcomes in different jurisdictions.
Therefore, for any asset owner, issuer, or investment institution, understanding the global regulatory landscape is not just supplementary information, but a prerequisite for decision-making.
Instead of interpreting each regulation one by one, it's better to establish a cognitive framework in a more intuitive way.
This is also the purpose of GFM's establishment of a global RWA regulatory map: to quickly determine the boundaries of feasibility using a single map.

I. Four-Quadrant Regulatory Map: The True Structure of Global RWA <br>The global RWA regulatory landscape is not simply a matter of " support or opposition, " but rather presents a clear hierarchical structure.
This can be understood using the four quadrants:



Issuance-Friendly Zone <br />Representative Regions:
Features of Hong Kong, Dubai, Switzerland, Singapore, and Abu Dhabi:

  • Explicitly support asset tokenization
  • There is a regulatory sandbox or licensing system.
  • Support for security token pilot programs
  • Banks and custody systems can participate
  • Stablecoins or payment systems are gradually being brought under regulation.

This is the main implementation area for the current RWA project and also the testing ground for the institution.

High regulatory compliance zone <br />Representative regions:
Characteristics of the United States, the European Union, Japan, and the United Kingdom:

  • The regulations are clear, but the entry barriers are extremely high.
  • Strict identification of securities attributes
  • Stricter regulation of stablecoins
  • High licensing and compliance costs
  • Institutions dominate the market

These types of regions are not unsuitable for investment, but rather suitable for mature projects and institutional issuance.

Some compliance exploration zones <br />Representative regions:
Characteristics of South Korea, Thailand, Indonesia, Bahrain, and South Africa:

  • In the legislative or transitional phase
  • The regulatory direction is clear, but the details are insufficient.
  • There are many pilot projects
  • There is room for regulatory arbitrage.

These regions are often windows of innovation, but policy stability remains uncertain.

Restricted or Prohibited Areas <br />Representative Regions:
Characteristics of mainland China, some Middle Eastern countries, and some African countries:

  • Prohibition of token issuance for financing
  • Prohibited trading services
  • The banking system is not allowed to participate.
  • Cross-border issuance requires filing or approval.

However, it is worth noting that the restricted area does not mean that the RWA does not exist, but rather that a structured path outside the territory is required.



II. Regulatory Labeling System: A More Important Judgment Dimension Than Country <br>Using country classification alone is not enough; what truly affects the structure of RWA is the regulatory labeling system.
We recommend establishing the following five core tags:

Issuance-friendly ; allows security tokens or RWA issuances with issuance paths or regulatory sandboxes.

Trading-friendly ; allows secondary market trading on licensed trading platforms.

Stablecoin friendly <br />Stablecoins can be used for settlement or have a compliant issuance system.

High regulation allows business operations, but licensing and disclosure requirements are extremely stringent.

Prohibited <br />Financial institutions are prohibited from participating in the issuance or trading of such products.

This labeling system is more valuable in practice than "national support".

III. Why is a regulatory map more important than regulations? <br>The reason is:

1 ) RWA is a cross-border business . The place of issuance, the location of the assets, and the location of the investors are often different.
Regulatory conflicts are common.

2 ) RWA is essentially a securities regulation issue , not a crypto regulation issue.
Therefore, securities laws have a higher priority.

3 ) Stablecoins become a key variable . The direct impact of stablecoin regulation:

  • Fund Flow
  • Settlement efficiency
  • Liquidity
  • Investor participation



4 ) Regulation is reshaping capital flows ; regulatory-friendly regions are attracting:

  • Asset Issuance
  • Institutional Custody
  • Trading platform
  • Liquidity



Fourth, an important understanding: RWA is not about deregulation, but about crossing regulatory boundaries.
The future of RWA is not about bypassing regulation, but about establishing cross-regulatory coordination.
Therefore, successful projects often possess the following characteristics:

  • Multijurisdictional structure
  • SPV architecture
  • Regulatory filing
  • Custodian bank participation
  • Securities Law Coverage
  • Investor Eligibility Management



V. The True Significance of the Regulatory Map for the Market <br>This map is not merely an information display, but rather a tool for three types of decision-making:
Asset side : Determine the issuance path and structural design
Investment institutions assess asset compliance and risk boundaries.
RWA project team determines the place of registration and market layout.

Conclusion <br />The global regulatory landscape is shifting from " whether to allow RWAs" to " how to structure RWAs" .
The real change is not at the technological level, but at the institutional level.
RWA 's long-term competition will no longer be about blockchain technology, but rather:
Compliance capability × structural design × regulatory coordination capability, and the regulatory map is essentially a map of future capital flow paths.