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Positive Reviews: Technology-driven + Ecosystem Collaboration, Ant Digital Technology Sets an Industry Benchmark for the Large-scale Implementation of RWA
Ant Digital Technology’s one-year practice in the RWA (Real World Asset Tokenization) field has demonstrated a clear path for technology companies to promote the “digitization of physical assets.” Its construction of a technology closed-loop, asset selection strategy, and ecosystem collaboration model have provided replicable benchmark experiences for the industry.
From a technological perspective, Ant Digital Technology’s “trusted – efficient – secure – compliant” technology closed-loop has solved the core pain points in the implementation of RWA. The essence of RWA is to map the value and rights of physical assets onto the blockchain through technologies such as blockchain to form tradable digital assets. In this process, the authenticity of asset data, circulation efficiency, transaction security, and compliance are key challenges. Ant Digital Technology has achieved real-time and trusted data mapping of equipment assets through the “blockchain + IoT” architecture (AntChain Inside), covering over 15 million new energy equipment and forming the world’s largest on-chain new energy equipment network, thus solving the underlying problem of “asset anchoring.” The “Two Chains and One Bridge” architecture has opened up the connection channel between domestic assets and global funds. The Layer2 blockchain Jovay has increased the transaction throughput and shortened the response time to within 1 second, solving the problem of “circulation efficiency.” The introduction of technologies such as large AI models, homomorphic encryption, and zero-knowledge proof (ZK) has further ensured asset privacy and compliance. This systematic layout of “technology combination punches” has laid a solid foundation for the transformation of RWA from proof of concept to large-scale application.
In terms of asset selection and industrial extension, Ant Digital Technology has demonstrated strategic determination with a “steady and sure” approach. In the early stage, it focused on new energy (charging piles, photovoltaics, battery swapping) assets. These assets have the characteristics of “clear physical form, quantifiable benefits, and easy-to-track data,” meeting the three thresholds of “value stability, clear legal rights confirmation, and verifiability of off-chain data” proposed by the Hong Kong Monetary Authority, thus verifying the feasibility of the RWA model. On this basis, Ant Digital Technology has prudently expanded to computing power and financial assets. Computing power data centers are highly compatible with the requirements of RWA due to their high degree of digitalization (real-time monitoring of data such as resource usage and revenue distribution) and the market trend of the explosive demand for AI computing power. Financial assets, with their natural digital genes (such as bonds and fund shares) and compliance foundation, have become more easily standardized targets. This extension logic of “from green physical assets to core resources of the digital economy” not only serves the real economy (new energy and computing power are the core of new infrastructure) but also conforms to the global trend of asset digitization, reflecting the original intention of “using technology to empower the real economy.”
Ecosystem collaboration and standard setting are the key increments for Ant Digital Technology to promote the development of the RWA industry. The implementation of RWA requires the linkage of “technology – finance – industry”: technology providers offer underlying support, financial institutions (licensed institutions) ensure compliant issuance, and industrial players provide asset targets. Ant Digital Technology has jointly built a “one-stop tokenization issuance system” with Hong Kong licensed institutions (covering Type 1, Type 4, Type 9 licenses, and custodian institutions), opening up the entire process of asset on-chain, issuance, trading, and custody. It has also jointly formulated the “Technical Specifications for Physical Assets on the Blockchain” with the China Academy of Information and Communications Technology and more than 20 enterprises, for the first time systematically proposing a full-process standard for data on the blockchain, which is known as the “quasi-5G standard” for RWA. This model of “technology output + standard co-construction + open ecosystem” not only lowers the threshold for enterprises to participate in RWA (compliant, efficient, and low-cost) but also promotes the evolution of the industry from “fighting separately” to “unified rules,” paving the way for the global circulation of RWA.
Negative Reviews: Multiple Challenges Remain in the Large-scale Implementation of RWA, and Ant Digital Technology Needs to Face Triple Tests of Technology, Regulation, and Market
Although Ant Digital Technology has achieved phased results in the RWA field, its business expansion still faces multiple challenges in terms of technological maturity, regulatory complexity, and market acceptance. It is necessary to be vigilant against the potential risks of “an ideal is plump, but the reality is skinny.”
First, the “perfection” of the technology closed-loop needs to be verified in large-scale scenarios. Ant Digital Technology’s current technology solutions (such as the “blockchain + IoT” architecture and Layer2 Jovay) have been initially verified in the scenario of new energy equipment (15 million units). However, the complexity of computing power and financial assets is much higher. For example, the revenue of computing power assets may be affected by market supply and demand fluctuations (such as the ebb of AI computing power demand) and changes in equipment depreciation rates. A more stringent verification mechanism is required for the real-time nature and accuracy of its on-chain data. Financial assets (such as bonds and accounts receivable) involve multiple rights and interests subjects (issuers, investors, and custodians). The design of their smart contracts needs to cover more legal scenarios (such as default disposal and dispute arbitration). Whether the existing technology can handle extreme situations (such as cyberattacks and data tampering) still needs to be observed. In addition, although privacy protection technologies such as homomorphic encryption and ZK introduced by Ant Digital Technology have improved security, they may increase computational complexity and costs, affecting the economic viability of large-scale transactions.
Second, the “compliance boundary” of RWA still needs to be explored in dynamic regulation. As an international financial center, Hong Kong has relatively open regulations on digital assets (such as allowing licensed institutions to conduct digital asset transactions). However, different jurisdictions around the world have huge differences in the qualitative definition of RWA (whether it is a security, a commodity, or something else), tax rules, and investor suitability requirements. For example, the EU’s MiCA (Markets in Crypto – Assets Regulation) has strict information disclosure and capital requirements for asset – referenced tokens, and the US SEC may regard some RWA as securities, which need to comply with the Securities Act of 1933. Although Ant Digital Technology has cooperated with Hong Kong licensed institutions to build a “one-stop issuance system,” it will need to deal with regulatory arbitrage risks in different regions if it promotes the global circulation of assets in the future. In addition, Ant Digital Technology has clearly rejected assets such as agricultural products, red wine, and high – end paintings. However, if it expands to more complex asset types (such as intellectual property rights and carbon credits) in the future, the difficulty of legal rights confirmation (such as the ownership of patents) and off – chain data verification (such as third – party audits of carbon emission reduction amounts) will increase significantly, which may lead to compliance disputes.
Finally, the market acceptance of RWA and liquidity risks need continuous attention. The core value of RWA lies in enhancing asset liquidity through tokenization (such as splitting the revenue rights of non – standardized new energy equipment into small – denomination tokens to attract more investors). However, the realization of liquidity depends on the market’s consensus on asset value. For example, whether the revenue right tokens of new energy charging piles can be recognized by global investors depends on the operational stability of their underlying assets (such as the utilization rate of charging piles and electricity pricing policies). The token value of computing power assets is highly correlated with the fluctuations in the AI computing power market. If the AI boom subsides and the demand for computing power decreases, the token price may fluctuate significantly, leading to investor disputes. In addition, the current RWA market is still in its early stage, with insufficient investor education (such as ordinary investors may not understand the legal relationship between tokens and underlying assets) and imperfect trading infrastructure (such as compliant secondary trading platforms). This may result in insufficient token liquidity, affecting the commercial implementation effect of Ant Digital Technology’s RWA business.
Suggestions for Entrepreneurs: To Seize the RWA Opportunity, One Needs to “Base on Technology, Abide by Compliance, and Anchor on Scenarios”
Ant Digital Technology’s RWA practice provides important inspiration for entrepreneurs: in the wave of the digitization of physical assets, one needs to take technological capabilities as the core, compliance as the bottom line, and real – world scenario needs as the guide, avoiding blindly chasing the false proposition of “everything can be RWA.”
First, focus on technology R & D and build core capabilities of “asset trustworthiness + efficient circulation.” The underlying essence of RWA is the trusted mapping and efficient circulation between “physical assets and digital assets.” Entrepreneurs need to prioritize solving the two major problems of “the authenticity of data on the blockchain” and “the efficiency of on – chain transactions.” They can learn from Ant Digital Technology’s “blockchain + IoT” architecture, collect asset data in real – time through IoT devices (such as sensors and smart meters), and combine the non – tamperability of the blockchain to ensure the consistency between on – chain data and physical assets. At the same time, they should explore capacity – expansion technologies such as Layer2 and side chains to increase transaction throughput and response speed and lower the threshold for user participation. In addition, attention should be paid to the application of privacy protection technologies (such as homomorphic encryption and zero – knowledge proof) to strike a balance between data transparency and privacy protection, meeting the security requirements of financial – level scenarios.
Second, strictly abide by the compliance bottom line and select asset targets that “meet three criteria.” The three thresholds of “value stability, clear legal rights confirmation, and verifiability of off – chain data” proposed by the Hong Kong Monetary Authority are the key standards for the successful implementation of RWA. Entrepreneurs should avoid blindly expanding into high – risk assets (such as artworks and agricultural products) and give priority to assets that meet the following conditions: first, with relatively small value fluctuations (such as the stable cash flow of new energy equipment and the long – term leasing revenue of computing power); second, with clear legal ownership (such as clear contract documents for equipment ownership and accounts receivable claims); third, with off – chain data verifiable by third parties (such as IoT devices and auditing institutions) (such as the electricity consumption of charging piles and the usage hours of computing power). At the same time, they should actively connect with licensed financial institutions to meet local regulatory requirements in the processes of asset issuance, trading, and custody (such as Type 1 and Type 9 licenses in Hong Kong), avoiding project failures due to compliance issues.
Third, deeply cultivate vertical scenarios and reduce implementation costs through “ecosystem cooperation.” The large – scale implementation of RWA depends on the collaboration of “technology providers + asset owners + financial institutions.” Entrepreneurs can focus on a specific vertical field (such as distributed photovoltaics and edge computing power), cooperate with asset owners (such as new energy operators and data center enterprises) to obtain underlying assets, collaborate with financial institutions (such as licensed asset management companies and digital asset exchanges) to design token issuance plans, and work with technology service providers (such as blockchain platforms and IoT solution providers) to build a data on – chain system. In addition, they should actively participate in industry standard setting (such as the “Specifications for Physical Assets on the Blockchain” jointly formulated by Ant Digital Technology and the Academy of Information and Communications Technology), reduce cross – platform collaboration costs through standardization, and improve asset liquidity.
Fourth, maintain prudent expansion and avoid “tokenization for the sake of tokenization.” The essence of RWA is to improve the financing efficiency and liquidity of physical assets through digitization, rather than creating speculative tools. Entrepreneurs need to be vigilant against the misunderstanding of “tokenization for the sake of tokenization.” Before expanding into new assets, they need to fully evaluate the real demand for underlying assets (such as whether an enterprise needs to revitalize assets through tokenization due to financing difficulties), market acceptance (such as whether investors recognize the value logic of assets), and technological feasibility (such as whether data on – chain can be achieved). For assets with insufficient technological verification and unclear market demand, they should “reject the demand” like Ant Digital Technology, avoiding resource waste caused by over – aggressiveness.
Conclusion: Ant Digital Technology’s RWA practice is not only a microcosm of technology companies promoting the “integration of the digital and real economies” but also reveals the long – term value and short – term challenges of the digitization of physical assets. For entrepreneurs, to seize the RWA opportunity, they need to “base on technology, abide by compliance, and anchor on scenarios,” and gradually build a sustainable business model in the process of solving real – world pain points. In the future, with the improvement of technological maturity, the perfection of regulatory frameworks, and the deepening of market awareness, RWA is expected to become a key bridge connecting the real economy and digital finance, opening up broader space for innovation and entrepreneurship.
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