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《民营经济促进法》赋能RWA加速器:以“数据跨境+资产上链”重塑实体经济新生态
Sou Hu Cai Jing· 2025-05-07 02:18
Core Viewpoint - The RWA (Real World Asset Tokenization) accelerator is emerging as a strategic engine for private enterprises to overcome financing bottlenecks and activate asset liquidity, driven by the policy backdrop of the "Private Economy Promotion Law" aimed at high-quality development of the private economy [1][12]. Group 1: Financing Solutions - The "Private Economy Promotion Law" emphasizes optimizing the financing environment and lowering market entry barriers, while the RWA accelerator addresses the pain points of insufficient collateral and high financing costs for SMEs by tokenizing physical assets into tradable on-chain assets [3]. - For instance, Longxin Technology tokenized the revenue rights of over 9,000 charging piles, raising 100 million yuan in the Hong Kong Monetary Authority's Ensemble sandbox, with financing costs reduced by 30% compared to traditional methods [3]. Group 2: Policy Support for Data Cross-Border Flow - The Hainan Free Trade Port's "Trial Measures for the Security Management of Cross-Border Data Flow" and Hong Kong's QFLP pilot policy provide institutional guarantees for RWA's cross-border compliance [4]. - Private enterprises can achieve a closed-loop ecosystem through the Hainan-Hong Kong "dual hub" model, facilitating "onshore asset tokenization - offshore capital connection" and attracting global capital, including sovereign funds from the Middle East, to participate in advantageous industries like green energy and cultural tourism [4]. Group 3: Standardization and Compliance Framework - The first domestic "Trusted Blockchain Entity Asset Trusted On-Chain Technical Specification" was developed with participation from companies like GCL-Poly and Ant Group, outlining core requirements for data collection and identity verification, providing a technical framework akin to "5G standards" for RWA operations [5]. Group 4: Technological Integration - The RWA accelerator leverages AIoT devices to collect real-time operational data of assets, such as photovoltaic generation and charging pile usage, combined with blockchain technology to achieve full lifecycle evidence [6]. - For example, GCL-Poly uses smart terminals to collect household photovoltaic data, generating traceable and tamper-proof digital tokens through Ant Chain technology, enhancing annual financing efficiency by 50% [6]. - The "Data Asset Shell" service system launched by Shanghai Data Exchange transforms intangible assets like agricultural production data and cultural tourism IP into on-chain "gold assets," enabling cross-chain value transfer through the "Multi-Chain Co-Track" mechanism [6]. Group 5: Sectoral Focus - The new energy sector is a core area for RWA, with projects like the tokenization of charging piles by Ant Group and Longxin Technology not only lowering financing thresholds but also attracting global ESG capital for China's green infrastructure [8]. - The Shanghai Malu Grape RWA project demonstrates how data assetization can achieve brand enhancement and financing breakthroughs, while Hainan's cultural tourism enterprises are tokenizing scenic area tickets and hotel rights to attract overseas investors for ecological protection and consumption upgrades [9]. Group 6: Supply Chain Financial Reconstruction - The pilot of commodity warehouse receipt tokenization in Hainan Free Trade Port has reduced the accounts receivable turnover days from 60 to 7, addressing cash flow challenges for SMEs [10]. - This model can be replicated in regions like Chengdu-Chongqing and the Yangtze River Delta, forming a national RWA ecological network [10]. Group 7: Dynamic Legal Adaptation - Drawing on the experience of Hong Kong's Ensemble project, there is a push for more regions to establish "regulatory sandboxes" allowing SMEs to independently apply for RWA pilot projects, utilizing AI-driven compliance tools to mitigate cross-border risks [11]. - The RWA technical specifications led by China Academy of Information and Communications Technology and Ant Group aim to provide a compliance model for the global market, with potential to promote RWA models in Southeast Asia and the Middle East through Belt and Road cooperation [11].
什么是RWA?一文看懂现实世界资产通证化
Sou Hu Cai Jing· 2025-04-15 04:43
Core Insights - RWA (Real World Asset tokenization) leverages blockchain technology to convert physical and intangible assets into tradable digital tokens, enhancing liquidity, transparency, and transaction efficiency [1][3][24] Market Size and Growth Potential - The global RWA market is projected to grow from $17.3 billion in 2025 to $16 trillion by 2030, with a significant compound annual growth rate [3] - Key drivers include the influx of institutional investors (e.g., Citigroup, JPMorgan), the impact of Bitcoin ETFs on traditional capital, and the rising demand for green finance [3] Core Application Areas - Asset verification and standardization utilize IoT devices to collect asset data, ensuring data authenticity through blockchain [6] - Tokenization and trading involve splitting assets into divisible tokens, lowering investment barriers and enabling automated trading via smart contracts [6] - Compliance and risk control frameworks are established within regulatory boundaries, utilizing smart contracts for transaction traceability [6] Sector-Specific Developments - The U.S. government bond tokenization market has surpassed $3.7 billion, while the private credit sector has reached $11.9 billion, marking it as the fastest-growing segment in RWA [7] - Green energy and infrastructure projects, such as photovoltaic assets and charging stations, are utilizing RWA for cross-border financing [10] - Real estate and commodities are exploring tokenization to reduce investment barriers, with Hong Kong investigating gold tokenization [7] Regional Development Dynamics - RWA addresses financing challenges for SMEs by tokenizing asset data, exemplified by the Hangzhou community canteen project, which split financing into 50 tokens [9] - Green assets are connecting with foreign capital through RWA, with projects from companies like GCL-Poly and Longxin Group achieving significant financing [10] Financial Product Innovation - Stablecoins (e.g., USDT, USDC) and tokenized funds (e.g., Huaxia Hong Kong Dollar Digital Currency Fund) offer low-risk investment options while enhancing liquidity [11] Enhancing Liquidity of High-Value Assets - Non-standard assets like art and real estate are experiencing improved liquidity through RWA, with initiatives like gold tokenization in Hong Kong reducing transaction costs [12] Regulatory and Compliance Challenges - Regulatory policies across countries remain unclear, with Hong Kong supporting innovation while balancing compliance costs and market vitality [14] Technical Implementation Challenges - Ensuring data integrity, validity, and timeliness for on-chain processes relies on the deep integration of IoT devices and blockchain technology [15] Market Perception and Trust Barriers - Traditional financial institutions exhibit low acceptance of blockchain, necessitating standardized technical specifications to build industry trust [17] Standardization and Institutionalization - The first RWA on-chain technical standard "Antchain Inside," led by China, has been implemented, facilitating the transition from a nascent stage to institutionalization [19] Cross-Field Integration - RWA is integrating with AIoT, utilizing edge AI to optimize asset data collection and XR technology to enhance asset visualization in trading [20] Policy and Ecosystem Co-Building - Companies are encouraged to seize policy opportunities (e.g., Hong Kong's 12-18 month trial period) and focus on niche scenarios (e.g., green assets + ESG) for competitive differentiation [21] Summary - The RWA model is reshaping the liquidity and trading paradigms of traditional assets, with market size expected to experience explosive growth under institutional trends [24] - Despite regulatory and technical challenges, RWA is poised to become a core tool for upgrading real assets in the digital economy through standardization, cross-field integration, and policy support [24]