Exploration of Innovation in Enterprise Intellectual Property Securitization Management Systems
— From the Perspective of the Sustainable Development Goals (SDGs) Part Three
Author: USA IP Reasearch Team Published time: 12/15/2025
Chapter 5 Discussion
This study analyzes the institutional functions and mechanisms of the intellectual property securitization management system under the framework of the United Nations Sustainable Development Goals (SDGs). Based on the previous discussions on theoretical foundations, mechanisms of action, international comparisons, and practical dilemmas, this chapter provides a comprehensive discussion of the research findings. It focuses on institutional logic, value orientation, practical tensions, and future development directions in order to further reveal the complex role of intellectual property securitization within the sustainable development system and its path toward institutional optimization.
5.1 Evaluation Methods of Intellectual Property Securitization
Broadly speaking, intellectual property evaluation belongs to the field of intangible asset valuation. In essence, it involves both legal and economic factors, although it is primarily determined by economic factors. Therefore, the valuation of intellectual property is based on the existing or potential use value of intellectual property, while also considering other factors affecting intellectual property changes. Through comprehensive valuation methods, it quantifies its exchange value within a certain time period. It can thus be seen that the valuation of intellectual property is extremely complex. It requires not only scientific economic methods, but also consideration of its own legal rules and changes in the value of various intellectual property rights. However, correct and reasonable valuation is the prerequisite and indispensable condition for intellectual property securitization. As some scholars have pointed out, “A sound and complete intellectual property valuation can generate both tangible and intangible benefits. The tangible benefits refer to the fact that accurate valuation results can provide important references for the utilization of intellectual property, such as licensing and trading. The intangible value refers to the fact that accurate valuation results can serve as effective reference indicators, enhancing confidence in the substantive value of intellectual property and assisting in formulating future development strategies.”
Therefore, under China’s current market economic system, strengthening and improving the valuation of intellectual property possesses greater practical significance and theoretical value. In this regard, Article 23 of the Measures for the Administration of State-owned Asset Valuation formulated by the State Council stipulates that the valuation methods for state-owned assets include:
(1) income present value method;
(2) replacement cost method;
(3) current market price method;
(4) liquidation price method;
(5) other valuation methods prescribed by the administrative department in charge of state-owned assets under the State Council.
Relevant provisions in the Asset Valuation Standards—Intangible Assets formulated by the Ministry of Finance mainly include the cost method, income method, and market method for intellectual property valuation. Although these provisions are not specifically designed for intellectual property, replacement cost method, income method, and market method are internationally recognized valuation methods for intangible assets. Intellectual property valuation may also draw upon them.
5.1.1 Replacement Cost Method
The so-called replacement cost method refers to an asset valuation method in which the total cost required to repurchase or reconstruct a completely identical asset under current conditions is calculated, and then the difference after deducting physical depreciation, functional depreciation, and economic depreciation that have already occurred is taken as the assessed value of the asset. Among these, replacement value refers to all costs incurred in repurchasing, constructing, or forming an asset identical or substantially similar to the valuation object under current conditions. It mainly includes reproduction replacement value and substitution replacement value. Reproduction replacement value refers to the expenses required to recreate a product with exactly the same functions, effects, and characteristics; substitution replacement value refers to the cost of achieving the same utility through alternative methods without adopting the intellectual property object being evaluated.
Physical depreciation refers to depreciation caused by wear and natural loss. In determining physical depreciation, comprehensive analysis should be conducted regarding the design, manufacture, use, wear, maintenance, repair, overhaul, transformation, and physical life of the asset. By comparing the valuation object with a brand-new condition and examining the impact of wear and natural loss on asset functions and usage efficiency, the amount of physical depreciation can be determined.
Economic depreciation refers to depreciation caused by changes in the external economic environment. In calculating economic depreciation, the depreciation amount is mainly determined according to factors such as insufficient operation or production suspension due to product sales difficulties, leading to asset idleness and unrealized value. When asset usage remains basically normal, economic depreciation is generally not calculated.
Functional depreciation refers to depreciation caused by relative technological backwardness. In calculating functional depreciation, differences in asset use, production and processing capacity, labor consumption, material consumption, and energy consumption levels are mainly considered, as these lead to increased costs and reduced benefits. Correspondingly, the amount of functional depreciation is determined. In assessing functional depreciation, attention should be paid to technological progress and the influence of substitute equipment, substitute technologies, and substitute products, while also fully considering the technological equipment level of the industry, current conditions, and the speed of asset replacement.
If M represents assessed value, J represents replacement value, C represents physical depreciation, R represents economic depreciation, and P represents functional depreciation, then the calculation formula for the replacement cost method can be expressed as:
M = J − L − K − P.
Although the replacement cost method appears simple, it contains many theoretical and practical issues.
The core of the replacement cost method lies in reconstructing the evaluated asset under existing conditions and environments. Due to the special nature of intellectual property objects, this is extremely difficult in practice, because many intellectual property objects are not valued according to socially necessary labor time. Creative intellectual achievements cannot simply apply the value laws governing physical labor. The value of physical labor can generally be determined by average socially necessary labor time, whereas creative labor is globally unique, making socially average necessary labor time nonexistent. Creative achievements are formed through long-term knowledge accumulation combined with occasional inspiration. Some intellectual achievements are completed brilliantly under sudden inspiration, while others remain difficult despite great effort. In reality, reconstructing an identical intellectual achievement is impossible, and determining its cost is relatively difficult. The replacement cost method confuses the relationships among cost, value, and price; that is, its cost cannot truly reflect value and price.
For example, the value of a trademark mainly results from long-term advertising, product quality, business marketing strategies, consumer demand, and many other factors acting together. The design cost of the trademark itself is almost negligible. Constructing a trademark with identical economic functions makes it difficult to determine the costs of advertising and marketing strategies. In such cases, the value may either be overestimated or underestimated. Furthermore, some intellectual property values are entirely accidental and require almost no cost. For example, the American drug Viagra was originally intended for heart disease treatment, and its erectile function was discovered accidentally. If the replacement cost method were used, the related cost would be nearly zero.
Under economic globalization and trade liberalization, the replacement cost method becomes increasingly unreasonable. For example, if China imports a high-tech electronic patent from Japan, determining its replacement cost would require considering not only cost structures in different countries, but also exchange rates, market demand for the technology, national attitudes toward the technology, various tax rates, and more importantly, the intellectual innovation of researchers. Generally speaking, the cost of the same patented technology differs entirely among countries. The more liberalized trade becomes, the less suitable the replacement cost method is.
5.1.2 Current Market Method
The so-called current market method, also known as the market comparison method or sales comparison method, refers to an asset valuation method that determines the value of the evaluated asset by comparing it with comparable similar assets and adjusting the market value of those similar assets. In simple terms, it uses the current market price as the pricing standard to determine asset value. It takes the market price of individual assets—namely similar intangible assets in the market—as reference objects to determine the value and price of self-created or externally purchased intangible assets.
Therefore, using the market method to evaluate intellectual property requires the following conditions: the existence of a completely free and open intellectual property trading market in which intellectual property holders may freely decide whether to participate in transactions. The types, content, nature, transaction conditions, prices, and validity periods of intellectual property entering the market must all be transparent, circulating, and shared. Comparable objects must also be identifiable, including similarities in nature, market conditions, market share, expected profitability, and feasibility of market transactions. Adjustments must also be made according to national industrial strategies, market interest rates, macroeconomic regulation, innovation degree, timing, and market transformation conditions of intellectual property.
However, it is almost impossible to find such an ideal intellectual property trading market. Usually, a certain proportion of intellectual property licensing fees is adopted as the reference standard.
Thus, it can be seen that using the current market method to evaluate intellectual property requires extremely strict conditions, with the most critical being the existence of a comparable, free, and open market. For this reason, its shortcomings are obvious. Taiwanese scholar Zhan Bingyao offered profound insights on this matter, arguing that:
Because intellectual property transactions are often not publicly disclosed, it is difficult to find comparable markets. Public disclosure of transaction objects undoubtedly reveals competitive strategies to industry competitors, potentially harming competitiveness. Furthermore, even if transaction parties disclose information, whether details such as transaction prices would also be made public remains questionable. The market value method is premised on the existence of a similar and active intellectual property market, yet such markets still face practical difficulties in establishment and operation.
Some intellectual property has not yet completed commercialization or entered the market, and although no relevant price data exists, its value is undeniable. In addition, many international technology companies actively deploy so-called “patent mines.” Their purpose in applying for patents is not necessarily product manufacturing, but rather preventing or delaying competitors’ opportunities and timing. Consequently, many patents will never actually enter production lines.
There is also the issue of comparability between the intellectual property being valued and existing transactions. Zhan argues that even if similar products can be found, subtle differences remain. Although these differences may appear insignificant in the short term, they may generate external effects in the long term that undermine comparability.
In a dynamic market, the strength of factors influencing transactions is unstable and may weaken or strengthen over time, potentially eliminating comparability between two assets.
When a company owns several intellectual property rights, the market value assigned to one particular intellectual property right may actually reflect the overall concept of the enterprise rather than that specific asset. Therefore, such value cannot truly reflect the value of a particular intellectual property right. For example, the fast-food chain McDonald’s owns trademarks including McDonald’s, McChicken, Filet-O-Fish, McBurger, Drive-Thru, and “I’m lovin’ it.” When people encounter these word combinations, they generally think of McDonald’s as a company. If only the “I’m lovin’ it” trademark were appraised, the resulting value would inevitably include the overall brand value created by the other trademarks. How to appropriately allocate this overall value among different intellectual property rights thus becomes problematic.
Clearly, the current market method also faces great difficulties in evaluating intellectual property objects, mainly because comparable markets are overly idealized and market transaction factors are multidimensional. Therefore, using the market method to value intellectual property is unrealistic and excessively complex in practice, making it fundamentally unable to satisfy the necessary conditions.
5.1.3 Income Present Value Method
The income present value method refers to an asset valuation method that estimates the future expected income of the evaluated asset, discounts it into present value using an appropriate discount rate, and then sums the discounted values to determine the appraised value of the asset.
Most scholars consider the income present value method to be the most common approach to intellectual property valuation because it considers multiple factors and relies on the benefits generated by the intellectual property itself. Unlike the cost method and market method, it does not require comparable objects to determine value. At the same time, it considers the future income that specific property or rights may obtain or create and discounts it into present value. Therefore, it is regarded as one of the most reliable methods.
Chinese scholars have used mathematical formulas to provide an intuitive description of the income present value method. They believe the method can be represented by the following formula:
[P = \sum_{t=1}^{n} F_t (1+i)^t]
Where:
P = present value of the asset (i.e., the appraised value);
(F_t) = expected income in the t-th future income period;
t approaches infinity when the income period is unlimited;
n = number of years during which net income can be sustained.
When the income period is limited, the value of Pn also includes the residual net value of the asset at the end of the period.
In the formula, several variables must be determined. The formula for calculating income can be expressed as:
Income = sales revenue × sales revenue sharing rate
or
sales profit × sales profit sharing rate.
It can further be derived that:
Sales profit sharing rate = sales revenue sharing rate ÷ sales profit rate.
According to extensive statistics from the United Nations Conference on Trade and Development, under normal circumstances, the technology royalty sharing rate is approximately 0.5%–10% of net product sales, with the majority ranging from 2%–6%.
The determination of the discount period generally adopts the statutory term method, renewal cycle method, or remaining life prediction method.
The statutory term method refers to intellectual property such as patents and copyrights that have clear statutory protection periods, or transfer and licensing terms agreed upon by the parties. The statutory term is the maximum economic life of intellectual property and cannot be exceeded, while agreed terms may not exceed statutory limits.
The renewal cycle method mainly evaluates the remaining economic life according to the renewal cycle of intellectual property, including technological innovation leading to product replacement and obsolete technologies being replaced by advanced technologies.
The remaining life prediction method mainly evaluates the remaining economic life of existing intellectual property by considering market competition, the likelihood of replacement by new technologies, and overall technological trends.
The discount rate is determined by evaluators according to the conditions of use, industry, purpose, risk, and income level of the intellectual property. Under normal circumstances, the discount rate does not exceed 15%, unless evidence indicates high returns, high risks, or other special conditions.
The income present value method is fundamentally based on the existing benefits of intellectual property itself. It does not require consideration of market information or replacement costs. Compared with the market method and replacement cost method, it possesses greater reliability, scientific validity, and feasibility in intellectual property valuation.
However, Taiwanese scholar Zhan also pointed out several shortcomings of this method. He argued that although the income present value method quantifies both costs and income while considering time factors through proportional adjustments, it still has the following deficiencies:
First, the definition of “income” itself is difficult to determine. Sometimes the income generated may belong not to the intellectual property owner but to licensees, and such income is not always as easily identifiable as royalties.
Second, accounting standards remain uncertain. The choice of discount rates and capitalization rates can significantly affect valuation results.
Third, income generated by intellectual property may involve contributions from other assets. If auxiliary assets cannot be properly evaluated, it is difficult to conclude that all income originates from the intellectual property being valued.
Fourth, there are many possibilities for generating income. Such income may result from legitimate use of the asset rights, but it may also stem from uses unrelated to the nature of the asset.
Fifth, timing differences in income generation have a significant impact. Even retrospective methods cannot properly resolve the issue of recognizing income at the correct time.
Finally, international economic conditions and political risks may influence asset income and value. Fiscal policies adopted by governments where assets are located can affect future income. Political risk has always been an important consideration for international enterprises in investment and business development. Whether using direct capitalization or income capitalization methods, future income flows must be estimated, but many risks remain difficult to quantify, especially compulsory licensing risks commonly associated with intellectual property.
Another issue relates to estimating how long intellectual property can continue generating income. Since this involves product technology and life cycles, it is not only a problem for the income method but also for all other valuation models.
It can therefore be seen that the income present value method takes into account the key factor in intellectual property valuation—future income. Moreover, this income does not require substitute markets or comparable markets, nor does it require consideration of replacement cost complexities or the practical difficulty of reconstructing identical intellectual property objects. Thus, this method possesses a certain degree of reliability and credibility in intellectual property valuation.
Among all valuation methods, it is relatively scientific and the most commonly used. However, confirmation of future income may still be affected by various factors, requiring further research and improvement to provide more reliable bases for intellectual property valuation.
5.2 Reunderstanding the Institutional Function of Intellectual Property Securitization: From Financing Tool to Governance Mechanism
Traditional research usually regards intellectual property securitization as a financial innovation tool whose core function is revitalizing intangible assets and broadening corporate financing channels. However, according to the findings of this study, this understanding still has obvious limitations. Intellectual property securitization is not merely a financing mechanism, but also an institutional arrangement that profoundly influences the direction of resource allocation. Its essence has gradually evolved from a “financing tool” into a “governance mechanism.”
5.2.1 Economic Dimension
By changing the flow path of capital, intellectual property securitization guides funds from traditional asset-heavy sectors toward innovation-driven industries, thereby optimizing resource allocation structures. This mechanism is essentially an institutional incentive arrangement that strengthens support for innovation activities through market-oriented methods and promotes the transformation of economic growth models.
5.2.2 Social Dimension
By lowering financing thresholds, this system provides more development opportunities for small and medium-sized enterprises and innovative entities, thereby alleviating structural inequality to a certain extent. This means that intellectual property securitization affects not only efficiency, but also fairness.
5.2.3 Environmental Dimension
Through embedding green-oriented principles into institutions, intellectual property securitization can guide capital toward clean energy and low-carbon technologies, demonstrating clear environmental governance functions. Therefore, overall, intellectual property securitization already possesses multiple attributes as a “financial instrument—institutional mechanism—governance tool,” and its institutional significance far exceeds the traditional scope of financial innovation.
5.3 Compatibility and Internal Tensions Between Intellectual Property Securitization and the SDGs
This study finds that intellectual property securitization and the SDGs possess strong goal compatibility, but also certain internal tensions. This duality constitutes a key contradiction in institutional operation.
On the one hand, the two are highly consistent in terms of goal orientation. Intellectual property securitization emphasizes innovation-driven development, value creation, and long-term returns, while the SDGs emphasize sustainable growth, social inclusion, and environmental protection. Logically speaking, innovation itself is the core driving force behind sustainable development. Therefore, financializing innovation outcomes through institutional design helps provide continuous funding and technological support for the SDGs.
On the other hand, potential conflicts also exist. As a financial instrument, intellectual property securitization naturally possesses profit-seeking and short-term return orientations, whereas the SDGs emphasize long-term goals and public interests. This difference may cause institutional operations to deviate from sustainable development objectives in practice. For example, if market entities excessively pursue short-term returns, they may prioritize projects with short payback periods and low risks while neglecting green technologies or fundamental scientific research projects that possess long-term social value but limited short-term returns.
Therefore, how to balance “market efficiency” and “public value” in institutional design becomes the key issue determining whether intellectual property securitization can truly serve the SDGs. Essentially, this reflects the deep tension between financial logic and sustainable development logic.
5.4 Structural Contradictions in Institutional Operation: Balancing Efficiency, Fairness, and Security
At the practical level, the intellectual property securitization management system faces trade-offs among multiple objectives, mainly reflected in the structural contradictions among efficiency, fairness, and risk control.
5.4.1 Contradiction Between Efficiency and Risk
To improve financing efficiency, institutions often tend to simplify procedures and lower entry thresholds. However, this may increase market risks, especially under conditions of high uncertainty in intellectual property valuation, potentially leading to asset bubbles or default risks. Conversely, excessive regulatory strengthening may suppress market vitality and reduce institutional efficiency.
5.4.2 Contradiction Between Efficiency and Fairness
Although intellectual property securitization theoretically supports SMEs, in reality, large enterprises often possess higher-quality intellectual property assets and stronger information disclosure capabilities, making them more attractive to capital markets and creating a “stronger become stronger” situation. This phenomenon may weaken the institution’s role in promoting social fairness.
5.4.3 Contradiction Between Risk Control and Innovation Incentives
Strict risk management helps protect investors’ interests, but excessively high risk control requirements may suppress financing for high-risk, high-return innovation projects, thereby hindering technological breakthroughs and long-term development.
Therefore, the intellectual property securitization management system must achieve dynamic balance among multiple objectives, and the realization of this balance depends on refined and differentiated institutional design.
5.5 Insights from International Experience: Relationship Between Institutional Maturity and Sustainable Orientation
Through comparisons of institutional practices in different countries and regions, it can be found that significant correlations exist between institutional maturity and sustainable development orientation.
The United States, as a representative mature market, possesses institutional advantages in its sound market mechanisms, transparent information disclosure, and strong risk pricing capabilities, enabling intellectual property securitization to operate efficiently. However, its system is more market-oriented, and the integration of sustainable development goals mainly depends on spontaneous market adjustments and ESG investment concepts.
By contrast, the European Union places greater emphasis on institutional regulation and public policy guidance. Through legislation, environmental and social goals are incorporated into the financial regulatory system, enabling intellectual property securitization to directly serve sustainable development objectives at the institutional level. This model is more stable in achieving long-term goals, although it may reduce market flexibility to some extent.
Japan adopts a model combining government guidance and market coordination. Through policy tools, it promotes intellectual property finance in service of national industrial strategies. Its experience demonstrates that governmental guidance during the early stages of institutional development is highly significant.
From China’s perspective, the current system remains in a developmental stage, relying mainly on policy promotion. Marketization and institutional maturity still require improvement, while systematic integration of sustainable development orientation has yet to be formed. Therefore, future institutional optimization in China should explore development paths suited to its own stage while drawing on international experience.
5.6 Key Paths for Institutional Optimization Under the Sustainable Development Orientation
Based on the preceding analysis, the optimization direction of the intellectual property securitization management system under the sustainable development framework can be further clarified.
First, the long-term orientation of the system should be strengthened. By introducing SDG-related evaluation indicators and incorporating environmental, social, and governance factors into securitization product design and regulatory systems, market entities can be guided toward long-term value creation at the institutional level.
Second, incentive and constraint mechanisms should be improved. Through tax incentives and policy support, green technologies and social innovation projects can be encouraged to enter the securitization market, while information disclosure and performance evaluation mechanisms can restrain corporate behavior and prevent “greenwashing.”
Third, institutional inclusiveness should be enhanced. Dedicated support mechanisms for SME intellectual property securitization—such as risk compensation funds and government guarantee mechanisms—should be established to reduce participation barriers and better achieve social fairness objectives.
Fourth, coordinated development between technology and institutions should be strengthened. With the development of digital technologies, big data and artificial intelligence tools can improve the accuracy and transparency of intellectual property valuation, thereby reducing information asymmetry and enhancing market efficiency and security.
5.7 Limitations of This Study and Future Research Directions
Although this paper systematically analyzes the relationship between intellectual property securitization and the SDGs from an institutional perspective, certain limitations remain.
First, this paper mainly adopts normative analysis and theoretical deduction methods. Due to the lack of large-scale empirical data support, future research may conduct quantitative evaluations of sustainable development performance through case analysis or econometric models across different countries and industries.
Second, this paper does not sufficiently analyze the differential impacts of different types of intellectual property (such as patents, trademarks, and copyrights) in securitization. Future research may further subdivide research objects to improve the specificity of conclusions.
Third, this paper mainly discusses issues from a macro-institutional level, while analyses of corporate micro-behavior and investor decision-making mechanisms remain relatively insufficient. Future studies may combine behavioral finance theories to explore market participant behavior in greater depth.
5.8 Summary
Overall, this chapter has comprehensively discussed the role of the intellectual property securitization management system under the sustainable development framework from multiple dimensions, including institutional functions, goal compatibility, structural contradictions, international experience, and optimization paths.
The study shows that the system possesses important potential in supporting innovation and promoting sustainable development. However, its effectiveness depends on whether institutional design can achieve dynamic balance among efficiency, fairness, and security, and whether sustainable development goals can be systematically embedded into institutional operations.
Therefore, the future development of intellectual property securitization should not remain solely at the level of financial instrument innovation, but should further transform toward institutional governance innovation in order to better serve the coordinated development of the economy, society, and environment.
Chapter 6 Conclusions and Recommendations
6.1 Research Conclusions
Against the background of the accelerated development of the global knowledge economy and the deepening concept of sustainable development, intellectual property securitization has gradually evolved from an initial financial innovation tool into an important institutional arrangement connecting technological innovation, capital markets, and public governance.
Using the United Nations Sustainable Development Goals (SDGs) as the analytical framework, this paper systematically studies the operational logic, mechanisms, and practical dilemmas of enterprise intellectual property securitization management systems, leading to the following conclusions:
6.1.1 Intellectual Property Securitization Is an Important Institutional Tool for Realizing the Value Transformation of Intangible Assets, and Its Core Function Lies in Improving Resource Allocation Efficiency
Traditional financing systems rely heavily on tangible asset collateral, while intellectual property, due to its characteristics of “high value and low liquidity,” has long remained at the margins of financing systems. Through structured design of future income rights and transformation into tradable securities, intellectual property securitization realizes the capitalization and liquidity of intangible assets. This institutional breakthrough overcomes the constraints of traditional financing models, allowing innovation resources to enter capital markets more efficiently and thereby optimizing the overall social resource allocation structure.
6.1.2 Intellectual Property Securitization Management Systems Significantly Promote Economic Sustainable Development Goals
Research shows that under conditions of sound institutional systems, intellectual property securitization can effectively alleviate financing constraints for technology enterprises, promote technological transformation, and advance industrial upgrading. Through capital guidance mechanisms, funds flow more toward high value-added and high-technology sectors, thereby promoting the transformation of economic growth models from factor-driven to innovation-driven development. This process not only improves economic growth quality, but also enhances the resilience and sustainability of the economic system.
6.1.3 Intellectual Property Securitization Possesses Potential Institutional Value in Promoting Social Fairness and Inclusive Development
By incorporating intellectual property into financing systems, financing thresholds for SMEs and start-up enterprises can be reduced to some extent, alleviating the “collateral discrimination” problem in traditional financial systems. This helps narrow development gaps among enterprises and promotes fairness in resource allocation. However, realization of this institutional advantage highly depends on inclusive institutional design. Without institutional arrangements specifically targeting SMEs, resource concentration toward large enterprises may instead intensify.
6.1.4 Intellectual Property Securitization Has Indirect but Important Effects on Environmental Sustainable Development Goals
By incorporating green technologies and clean energy patents into securitized underlying assets, stable financial support can be provided for environmentally friendly technologies. Such institutional arrangements are highly significant for promoting energy structure transformation and low-carbon economic development. However, the degree of environmental factor integration in current systems remains relatively low, and its potential has not yet been fully realized.
6.1.5 Institutional Design Is the Key Factor Determining Whether Intellectual Property Securitization Can Effectively Serve the SDGs
Intellectual property securitization itself possesses a “tool-neutral” characteristic, and its impact on sustainable development depends on institutional arrangements. If institutional design only emphasizes financing efficiency and short-term returns, capital profit-seeking behavior may intensify and deviate from long-term development goals. Conversely, embedding sustainable development concepts into institutional frameworks can guide capital toward fields with long-term social value and achieve coordination among economic, social, and environmental goals.
6.1.6 Current Intellectual Property Securitization Management Systems Still Face Multiple Practical Dilemmas
On the one hand, legal systems remain incomplete, and uncertainties still exist regarding intellectual property ownership confirmation, income right definition, and risk isolation mechanisms. On the other hand, fragmented regulatory systems and insufficient interdepartmental coordination affect institutional efficiency. In addition, market problems such as difficulties in intellectual property valuation, serious information asymmetry, and inadequate investor protection mechanisms also constrain stable institutional operation.
6.1.7 Insufficient Integration of Sustainable Development Orientation Is the Core Shortcoming of Current Systems
Existing systems mainly focus on financing functions and lack systematic institutional arrangements regarding environmental protection and social fairness goals, resulting in the underutilization of intellectual property securitization in supporting the SDGs. This problem reflects that current systems remain in a transitional stage from “financial instrument orientation” toward “governance tool orientation.”
In summary, intellectual property securitization management systems possess significant institutional potential, but the degree to which they support sustainable development goals depends on whether institutional design can achieve transformation from “efficiency priority” toward balancing efficiency and fairness, as well as short-term and long-term considerations.
6.2 Policy and Institutional Recommendations
Based on the above research conclusions, this paper proposes systematic optimization recommendations from multiple levels, including legal systems, financial innovation, regulatory systems, corporate governance, and international cooperation.
6.2.1 Improve the Legal Foundation of Intellectual Property Securitization
First, a unified and stable intellectual property ownership confirmation and protection system should be established as quickly as possible to shorten ownership confirmation periods and improve clarity of ownership, thereby reducing uncertainty in securitization transactions at the source. The focus should be on clarifying the legal attributes of intellectual property income rights so that they possess institutional foundations for divisibility, transferability, and pledgeability.
Second, legal norms related to intellectual property securitization should be improved, especially by establishing clear rules regarding bankruptcy isolation, asset transfer, and income distribution to enhance institutional predictability and enforceability. At the same time, coordinated development between intellectual property law and financial law should be promoted to avoid institutional conflicts.
Finally, judicial protection and enforcement efforts should be strengthened to increase infringement costs and ensure the stability of intellectual property income, thereby enhancing the credit foundation of securitized products.
6.2.2 Establish a Sustainable Development-Oriented Regulatory System
Regulators should gradually shift from traditional risk-control orientation toward dual objectives of “risk control + sustainable development guidance.” Environmental, social, and governance (ESG) evaluation indicators should be introduced into regulatory rules and used as important bases for reviewing and rating intellectual property securitization products.
At the same time, cross-departmental collaborative regulatory mechanisms should be established to integrate the functions of intellectual property authorities, financial regulators, and capital market regulators, thereby forming unified information disclosure standards and risk management frameworks. Through data sharing and coordinated supervision, institutional operating efficiency can be improved.
In addition, supervision of information disclosure should be strengthened. Issuers should be required to fully disclose intellectual property quality, income forecasts, risk factors, and sustainable development performance to reduce information asymmetry and protect investors’ rights and interests.
6.2.3 Promote Sustainable-Oriented Financial Product Innovation
On the existing basis, innovative product forms such as “green intellectual property securitization” and “sustainability-linked securities” should be actively explored, embedding environmental protection and social responsibility indicators into product structure design.
For example, clean energy patents, environmental protection technologies, and energy-saving and emission-reduction intellectual property may be designated as priority support objects, while policy incentives such as tax preferences and risk compensation mechanisms can guide capital toward green sectors.
At the same time, financial institutions should be encouraged to develop long-term investment products to reduce the impact of short-term speculative behavior and promote long-term capital supply mechanisms supporting sustainable development.
6.2.4 Improve Intellectual Property Valuation and Risk Management Systems
To address intellectual property valuation difficulties, multidimensional and dynamic evaluation systems should be established, incorporating factors such as technological maturity, market prospects, and legal stability into comprehensive evaluation models.
At the same time, specialized valuation institutions and interdisciplinary professionals should be cultivated to improve the scientific validity and credibility of valuations. Big data and artificial intelligence technologies may also be utilized to improve valuation efficiency and accuracy.
In terms of risk management, multilayered risk-sharing mechanisms should be established, including credit enhancement, insurance mechanisms, and government risk compensation funds, thereby reducing investor risk and increasing market participation.
6.2.5 Strengthen Corporate Governance and Sustainable Development Responsibilities
As the core entities of intellectual property securitization, enterprises should assume greater responsibility within institutional design. Enterprises should establish governance structures oriented toward long-term value creation and incorporate sustainable development concepts into strategic decision-making.
In practice, enterprises should strengthen information disclosure obligations, improve transparency, and establish internal risk control mechanisms to ensure the quality of securitized assets. At the same time, enterprises should be encouraged to use financing proceeds for innovation research and development and green transformation rather than short-term arbitrage.
In addition, policy guidance may be used to encourage enterprises to conduct sustainable development performance evaluations and link such evaluations with financing costs, thereby forming positive incentive mechanisms.
6.2.6 Strengthen International Cooperation and Institutional Learning
Under globalization, China should actively learn from developed countries’ institutional experiences in intellectual property securitization and sustainable finance, such as improving information disclosure systems and introducing ESG standards.
At the same time, cross-border intellectual property securitization cooperation should be strengthened to promote coordination of international rules and enhance China’s voice in global intellectual property finance. By participating in international standard-setting, domestic systems can better align with global sustainable development goals and achieve institutional innovation and international integration.
6.3 Future Research Prospects
Although this paper systematically analyzes intellectual property securitization and sustainable development goals from an institutional perspective, certain limitations remain.
Future research may further deepen studies in the following areas:
- Strengthening empirical research and using data analysis to examine the actual impact of intellectual property securitization on enterprise performance and sustainable development goals;
- Conducting case studies and in-depth analyses of typical intellectual property securitization projects;
- Combining artificial intelligence, big data, and other technologies to explore new methods for intellectual property valuation and risk control;
- Further refining differentiated institutional arrangements for different types of intellectual property, such as patents, trademarks, and copyrights, within securitization.
6.4 Concluding Evaluation
Overall, the intellectual property securitization management system is currently at a critical stage of transformation from a “financial innovation tool” into a “sustainable development governance tool.” Only by comprehensively embedding sustainable development concepts into institutional design can its comprehensive value in promoting economic growth, social fairness, and ecological environmental protection truly be realized.
In the future, through institutional optimization and policy guidance, intellectual property securitization is expected to become one of the important institutional pillars supporting the realization of global sustainable development goals.
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