IP Protection Drives Basic Research ROI: Cassiman's R&D Model and ISO 56001 for Taiwan Firms

Winners Consulting Services Co., Ltd. advises executives in Taiwan: an economic study published in 2006 by Bruno Cassiman and David Pérez-Castrillo reveals that the optimal proportion of a company's investment in basic research rises in tandem with the effectiveness of its intellectual property protection. In other words, the more robust a company's IP protection mechanism, the greater the economies of scale it can achieve from conducting basic research. This has profound implications for Taiwanese companies planning to implement the ISO 56001 Innovation Management System (IMS): establishing an IP protection framework first, before expanding R&D investment, is the correct sequence to maximize innovation efficiency.

About the Authors and This Study

Bruno Cassiman is a renowned professor in the Strategy Department at IESE Business School, with a long-standing focus on the intersection of corporate R&D strategy, knowledge spillovers, and intellectual property protection. His research methodology is centered on empirical data and utilizes game theory to build analytical frameworks, making his work widely cited in the field of managerial economics. David Pérez-Castrillo is affiliated with the Universitat Autònoma de Barcelona and the Institut d'Anàlisi Econòmica (IAE), and is highly regarded for his work in industrial organization and contract theory. The IAE is part of the Spanish National Research Council (CSIC) and is one of Europe's leading institutions for applied economics research.

The paper analyzed here, "Endogeneizing know-how flows through the nature of R&D investments," was published in 2006. It uses a sample of innovative manufacturing firms in Belgium as its empirical basis. Through a structural econometric model, it systematically analyzes how three types of R&D investments—applied research, basic research, and intellectual property protection—collectively determine a firm's ability to absorb external knowledge inflows and prevent knowledge outflows. The importance of this paper lies not only in its theoretical contributions but also in providing an actionable R&D investment decision framework for businesses.

The R&D Triad: Interdependence of Basic Research, Applied Research, and IP Protection

The core contribution of Cassiman and Pérez-Castrillo is to "endogenize" know-how flows into the firm's R&D investment decision model. Their analysis reveals that these three investment areas are highly interdependent, not mutually independent—a common misconception many companies make when planning their R&D budgets.

Core Finding 1: Basic Research is a Prerequisite for Absorbing External Knowledge

The paper explicitly states that only when a company actively invests in basic research can it effectively absorb incoming spillovers from external sources and transform them into fuel for its own applied research efficiency. If a firm lacks basic research capabilities, its "absorptive capacity" is effectively zero, even if external technological resources are abundant. This finding echoes the absorptive capacity theory of Cohen & Levinthal (1990) and provides more precise investment implications: companies cannot rely solely on "buying technology" or "poaching talent" to boost innovation efficiency; they must simultaneously build their own basic research foundation.

For Taiwanese companies, this means that firms long reliant on OEM/ODM models, investing only in applied-level R&D, often struggle to quickly absorb external knowledge when faced with emerging technology waves, leading to innovation bottlenecks.

Core Finding 2: Stronger IP Protection Leads to Greater Economies of Scale in Basic Research

The paper's most significant policy implication is the conclusion that the optimal investment ratio of basic to applied research is positively correlated with the effectiveness of intellectual property protection. In other words, the stronger the IP protection, the higher the marginal return from investing in basic research, indicating significant external market economies of scale. Conversely, if a company's IP protection is weak, the benefits of increasing basic research investment will be greatly diminished, as innovation outcomes are easily copied or leaked to competitors.

The empirical sample of Belgian manufacturing firms further confirms this mechanism: firms that can effectively protect their IP and access external knowledge show significantly higher economies of scale in basic research than other firms. Furthermore, there is a "complementarity" between legal protection tools (e.g., patents) and strategic protection tools (e.g., trade secret protection, confidentiality process design). Firms using both achieve markedly higher R&D investment efficiency.

Core Finding 3: Budget-Constrained Firms Should Prioritize IP Protection Over Expanding Basic Research

The paper also reveals an important corollary: when innovation budgets are limited, market opportunities are low, or legal protection is inadequate, firms should not prioritize investment in basic research in the short term. This is a practical strategic signal for resource-constrained small and medium-sized enterprises (SMEs) in Taiwan—blindly expanding research and development investment before having a robust IP protection mechanism in place can lead to inefficient outcomes.

Direct Implications for Trade Secret Protection and Innovation Management (IMS) Practices in Taiwan

The findings of Cassiman et al. directly challenge the conventional mindset of many Taiwanese companies to "develop first, protect later." According to the core framework of the ISO 56001 Innovation Management System standard, the sustainability of innovation activities depends on the effective governance of knowledge assets—which aligns perfectly with the mechanism revealed in the paper that "IP protection effectiveness determines basic research benefits."

Since its enactment in 1996, Taiwan's Trade Secret Act has undergone major amendments in 2013 to include criminal liability and has recently strengthened its extraterritorial effect clauses. However, the actual compliance level of many Taiwanese companies remains at the minimum standard of "having signed NDAs," lacking a systematic knowledge flow management mechanism.

Combining these facts with the paper's findings, we can derive the following three direct implications for IMS implementation in Taiwan:

• Implication 1: IMS implementation should prioritize IP inventory and protection. When planning the ISO 56001 implementation roadmap, companies should first complete an IP attribute classification of existing technology assets (patentable vs. suitable for trade secret protection) and then determine the scale of basic research investment based on the strength of IP protection.
• Implication 2: Legal and strategic protection must be pursued on a dual track. The paper empirically shows that the two are complementary. Taiwanese companies should, within the compliance framework of the Trade Secret Act, simultaneously establish strategic protective measures such as access controls, personnel management, and technology containment, rather than relying solely on patent applications.
• Implication 3: SMEs should first assess external knowledge access channels before deciding on the scale of basic research investment. The marginal benefit of basic research is positively correlated with the size of the pool of accessible external know-how. Taiwanese SMEs can first expand this pool by joining industry-academia collaboration programs, technology alliances, or systematically managing open-source technology resources, and then gradually increase their basic research investment ratio.

How Winners Consulting Services Helps Taiwanese Companies Build Dual-Track IP Protection and Innovation Management Mechanisms

Winners Consulting Services Co., Ltd. assists Taiwanese companies in implementing the ISO 56001 international standard for innovation management and establishing protection mechanisms compliant with Taiwan's Trade Secret Act to prevent the risk of R&D leakage. The following action plan directly corresponds to the core findings of Cassiman's paper and includes a clear implementation timeline:

1. Months 1-3 — IP Attribute Classification and Protection Gap Diagnosis: Conduct an inventory of the company's existing technology assets, classifying them based on the logic of "apply for patent" versus "protect as trade secret." Assess the compliance gap of current protective measures against the three requirements of Article 2 of Taiwan's Trade Secret Act: secrecy, economic value, and reasonable protective measures. This stage corresponds to measuring "IP protection effectiveness" in the paper, helping the company quantify its IP protection strength baseline.
2. Months 4-6 — ISO 56001 IMS Framework Design and Dual-Track Protection Mechanism Establishment: In accordance with Clause 8 "Innovation operations" of ISO 56001, design a dual-track management framework covering knowledge inflow management (external knowledge absorption processes) and knowledge outflow control (technology leakage prevention mechanisms). Concurrently, establish a personnel access grading system, R&D document confidentiality classification standards, and confidentiality agreement templates for the supply chain and partners to ensure the complementarity of legal and strategic protection.
3. Months 7-12 — R&D Investment Structure Optimization and IMS System Verification: Based on the results of the IP protection mechanism establishment, re-evaluate the company's investment ratio between basic and applied research. Provide R&D budget reallocation recommendations according to the positive correlation between "IP protection strength and optimal basic research ratio" revealed in Cassiman's paper. The final stage involves conducting an ISO 56001 compliance verification to ensure the IMS effectively supports the company's long-term innovation strategy.

Frequently Asked Questions

How can the relationship between basic research investment and IP protection strength be translated into actionable R&D budget decisions?

The optimal investment ratio for basic research increases non-linearly with the effectiveness of IP protection, according to Cassiman's core findings. In practice, companies should first benchmark their current IP protection strength using metrics like patent portfolio size, trade secret protection compliance rate, and NDA coverage, and then adjust their basic research budget accordingly. For every 20% improvement in IP protection compliance, consider increasing the basic research share of the total R&D budget by 5 to 10 percentage points. This decision should be integrated into the annual innovation strategy review process of the ISO 56001 IMS, rather than being a one-time static decision.

What are the most common trade secret compliance challenges for Taiwanese companies when implementing ISO 56001?

Taiwanese companies face three common compliance challenges when implementing an ISO 56001 IMS. First is the unclear classification of technology assets—many firms cannot clearly distinguish which R&D outcomes should be patented and which should be protected as trade secrets, leading to a chaotic protection strategy. Second is the inadequate implementation of "reasonable protective measures" under Article 2 of the Trade Secret Act—signing NDAs is not enough; supporting mechanisms like access controls, document classification, and employee off-boarding procedures are required. Third is weak control over knowledge outflows to supply chain and R&D partners—a core issue that Clause 8 of ISO 56001 specifically requires to be systematically managed, especially in Taiwan's prevalent outsourced R&D model.

What are the core requirements of ISO 56001, and what steps should Taiwanese companies follow for implementation?

ISO 56001, the first international standard for an Innovation Management System (IMS), has core requirements covering innovation strategy definition, knowledge asset governance, innovation process management, performance evaluation, and continual improvement. A recommended four-phase implementation for Taiwanese companies is: Phase 1 (1-3 months) for a gap analysis against ISO 56001 clauses. Phase 2 (3-6 months) to design the mechanism, including a dual-track IP protection framework and knowledge flow management processes. Phase 3 (6-9 months) for system implementation and personnel training. Phase 4 (9-12 months) for internal audits and management reviews to confirm the IMS is effective and complies with Taiwan's Trade Secret Act. The typical implementation cycle is 7 to 12 months.

What resources are needed to implement an ISO 56001 IMS