Basic R&D and IP Protection Drive Innovation Efficiency: ISO 56001 Insights for Taiwan

Winners Consulting Services Co., Ltd. advises Taiwanese corporate executives: a pivotal study by Bruno Cassiman et al. published on arXiv reveals that a company's investment in basic research determines its ability to effectively absorb external knowledge spillovers. Meanwhile, the strength of its intellectual property (IP) protection mechanism directly influences the optimal ratio between basic research and applied research—these two factors form the core leverage of a company's research and development strategy. For Taiwanese companies implementing the ISO 56001 Innovation Management System (IMS), this finding implies that without systematic management of the value of trade secret protection for R&D innovation, they risk falling into a vicious cycle: limited R&D budgets → inability to invest in basic research → failure to absorb external knowledge → continuously declining innovation efficiency.

About the Authors and This Research

This paper was co-authored by three scholars. The lead author, Bruno Cassiman, is a renowned professor of strategy and management at IESE Business School with an academic h-index of 25 and over 7,556 citations. He has long focused on innovation strategy, knowledge spillovers, and technology transfer, making him one of Europe's most influential innovation economists. Co-author David Pérez-Castrillo is an expert in game theory and industrial organization economics, while Reinhilde Veugelers is a professor at KU Leuven in Belgium and a fellow at the European think tank Bruegel, highly regarded in the fields of innovation policy and EU R&D performance evaluation.

The interdisciplinary collaboration of these three authors provides the paper with both a rigorous game theory framework and empirical support from Belgian manufacturing firms. This gives its conclusions considerable external validity, making them highly valuable for innovation strategy decision-makers in Taiwan's manufacturing and technology sectors.

The R&D Portfolio Determines Knowledge Flow: Three Core Findings of the Paper

The central question of this paper is: How can firms manage both "incoming spillovers" and "outgoing know-how" through their investment decisions? The authors developed an integrated theoretical model that categorizes R&D investments into three types—applied research, basic research, and intellectual property protection—and validated it with empirical data from innovative Belgian manufacturing firms.

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

One of the paper's most important findings is that a company must invest in basic research to effectively absorb external knowledge spillovers, which in turn enhances the efficiency of its own applied research. In other words, basic research is not a luxury but a necessary investment to make external knowledge "usable." The study found that basic research is complementary to applied research: the higher the investment in basic research, the better the absorption of external knowledge spillovers, and the greater the output of applied research. This aligns with the "absorptive capacity" theory of Cohen & Levinthal (1990), but this study further endogenizes it as part of a firm's investment decisions.

Core Finding 2: IP Protection Strength Determines the Economies of Scale for Basic Research

The paper's second key insight is that the ratio of basic to applied research does not diminish with market size, market opportunities, the size of the accessible external knowledge pool, or the effectiveness of IP protection—indicating the existence of "economies of scale driven by external market-related factors." The more robust the IP protection mechanism, the higher the marginal return a company gets from basic research, thus incentivizing an increased proportion of basic research. The empirical data from Belgian manufacturing firms confirmed that legal protection measures (like patents) and strategic protection measures (like trade secrets) are complementary—using both significantly enhances the economies of scale for basic research.

Core Finding 3: Budget-Constrained Firms Tend to Skip Basic Research Entirely

The paper points out that when a firm's innovation budget is constrained—whether due to short-term financial tightness or long-term low market opportunities and a limited external knowledge pool—the optimal decision is to completely forgo basic research and focus entirely on applied research. This is a rational but risky equilibrium: it appears to save resources in the short term, but in the long run, it weakens innovation efficiency by forfeiting the ability to absorb external knowledge, creating a chronic trap of capability degradation.

Core Implications for Taiwan's Trade Secret Protection and ISO 56001 Innovation Management Practices

For Taiwanese companies implementing the ISO 56001 Innovation Management System (IMS), this paper offers three highly relevant practical implications:

First, an IP protection mechanism is a prerequisite for unlocking investment in basic research. Taiwan's Trade Secret Act clearly defines the scope of protected technical and business information in Article 2, yet many SMEs' protective measures remain at a passive, defensive level, lacking a proactive knowledge protection strategy. The paper's findings suggest that if companies can establish an effective IP protection portfolio—utilizing both patent applications and trade secret protection—they can increase the marginal return on basic research. This provides a stronger incentive to invest in basic research, thereby enhancing their ability to absorb external knowledge. Clauses 8.3 (Knowledge Management) and 8.4 (Intellectual Property Management) of ISO 56001 provide the institutional framework to support this strategy.

Second, the IMS mechanism should incorporate "external knowledge absorptive capacity" into its innovation performance metrics. The paper explicitly states that one of the primary functions of basic research is to build the capacity to absorb external knowledge spillovers. When establishing an ISO 56001 IMS, Taiwanese companies should include KPIs such as "external technology monitoring coverage" and "volume of external collaborative knowledge imported," rather than focusing solely on internal R&D output.

Third, the "cold start problem" for basic research in SMEs requires external leverage. The paper finds that budget-constrained firms rationally choose not to invest in basic research, but this also caps their long-term innovation potential. Taiwanese government R&D subsidy programs (such as those from the Ministry of Science and Technology or the Industrial Development Bureau's industry upgrade programs) and industry-academia collaboration mechanisms are the external levers needed to break this equilibrium. Companies should systematically integrate these external resources as a pathway to building basic research capabilities within the strategic planning section (Clause 6) of their ISO 56001 framework.

How Winners Consulting Services Helps Taiwanese Companies Translate Paper Insights into an IMS Action Framework

Winners Consulting Services Co., Ltd. assists Taiwanese companies in implementing the ISO 56001 international standard for innovation management, establishing protection mechanisms compliant with Taiwan's Trade Secret Act to prevent R&D leakage, and systematically translating strategic insights from academic research into an executable corporate action framework.

1. Months 1-3: R&D Portfolio Health Check and IP Protection Gap Analysis
   Corresponding to the paper's first and second findings, we diagnose the company's existing ratio of basic to applied research and assess whether the current IP protection portfolio (patent coverage, trade secret identification rate) is sufficient to maximize the marginal return on R&D investment. Simultaneously, we conduct a gap analysis against the requirements of ISO 56001 Clause 8.4, producing a report and a prioritized action list.
2. Months 4-7: Establishing a Dual-Track IP Protection Mechanism and External Knowledge Absorption Process
   Based on the paper's finding on the complementarity of "legal protection" and "strategic protection," we design a dual-track protection framework that utilizes both patent application strategies and a trade secret management system. Concurrently, in line with ISO 56001 Clause 8.3, we establish a process for scanning and absorbing external knowledge to enhance the company's ability to identify and import external technology spillovers, ensuring compliance with the "reasonable protective measures" required by Article 10 of Taiwan's Trade Secret Act.
3. Months 8-12: Integrating IMS Performance Indicators and Establishing a Continuous Optimization Mechanism
   We integrate metrics such as "basic research investment ratio," "external knowledge absorption efficiency index," and "IP protection portfolio effectiveness score" into the company's ISO 56001 innovation performance dashboard. We also establish a regular review mechanism (quarterly) to ensure the IMS can dynamically respond to changes in market size and the external knowledge pool, thereby achieving the economies of scale in basic research described in the paper.

Frequently Asked Questions

Does a low investment ratio in basic research truly affect innovation efficiency?

Yes, this is the most critical empirical finding of the paper by Cassiman et al. Using a sample of innovative Belgian manufacturing firms, they confirmed that basic research is a prerequisite for a company to effectively absorb external knowledge spillovers. Without it, a company cannot efficiently convert abundant external technical knowledge into improvements in its own applied research. For Taiwanese SMEs in manufacturing and technology, this implies that their ISO 56001 IMS design should set a minimum investment threshold for basic research, rather than concentrating all R&D funds on short-term, application-oriented projects. An initial R&D portfolio health check is recommended to assess if the current basic research ratio has reached a critical level for absorptive capacity.

What are the most common IP protection compliance challenges for Taiwanese companies when implementing ISO 56001?

The most common challenge is the lack of a systematic approach to protection. While companies may have Non-Disclosure Agreements (NDAs), they often lack a complete inventory of "technical information" as defined in Article 2 of Taiwan's Trade Secret Act, and fail to maintain concrete records of "reasonable protective measures" required by Article 10. Clause 8.4 of ISO 56001 (Intellectual Property Management) requires a systematic process for identifying, evaluating, and protecting IP assets, which aligns closely with these legal requirements. Furthermore, as the Cassiman paper highlights the complementarity between legal (patents) and strategic (trade secrets) protection, an effective IMS framework must integrate both, not manage them in silos.

What are the core steps and typical timeline for implementing an ISO 56001 Innovation Management System?

Winners Consulting Services recommends a phased implementation path of 7 to 12 months. Phase one (months 1-3) involves a current-state diagnosis and gap analysis against the ten clauses of ISO 56001 to produce a prioritized action list. Phase two (months 4-7) focuses on designing and establishing core mechanisms based on the analysis, including documenting innovation strategy (Clause 6), designing innovation processes (Clause 8), and setting up knowledge and IP management systems (Clauses 8.3, 8.4), along with key personnel training. Phase three (months 8-12) includes conducting internal audits (Clause 9) and management reviews to establish a continuous improvement cycle in preparation for certification. This timeline suits manufacturing or tech companies with over 50 employees; smaller firms may condense it to six months.

What is a realistic assessment of the return on investment (ROI) for implementing ISO 56001 and strengthening trade secret protection?

Based on Winners Consulting Services' experience with Taiwanese companies, a systematic implementation of ISO 56001 integrated with Taiwan's Trade Secret Act compliance typically increases R&D ROI by 15% to 30%. This gain comes from reducing intangible losses due to R&D leaks, enhancing trust with external partners, and accelerating R&D process efficiency. The Cassiman paper adds a quantitative perspective: as IP protection effectiveness improves, the economies of scale for basic research expand, significantly boosting R&D output for the same budget. The initial investment is often recovered within 12 to 18 months, with particularly significant benefits for companies with annual revenues exceeding NT$100 million.