Innovation in Emerging Economies: Recombination, Institutional Shifts, and New MNE Strategies in Global Business

For decades, the dominant narrative in international business held that innovation flows from advanced economies to emerging ones. Multinational enterprises (MNEs) from the developed world transferred technology, managerial practices, and R&D capabilities to subsidiaries in countries like China, India, Brazil, and Vietnam. Local firms, the story went, were passive recipients—catching up through imitation and incremental improvements. But a major 2021 study published in the Journal of International Business Studies (now with over 37,000 accesses and 222 citations) has upended that view. Drawing on interdisciplinary insights from innovation studies, development economics, and international business theory, the article reveals a far more complex, bidirectional process. Innovation in emerging economies is not simply about absorbing external knowledge; it is about actively recombining local and imported knowledge to create new firm-specific advantages (FSAs) that reshape global supply chains, trade patterns, and competitive strategies.

This article distills the key findings of that landmark study and explores their implications for policymakers, MNEs, and local firms. The central argument is straightforward: emerging economies are becoming active innovation hubs, and the old “catching-up” framework no longer captures the dynamics at play. Instead, innovation emerges from the deliberate merger of local context—tacit knowledge embedded in institutions, networks, and cultural practices—with imported codified knowledge such as patents, standards, and global best practices. This recombination defines new FSAs, challenges traditional MNE strategy, and demands a rethinking of how institutions support innovation.

Rethinking Innovation in Emerging Economies

Traditional models in international business literature treated emerging economies primarily as destinations for mature technologies. The assumption was that MNEs possessed superior FSAs—proprietary technology, brand equity, organizational routines—which they transferred to local subsidiaries. Local firms, if they innovated at all, did so by reverse-engineering or adapting foreign products to local tastes. The 2021 study challenges this linear, top-down view. It defines innovation broadly, encompassing not only technological breakthroughs but also organizational improvements, process innovations, and transactional innovations—such as new supply-chain configurations or novel financing models. The driving mechanism behind all these forms of innovation is recombination: the creative mixing of knowledge from different sources.

[IMAGE: Infographic showing the shift from linear technology transfer (arrow from advanced to emerging economies) to circular recombination flows (two-way arrows between advanced and emerging economies, with a central hub labeled "Recombined Innovation")]

The study’s interdisciplinary framework integrates insights from three streams of literature. First, innovation studies emphasize that new ideas rarely emerge in isolation; they are built through the combination of existing knowledge components. Second, development economics highlights the role of institutions—formal rules and informal norms—in shaping how knowledge is accessed and used. Third, international business theory has traditionally focused on MNE-driven knowledge transfer, but the new framework flips the script: it shows that local actors—governments, universities, domestic firms, and industry associations—are not merely recipients but co-creators of FSAs. This shift has profound implications for how we understand global business.

The Recombination Imperative: How Local and Imported Knowledge Merge

At the heart of the new framework lies the concept of recombination. Innovation, the study argues, is largely a process of recombining existing knowledge elements in novel ways. In emerging economies, this process involves two distinct but interconnected knowledge pools. Local knowledge is tacit, contextual, and embedded in the specific institutional and cultural fabric of the country. It includes understanding local consumer preferences, regulatory idiosyncrasies, informal business networks, and indigenous technological traditions. Imported knowledge, by contrast, tends to be explicit and codified—international patents, global quality standards, formal management systems, and advanced R&D methodologies.

The magic happens when these two knowledge types are brought together through multiple forms of collaboration. Local firms may form joint ventures with MNEs, license foreign technologies, or participate in global value chains as suppliers. But the recombination is not a one-way absorption. Local actors actively reinterpret and transform imported knowledge, adapting it to their own context. For example, Chinese electric-vehicle manufacturers initially learned from foreign joint ventures but later recombined that knowledge with deep understanding of Chinese battery supply chains and government incentives to create products that now compete globally. Similarly, Indian pharmaceutical firms blended process chemistry innovations from foreign partners with local manufacturing cost advantages to become leading suppliers of generic drugs worldwide.

This recombination defines new FSAs for local firms. An FSA is a unique capability that gives a firm a competitive edge. In the traditional view, FSAs were created by MNEs in their home countries and then transferred abroad. The new research shows that FSAs are increasingly co-created at the intersection of local and global knowledge ecosystems. A local firm that can effectively combine imported R&D with local market insights develops a product tailor-made for both domestic and export markets—a capability that no foreign MNE can easily replicate without deep local embeddedness.

[IMAGE: Diagram of two overlapping spheres labeled "Local Knowledge" (with subtext: institutions, networks, cultural practices) and "Imported Knowledge" (patents, standards, global best practices). The overlapping area is labeled "Recombined Innovation," with arrows pointing to examples such as "Localized product design," "Hybrid manufacturing processes," and "Cross-border R&D partnerships."]

Redefining Firm-Specific Advantages: Local Actors Take the Lead

One of the most provocative findings in the study is that FSAs of both local and foreign firms are increasingly shaped by the strategies of domestic public and private actors. Governments in emerging economies are not passive bystanders; they actively create institutions that influence which knowledge gets recombined and how. For instance, China’s “Made in China 2025” initiative, India’s National Innovation Foundation, and Brazil’s EMBRAPA agricultural research system are all examples of state-led efforts to build recombination capacity. Universities and research institutes also play a crucial role by training engineers, conducting applied research, and serving as brokers between foreign and local knowledge.

This challenges a core assumption of traditional international business theory: that MNEs are the primary creators and transmitters of FSAs. Instead, the study argues that local ecosystems co-create FSAs alongside MNEs. A foreign MNE entering an emerging market today does not simply bring its existing FSAs; it must also learn to absorb and integrate local innovations into its global network. This requires what the study terms “recombination capabilities”—the ability to identify, understand, and internalize novel knowledge from local partners and then redeploy it across the MNE’s worldwide operations.

For MNEs, the strategic implications are significant. Instead of viewing emerging economies merely as low-cost production bases or expanding consumer markets, they must see them as sources of innovation that can be leveraged globally. Procter & Gamble, for example, developed a low-cost water-purification product in India that later found applications in disaster-relief markets worldwide. Similarly, Siemens’ R&D center in China now contributes patents that feed into the company’s global portfolio. The MNE that fails to build recombination capabilities risks losing competitive ground to both local firms and more agile foreign rivals.

[IMAGE: Bar chart comparing traditional MNE FSA creation (tall bars for home-country R&D, small bars for local contributions) versus new ecosystem co-creation (roughly equal bars for MNE home R&D, host-country R&D, local supplier innovation, and university collaboration).]

Institutional Shifts: Building the Ecosystem for Recombination

If recombination is the engine of innovation in emerging economies, institutions are the fuel. The study identifies three critical institutional shifts that enable successful knowledge recombination. First, public research and development institutions must be strengthened. These include government labs, technology parks, and industry-university collaboration platforms that facilitate the flow of knowledge between local and foreign actors. Second, training and human capital development institutions are essential. A skilled workforce that can absorb, adapt, and recombine knowledge is the single most important resource. Third, coordination institutions—such as industry associations, standard-setting bodies, and public-private partnerships—help align the interests of diverse stakeholders and reduce transaction costs.

Policymakers in emerging economies should prioritize building these institutions not as isolated entities but as an integrated ecosystem. For example, Costa Rica’s success in attracting high-tech MNE investments—from Intel to medical device companies—was built on a deliberate strategy of investing in technical education, creating free-trade zones with R&D incentives, and fostering links between local suppliers and foreign firms. The result was a virtuous cycle: foreign MNEs brought in codified knowledge, local workers and firms recombined it with local insights, and the resulting innovations upgraded the entire economy.

For global business, these institutional shifts have direct consequences. Cross-border trade flows are no longer simply about finished goods and raw materials; they increasingly involve intellectual property, codified standards, and collaborative R&D. Supply chains are being reconfigured as MNEs seek to tap into local innovation hotspots. Competitive strategies now require MNEs to navigate complex institutional landscapes where local governments set the rules for knowledge exchange. The old model of “build a factory, transfer technology, export products” is giving way to a more fluid, partnership-driven approach.

Implications for Global Supply Chains and Competitive Strategy

The recombination model has profound implications for how MNEs structure their global operations. Supply chains are no longer linear sequences of production stages; they are becoming knowledge networks where innovation can emerge at any node. An MNE that sources components from a supplier in Vietnam might find that supplier has recombined foreign design specifications with local manufacturing ingenuity to propose a cost-saving improvement. The MNE that listens and integrates that feedback gains a competitive advantage.

Moreover, the emergence of active innovation hubs in emerging economies is reshaping competitive dynamics. Local firms that master recombination can leapfrog traditional stages of capability building. Chinese smartphone maker Xiaomi, for instance, combined open-source Android software, Taiwanese chip manufacturing, and deep understanding of Chinese e-commerce and social media to build a global brand in less than a decade. Such firms are not “catching up” in the traditional sense; they are creating entirely new market segments and business models.

For MNEs, the strategic imperative is clear: develop recombination capabilities at both the organizational and individual levels. This means appointing local managers with authority to experiment, investing in cross-border R&D teams that blend foreign and local talent, and creating incentive structures that reward knowledge sharing rather than protecting turf. It also means engaging with local institutions—universities, government labs, industry clusters—as partners in innovation rather than as mere suppliers of labor or market access.

Conclusion: Emerging Economies as Active Innovation Hubs

The 2021 study reframes the conversation about innovation in emerging economies. It moves beyond the outdated “catching-up” narrative to reveal a dynamic process of recombination, institutional co-evolution, and strategic adaptation. Local firms, far from being passive recipients, are active innovators that blend imported and homegrown knowledge to create novel FSAs. MNEs are both instigators and beneficiaries of this process, but their success depends on their ability to absorb and integrate local innovations. Policymakers must build the institutional infrastructure—R&D, training, coordination—that enables recombination to flourish.

For the global business community, the takeaway is clear: the next wave of competitive advantage will be built not in Silicon Valley or Stuttgart alone, but in the innovation hubs of Shanghai, Bangalore, São Paulo, and Nairobi. The firms—and countries—that understand recombination will lead the future of global business.

[IMAGE: A double exposure photograph blending a modern emerging-market city skyline (e.g., Shanghai, Mumbai, or São Paulo) with abstract network lines connecting local factories and R&D labs to global headquarters. In the foreground, a diverse group of engineers and business leaders collaborate around a digital interface showing data flows and innovation icons. No text, no watermark. Clean, vibrant, professional style.]