Beyond Catching Up: How Emerging Economies Are Redefining Global Innovation for International Business

Introduction: The Innovation Paradox in Emerging Economies

For decades, the dominant narrative in international business has been one of linear progression: emerging economies follow a well-worn path from imitation to innovation, catching up with advanced economies through technology transfer and incremental learning. This view, however, masks a deeper and more complex reality. Despite sustained investments in R&D and massive inflows of foreign direct investment, many firms in countries such as India, China, Brazil, and Vietnam have not simply replicated the innovation models of their Western counterparts. Instead, they have produced novel products, services, and business models that defy the catch-up script—from frugal medical devices engineered in Bengaluru to mobile payment systems born in Nairobi that leapfrog traditional banking infrastructure.

[IMAGE: A split image: left side showing traditional assembly line in an emerging economy, right side showing a modern R&D lab with local engineers and global data streams.]

A landmark 2021 study published in the *Journal of International Business Studies*—authored by Anand, McDermott, Mudambi, and Narula and cited over 220 times—synthesizes a growing body of evidence that challenges the catch-up orthodoxy. The paper argues that innovation in emerging economies is not a delayed echo of advanced-economy trajectories but a fundamentally different process: one driven by knowledge recombination, institutional reconfiguration, and co-evolution between local firms and multinational enterprises (MNEs). For executives and policymakers, this insight shifts the strategic focus from merely absorbing foreign technology to building capabilities that combine local and global knowledge in novel ways—and it redefines what it means to compete in global value chains.

This article distills the core insights of that research, unpacking the hidden economic logic behind innovation in emerging economies. It reveals that the process is not just technological but organizational and transactional, and it reshapes the firm-specific advantages (FSAs) of both local firms and MNEs. The result is a new framework for understanding how emerging economies are becoming sources of competitive advantage, not just low-cost production bases.

The Catch-Up Myth: Why Imitation Alone Fails

The traditional "catching-up" theory assumes that firms in emerging economies can progress through a predictable sequence: first, they import technology and learn to use it; then, they improve upon it through incremental innovations; finally, they reach the technological frontier and begin to generate breakthrough innovations. This linear model has informed decades of industrial policy, from import substitution to export-oriented growth. Yet the empirical record tells a more complicated story. Many firms remain stuck in the imitation phase, unable to transition to higher-value activities. Even when they do upgrade, the path is rarely straight—it involves detours, reversals, and structural constraints that the catch-up model fails to capture.

[IMAGE: A visual metaphor: a maze with a direct path blocked by crumbling walls, and alternative routes through networks and partnerships.]

The key insight from the 2021 paper is that sustained innovation requires simultaneous reconfiguration of firms' capabilities and the societal institutions in which they are embedded. Weak intellectual property protections, fragmented supplier networks, underdeveloped education systems, and volatile regulatory environments create persistent structural challenges that technology transfer alone cannot overcome. In such contexts, importing a factory or a patent does not automatically lead to innovation. Instead, firms must work to reshape the institutional landscape—through alliances, public-private partnerships, and engagement with government agencies—to create the conditions for knowledge to flow and be absorbed.

Crucially, the paper demonstrates that innovation in emerging economies is a "process of recombination" rather than a linear path from imitation to invention. Local firms do not simply replicate foreign technologies; they actively combine imported knowledge with locally embedded know-how, often informal and tacit. This recombination occurs through multiple forms of collaboration: joint ventures that blend foreign technical expertise with local market understanding, supplier partnerships that upgrade entire ecosystems, diaspora networks that bridge cultural and cognitive gaps, and public-private R&D consortia that align incentives across actors. The result is not a delayed version of Western innovation but something qualitatively different—a form of innovation that is more resource-constrained, context-dependent, and socially embedded.

For international business strategy, this has profound implications. MNEs that view emerging markets merely as sites for cost-efficient production or as passive recipients of transferred technology are missing the opportunity to tap into novel recombination capabilities that they cannot develop internally. The firms that succeed are those that treat their emerging-market operations as nodes in a global knowledge network, actively engaging with local partners to co-create solutions that can be scaled across markets.

Recombination as the Core Engine: Blending Local and Global Knowledge

At the heart of the new paradigm is the concept of knowledge recombination. Innovation in emerging economies thrives on the ability to fuse two distinct types of knowledge: local know-how, which is often experiential, informal, and tacit—embedded in local practices, craft traditions, and community networks—and imported advanced knowledge, which tends to be formal, codified, and science-based. When these streams are brought together, the resulting combinations can be highly original and difficult for competitors to replicate.

[IMAGE: A diagram showing two streams of knowledge (local in warm colors, global in cool colors) merging into a central node labeled "Recombination," with arrows pointing to new products, services, and business models.]

The paper identifies several collaborative forms through which this recombination occurs. Joint ventures are a classic vehicle: the MNE contributes proprietary technology and management systems, while the local partner provides market access, regulatory navigation, and understanding of local user needs. The most successful joint ventures evolve beyond simple technology transfer into genuine co-creation, where both partners contribute to the innovation process. For example, in the automotive industry, joint ventures between Western OEMs and Chinese suppliers have given rise to electric vehicle platforms that combine advanced battery technology with cost-effective manufacturing and adaptation to local driving conditions.

Supplier partnerships are another critical mechanism. Multinationals that invest in upgrading their local suppliers—providing training, quality standards, and process innovations—create a ripple effect across the entire value chain. These partnerships not only improve the supplier's capabilities but also generate feedback loops: suppliers develop new solutions that can be adopted by the MNE in other markets. This is especially evident in electronics manufacturing, where Taiwanese and South Korean suppliers have transformed from contract manufacturers into innovation partners that co-design components and subsystems.

Diaspora networks play a uniquely powerful role in knowledge recombination. Scientists, engineers, and entrepreneurs who have studied or worked abroad and then returned to their home countries bring with them not only technical expertise but also social capital and cross-cultural bridging skills. They act as "boundary spanners," translating between the formal knowledge systems of advanced economies and the informal practices of their home markets. The rise of India's technology sector, for instance, owes much to the diaspora that built connections between Silicon Valley and Bangalore, enabling the flow of both venture capital and software development methodologies.

Public-private R&D consortia represent yet another form of recombination, particularly in sectors such as pharmaceuticals, agriculture, and renewable energy where innovation requires large-scale, long-term investment. Governments in emerging economies increasingly fund collaborative research platforms that bring together local universities, domestic firms, and foreign MNEs to tackle shared challenges. These consortia help overcome institutional weaknesses—such as fragmented research systems or inadequate patent protection—by creating shared governance and aligning incentives.

The paper's most striking finding is that this recombination process redefines firm-specific advantages (FSAs) for both local firms and MNEs. Local firms do not merely acquire FSAs from foreign partners; they build new FSAs through the act of recombination itself. A Vietnamese textile manufacturer that combines German machinery with local fabric-dyeing traditions to produce a wrinkle-resistant, heat-adaptive fabric has created an FSA that neither partner could generate alone. Meanwhile, MNEs gain access to what the authors call "recombination capabilities"—the ability to integrate diverse knowledge sources—that cannot be developed through internal R&D alone. This shifts the basis of competition from ownership of proprietary assets to mastery of collaborative processes.

Reshaping Global Value Chains and Institutional Change

The implications of recombination extend beyond individual firms to the structure of global value chains (GVCs). Traditional GVC theory portrays emerging economies as upstream suppliers of raw materials or low-cost manufacturing, with innovation concentrated in advanced-economy headquarters. The research challenges this by showing that recombination activities are increasingly redistributing innovation across the chain. When a Brazilian agribusiness firm combines satellite imaging from a European supplier with local crop data and indigenous farming knowledge to develop a predictive analytics platform, it is not simply adding value—it is repositioning itself as a node of innovation that can influence the entire chain.

[IMAGE: A global map with interconnected nodes representing different stages of value chains; emerging economy nodes glow brighter, with arrows showing bidirectional knowledge flows rather than one-way transfers.]

This redistribution has profound consequences for MNE strategy. Companies that once viewed emerging markets as sources of cheap labor must now recognize them as sources of innovation inputs that can enhance global competitiveness. The most forward-looking MNEs are restructuring their R&D networks to place significant R&D centers in emerging economies, not for cost reasons but for access to unique recombination capabilities. For instance, a growing number of pharmaceutical companies have established clinical research units in India and China because these locations offer large, genetically diverse patient populations combined with local expertise in traditional medicine—a combination that can accelerate drug discovery.

Institutional change is both a prerequisite for and a consequence of this recombination-driven innovation. The paper emphasizes that firms cannot simply wait for institutions to improve; they must actively engage in institutional reconfiguration. This may involve working with government to reform patent laws, establishing industry associations to set quality standards, or creating private certification schemes that compensate for weak public enforcement. By doing so, firms not only improve their own operating environment but also create conditions that enable other actors to participate in recombination. The result is a co-evolutionary process: as firms innovate, they reshape institutions, which in turn enable further innovation.

For policymakers, the message is clear: policies that focus exclusively on attracting foreign direct investment or subsidizing R&D are insufficient. What matters is creating an ecosystem that facilitates knowledge recombination—investing in education that blends technical skills with contextual understanding, building infrastructure that connects local clusters to global networks, and designing regulatory frameworks that protect intellectual property while encouraging open collaboration. The countries that succeed will be those that understand innovation not as a destination to be reached but as a dynamic process of mixing, matching, and remixing knowledge from all sources.

Conclusion: A New Lens for International Business

The 2021 *JIBS* paper offers a powerful corrective to decades of catch-up thinking. Innovation in emerging economies is not a delayed echo of the West; it is a distinct phenomenon rooted in the ability to combine disparate knowledge domains, reconfigure institutions, and co-create with multinational partners. For international business executives, this means rethinking two core assumptions: first, that firm-specific advantages are built solely through internal R&D; and second, that emerging markets are purely "receivers" of innovation. Instead, the competitive advantage of the future lies in the capacity to orchestrate recombination across borders—to build networks, manage partnerships, and learn from the informal, tacit knowledge that emerging economies possess in abundance.

For local firms in emerging economies, the path forward is not about catching up to global best practices but about redefining what best practice means in their own contexts. By leveraging their deep understanding of local conditions, their informal networks, and their ability to operate with resource constraints, they can create innovations that are not only locally relevant but globally valuable. The challenge is to formalize the recombination process—to build organizational capabilities that allow informal knowledge to be captured, combined with formal knowledge, and scaled.

As global value chains become more distributed and the sources of innovation more diverse, the distinction between "advanced" and "emerging" economies will continue to blur. The firms and countries that thrive will be those that embrace the messy, iterative, and collaborative nature of knowledge recombination—and recognize that innovation is not a race to the frontier, but a perpetual process of creative combination.