In the rapidly evolving landscape of technology, the battle for establishing industry-wide standards remains as fierce today as it was decades ago. Reflecting on the infamous format wars of the 1970s and 1980s between Sony’s Betamax and JVC’s VHS, it is evident that the stakes are not simply about technical superiority. Although Betamax was often lauded for higher fidelity and better technical specifications, VHS triumphed ultimately, largely due to strategic alliances and a broader network of compatible partners in the film and television industries. This lesson in standard battles resonates with today’s tech giants as they continue to wrestle over ecosystem control and compatibility.
The modern era, while technologically advanced, still reflects the core challenges of these earlier battles. Current format disputes—ranging from mobile platforms such as iPhone versus Android, to console wars between Nintendo and PlayStation—underscore a critical evolution in strategy. Rather than relying solely on ownership of groundbreaking patents or superior technology, successful companies now recognize the importance of fostering open ecosystems. These ecosystems align diverse companies, enabling cooperation alongside competition, particularly within the committees that define and enforce standards.
A recent study led by Ramkumar Ranganathan, an associate professor of management at the University of Texas’s McCombs School of Business, dives deep into this complex interplay between competition and collaboration. Through his research, Ranganathan illuminates how companies involved in developing emerging technological standards simultaneously position themselves as collaborators and rivals. Stakeholders must navigate these dual roles strategically to steer standards in ways that reflect their own interests while catering to the wider ecosystem’s demands.
Ranganathan highlights the paradox inherent in these interactions, “Each firm is trying to look out for itself, but at the same time, trying to coordinate and shape the rules.” This delicate balance demands an intricate understanding of not only one’s technological assets but also relationships within the network. The dynamics become even more pronounced in the realm of wireless internet standards—the battlefield where Wi-Fi emerged victorious over WiMAX.
Working alongside John Chen of Baylor University and Anindya Ghosh from Tilburg University, Ranganathan analyzed an extensive archive of more than 40,000 technical documents and 18,000 comments related to standards discussions from 1996 through 2011 within the Institute of Electrical and Electronics Engineers (IEEE). This vast dataset allowed them to apply machine learning techniques to trace how influence was exerted and how particular technical proposals gained acceptance or faded away in this competitive environment.
Wi-Fi and WiMAX, though both reliant on complex ecosystems involving computer manufacturers, router producers, chipset makers, and telecommunications companies, exemplify differing outcomes in establishing interoperability standards. Companies involved in these ecosystems invested significant efforts in the IEEE’s working groups, aiming to embed their patented technologies as foundational aspects of emerging standards. Holding core patents bestowed certain companies with substantial leverage, providing a platform for their technologies to serve as the backbone onto which others would build.
Yet, having an extensive patent portfolio was not without its complications. Firms laden with intellectual property but lacking robust partnerships found themselves in precarious positions. Potential collaborators often approached such organizations with caution, reluctant to contribute value that might be expropriated. Conversely, entities embedded within existing partnerships enjoyed collaborative synergies but faced constraints if their technological offerings misaligned with the shared vision of their partners. This interplay of patents and partnerships determined the degree to which companies could influence standard-setting outcomes.
Moreover, companies unburdened by restrictive legacy partnerships often found themselves better positioned to propose transformative rules guiding future technologies. Their flexibility allowed them to cultivate new partnerships and foster innovation aligned with emerging standards. Ranganathan explains, “Firms that have the potential to drive future partnerships are more likely to get their proposed rules accepted,” emphasizing how forward-looking positioning can outweigh entrenched but rigid relationships.
The collective research underscores the shift from the days when a single company could unilaterally impose a technological standard. Today, influence stems from a company’s ability to function within an intertwined ecosystem that inherently demands reciprocity and mutual benefit. No standard-setting committee possesses the power to compel compliance in product development; instead, standards live or die by the ecosystem’s uptake. Ranganathan observes, “No matter what happens in the standards committee, ultimately firms need to develop products and services compliant with the standard,” underscoring the ultimate power of market implementation over committee deliberations.
This insight reveals a vital strategic consideration for technology companies aiming to shape ecosystems through standards: the necessity not only to own technology but also to nurture and manage networks of partnerships that span various segments of the market. It is a game of complementarities, where the value of a company’s technology is amplified—or diminished—by its connections and the willingness of others to integrate with its offerings.
Standards-setting, therefore, is not solely a technical exercise; it is a complex socio-technical endeavor that melds inventions, intellectual property rights, collaborations, and competitive maneuvers. Firms must adeptly navigate this multifaceted terrain, balancing assertiveness with cooperation, to leverage the interdependencies inherent in contemporary tech ecosystems.
Reflecting on historical and recent standard battles, it becomes evident that the future of technology hinges on more than innovation alone—it rests on the architectures of alliances and the strategies companies deploy to drive shared, yet competitive, ecosystems forward. The orchestration of these dynamics will continue to define winners and losers in the standards wars shaping wireless communication, consumer electronics, and beyond.
Subject of Research:
The study investigates how technology companies influence the development of industry standards through managing complementarities, interdependencies, and competitive-cooperative behaviors within ecosystems, focusing on wireless internet standards.
Article Title:
Shaping Ecosystem Rules: Complementarities, Interdependencies, and Firms’ Success in Coordinating Ecosystems Via Standard-Setting
News Publication Date:
2-Apr-2025
Web References:
- https://doi.org/10.1287/orsc.2022.16136
- https://blog.ansi.org/vhs-vs-betamax-standard-format-war/
- https://www.ieee.org/about/at-a-glance
- https://www.geeksforgeeks.org/difference-between-wifi-and-wimax/
References:
Ranganathan, Ramkumar; Chen, John; Ghosh, Anindya. "Shaping Ecosystem Rules: Complementarities, Interdependencies, and Firms’ Success in Coordinating Ecosystems Via Standard-Setting." Organization Science. DOI: 10.1287/orsc.2022.16136.
Image Credits:
Not provided.
Keywords:
Technology, Business, Corporations, Marketing
