The Industrial Turn in Digital Entertainment: An Introduction to miHoYo's Production Paradigm

The transformation of digital entertainment production over the past two decades represents one of the most significant industrial reorganizations in the creative economy. What began as a cottage industry populated by small teams of passionate developers has evolved into a global enterprise requiring sophisticated coordination across multiple disciplines, platforms, and geographical boundaries. This transformation raises fundamental questions about the nature of creativity itself: How do industrial logics reshape the creative process? What happens to artistic vision when it must negotiate with algorithmic systems, market demands, and platform requirements? And critically, how do companies operating at the intersection of these pressures develop sustainable production paradigms that can maintain both commercial viability and cultural significance?

This book undertakes a systematic examination of these questions through the lens of miHoYo, the Chinese game developer that has emerged as a paradigmatic case study for understanding contemporary digital entertainment production. Founded in 2012 by a group of Shanghai Jiao Tong University graduates, miHoYo has grown from a scrappy startup with approximately $100,000 in initial capital to a company valued at tens of billions of dollars, with over 5,000 employees across offices in Shanghai, Beijing, Tokyo, Seoul, Los Angeles, and Singapore. Its portfolio—including the globally successful Genshin Impact, along with Honkai Impact 3rd, Tears of Themis, and Honkai: Star Rail—has demonstrated unprecedented ability to compete in Western markets traditionally dominated by Japanese and American publishers. Yet beyond commercial metrics, miHoYo represents something more analytically significant: a company whose production practices crystallize the industrial logic that increasingly defines the digital entertainment sector.

Understanding this industrial logic requires first establishing what we mean by the term and why it matters for cultural production. Industrial logic, as employed throughout this book, refers to the systematic application of manufacturing principles to creative work: standardization of processes, division of labor, economies of scale, and continuous optimization based on measurable outcomes. This represents a departure from what might be termed artisanal logic, which prioritizes individual authorship, craft excellence, and the uniqueness of each creative product. Neither logic is inherently superior; indeed, the tension between them produces much of the dynamic energy in contemporary creative industries. However, the increasing dominance of industrial logic—particularly in digital entertainment—demands careful analytical attention.

The emergence of industrial logic in game development did not occur suddenly but evolved through several identifiable phases. The earliest video games of the 1970s and 1980s were produced by tiny teams, often individuals or small groups, who controlled every aspect of development from concept to implementation. Games like Spacewar! (1962), created by Steve Russell and colleagues at MIT, or the early titles from companies like Infocom and Origin Systems, reflected the vision of their creators in ways that would be immediately recognizable to practitioners of traditional craft disciplines. The auteur theory of game design—that games, like films, express the singular vision of their creator—held considerable sway during this period.

The industrial turn in game production began in earnest during the 1990s, driven by several converging factors. The increasing complexity of game development required larger teams; while a single programmer might create a functional game in the early 1980s, the expectations generated by technological advancement demanded multidisciplinary collaboration. The growth of the gaming market created both the capital for larger investments and the competitive pressure to deliver increasingly polished products. Major publishers like Electronic Arts, Activision, and Ubisoft began implementing production methodologies borrowed from manufacturing and software engineering, introducing professional management structures, milestone-based development cycles, and quality assurance protocols that would have been familiar to practitioners in any industrial sector.

Yet the industrialization of game production remained incomplete during this period. Traditional development studios often retained significant creative autonomy, and the distinction between "indie" and "mainstream" games was frequently defined not just by budget but by the degree of industrial systematization in their production. The artisanal ethos persisted, particularly in narrative design and creative direction, where the authorial voice remained valued even within large-scale productions. This partial industrialization created the conditions for the subsequent transformation, as the industry began to recognize that certain creative domains responded more readily to systematization than others.

The introduction of live-service gaming models fundamentally altered this equation. Prior to the live-service paradigm, games were sold as discrete products: players purchased a title, played through its content, and either concluded their engagement or replayed existing content. The economics of this model favored content completion—once players had exhausted a game's offerings, there was little incentive for continued spending. Live-service models inverted this logic entirely. Rather than selling a complete product, developers would offer a continuously evolving service, generating revenue through regular content updates, cosmetic microtransactions, seasonal events, and various engagement mechanisms designed to sustain long-term player investment. This transformation carried profound implications for production organization.

The live-service model demands what might be termed production permanence: rather than completing a project and moving to the next, development teams must continuously generate new content while maintaining and updating existing systems. This requires fundamentally different organizational structures than traditional game development. Teams must be established not for project duration but for ongoing operation. Content pipelines must be developed that can sustain regular release cadences—weekly, monthly, or seasonal—without sacrificing quality or overwhelming development capacity. Systems must be designed for extensibility, allowing new content to integrate seamlessly with existing infrastructure. And player feedback loops must be established that can inform ongoing development while managing community expectations.

miHoYo's production paradigm represents one of the most sophisticated implementations of live-service industrial logic in the contemporary gaming landscape. The company's flagship title Genshin Impact, released in September 2020, operates on a six-week update cycle, releasing new game content including characters, weapons, story chapters, events, and system updates with remarkable consistency. This production cadence would be impressive for any live-service game; for a title of Genshin's scale and complexity, featuring full 3D open-world environments, orchestral soundtracks, multilingual voice acting, and cross-platform synchronization, it represents a level of industrial coordination that would have been unimaginable in earlier eras of game development.

Understanding how miHoYo achieves this requires attention to several interconnected dimensions of its production paradigm. First, the company has invested heavily in proprietary technology infrastructure, including its own game engine modifications and development tools that optimize content creation workflows. Second, miHoYo has developed a highly specialized division of labor, with distinct teams responsible for character design, environment art, music composition, narrative writing, system programming, quality a