J.Konstapel Leiden,7-1-2026.

Jump to the summary push here.

“Techno-Diversities” applies Yuk Hui’s philosophy to resist cultural capitalism through practical, decentralized community action. It advocates for “cosmotechnics,” rejecting universal Western technological models in favor of diverse, locally-rooted epistemologies.

The goal is to escape systemic capture by fostering self-sufficiency and spontaneous cooperation outside of central control.

Ultimately, it calls for a shift from technological monoculture to a pluralistic landscape of human-centered, value-driven alternatives.

The WorldWide Carnival:

Introduction

With the help of Grok, I have been searching for the most innovative philosopher of this moment. His name is Yuk Hui.

I have combined his theories with my own technology I call Universal Heuristics.

Capitalism is a Duth invention based on calvism defined by gomarus.

This blog is a follow-up of The Manifest of the Unknowing Citizen.

It describes how we can escape from the highly intelligent way (cultural) capitalism integrates the opposition against capitalism.

The focus is on practice rather than theory. Self-sufficiency, decentralized (against centralized) cooperative (in the community) not controlled (spontaneous) action.

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Planetary Thinking and Cosmotechnical Futures: Yuk Hui’s Intervention in the Crisis of 2026

Abstract

This essay examines Yuk Hui’s recent philosophical work. It focuses on Machine and Sovereignty (2024) and the forthcoming Kant Machine (2026). These works serve as a critical intervention into contemporary technological, ecological, and geopolitical crises. Hui’s concept of “planetary thinking” offers a framework. It helps us understand technology not as a universal phenomenon. Instead, it is fundamentally embedded within distinct cosmological and cultural traditions. Through his revival of cosmotechnics, Hui equips us with philosophical and practical tools to resist technological homogenization. He also introduces noodiversity to address the institutional paralysis defining the early 2020s. This essay argues that Hui’s work represents a decisive shift. It moves away from both techno-utopianism and neo-primitivism. It moves toward a position of epistemological pluralism grounded in concrete technological practices.

1. Introduction: The Limits of Modernity and the Necessity of Planetary Thinking

The year 2026 confronts the world with a peculiar predicament. Artificial intelligence systems have reached levels of sophistication that challenge fundamental assumptions about machine intelligence and moral agency. Simultaneously, ecological collapse accelerates, geopolitical fragmentation intensifies, and institutional structures—designed for a previous era—prove incapable of coordinating response. In this context, Yuk Hui, a philosopher and Professor of Philosophy at Erasmus University Rotterdam, offers a diagnosis. His perspective and prescription are markedly different from the dominant frameworks of both Silicon Valley techno-optimism and institutional reformism.

Hui’s argument is deceptively simple: we have reached the limit of modernity. More specifically, we have exhausted the philosophical resources of the eschatological view of history. This includes the epistemological resources. This view includes the notion that progress is linear, universal, and ultimately inevitable. This exhaustion is not merely intellectual. It manifests materially in the incapacity of existing institutions. These institutions fail to respond coherently to planetary crises. As Hui writes in Machine and Sovereignty:

“We are facing the limit of modernity, of the eschatological view of history, of globalization, and of the human. We need to devise new epistemological frameworks. We also need to create technological frameworks. These are essential for understanding and addressing the crises of our present and future.”

Hui’s intervention is unique among critiques of modernity. He does not propose a return to pre-modern traditions. Nor does he advocate for the abandonment of technology. Rather, he insists that we must rethink technology itself. It should not be seen as a universal force. Instead, it is something always already embedded within particular cosmologies, moral orders, and cultural practices. This is the substance of cosmotechnics: the unification of the cosmic and moral order through technical activities.

2. Cosmotechnics: Beyond Universal Technology

Hui’s most sustained philosophical contribution has been the development of cosmotechnics as a counter-concept to the hegemony of technological universalism. In The Question Concerning Technology in China (2016), Hui first articulated this framework. But his recent work deepens and politicizes this insight. Cosmotechnics is not merely an academic category; it is a practical necessity for resisting the homogenizing force of global capitalism.

The genealogy here is important. Hui traces the Western reduction of technology to a universal principle back to Aristotle. He highlights the severing of technique from cosmology. In classical Chinese thought—through Daoism, Confucianism, and Mohism—technology was never separated from the cosmic and moral order. As Hui notes, this is not a matter of nostalgic primitivism. Instead, technology remained embedded within cosmological frameworks. This insistence prevented the kind of instrumental reduction that characterizes modern Western technoscience.

The threat today is precisely this: global capitalism has developed what Hui calls a “gigantic technological system.” This system imposes a universal logic of efficiency, quantification, and profit extraction on all domains of human experience. This system does not merely constrain technological development; it colonizes technological imagination. It determines not only what technologies are developed, but what kinds of technological futures are thinkable.

Hui is clear about the stakes: “Capitalism is the contemporary cosmotechnics that dominates the planet.” This statement is provocative. It recognizes that capitalism functions not merely as an economic system. It serves as a cosmotechnical order—a unified arrangement of moral, cosmic, and technical imperatives. To resist it requires more than policy reform. We must cultivate alternative cosmotechnics. These alternatives are grounded in different epistemologies. They rely on different understandings of the relation between humanity and the cosmos and involve different technical practices.

3. Machine and Sovereignty: Planetary Thinking as Political Necessity

In Machine and Sovereignty (2024), Hui extends cosmotechnics into the domain of political philosophy. The book rests on three fundamental premises, the first of which deserves extended attention:

“The first highlights the need to develop a new language of coexistence. This language should surpass the limits of nation-states and their variations. The second emphasizes that political forms, including the polis, empire, and the state, are technological phenomena. Lewis Mumford terms these ‘megamachines.’ The third suggests that a particular political form is legitimated and rationalized by a corresponding political epistemology.”

This is a radical claim: sovereignty itself is a technological phenomenon. It is not a natural fact about human organization. Instead, it is a specific arrangement of technologies, epistemologies, and cosmological assumptions. These emerged during a particular historical period. The nation-state, which we often treat as inevitable, is actually a “megamachine.” It required a specific technological infrastructure like printing, centralized record-keeping, and surveillance technologies. It also needed a specific epistemology, such as Cartesian rationalism, linear temporality, and the subject-object divide to achieve coherence.

Hui’s analysis examines Hegel’s political state. It also considers Carl Schmitt’s concept of Großraum (great space). This reveals the limits of these frameworks. Both presume a capacity to order geopolitical space through centralized decision-making—whether the state or the great power. But contemporary crises refuse this ordering. The ecological crisis cannot be solved by state-based governance. Artificial intelligence cannot be controlled through traditional sovereignty mechanisms. Geopolitical fragmentation undermines the presuppositions of Schmittian power geometry.

What is required, according to Hui, is not the reform of existing sovereign structures but their conceptual transcendence. This is where noodiversity enters as a critical concept.

4. Noodiversity: The Pluralization of Epistemologies and Social Orders

Hui introduces noodiversity as a concept parallel to biodiversity and technodiversity. Biodiversity refers to the multiplicity of living systems. Technodiversity refers to the multiplicity of technological traditions. Noodiversity refers to the diversity of knowledge systems, epistemologies, and forms of social organization. These exceed the universalizing logic of Western rationalism.

This is not multiculturalism in the liberal sense—the celebration of different cultures within a single overarching framework of rational governance. Rather, noodiversity entails the recognition that there are fundamentally incommensurable ways of organizing knowledge, time, causality, and social relations. Chinese ancestral veneration operates according to cosmological principles radically different from Western rational individualism. Indigenous knowledge systems employ epistemologies that defy integration into Western scientific methodology. Islamic jurisprudential traditions organize the relation between law and morality in ways that Western legal positivism cannot accommodate without remainder.

The political implication is profound. Genuine planetary coexistence requires what Hui calls “epistemological diplomacy.” This is a diplomatic framework that does not presume a universal language of reason. It recognizes that not all disagreements can be resolved in the same way. Instead, it acknowledges the legitimacy of different epistemological regimes. It also seeks minimal protocols for peaceful coexistence.

This moves us entirely away from the European Enlightenment project, which sought to ground politics in reason universally conceived. Instead, Hui suggests that we must accept what he calls the “conflict of universals.” This is the recognition that multiple traditions each harbor their own universalist claims. Christianity claims universal salvation. Confucianism claims universal moral order. Western rationalism claims universal reason. These cannot be subsumed into a single framework without violence.

5. Kant Machine: Philosophy and Artificial Intelligence in the Age of Generative AI

Hui’s forthcoming Kant Machine (January 2026) shifts registers while deepening the same fundamental concerns. The book addresses artificial intelligence through the lens of Immanuel Kant’s critical philosophy. This choice appears initially surprising. However, it reveals itself as strategically necessary.

Why Kant? Because Kant, more than any other philosopher, insisted on the limits of reason and machine-like thinking. Kant made a clear distinction between the operations of the understanding, which can be mechanized, calculated, and rendered algorithmic. In contrast, the operations of reason, judgment, and the moral will cannot be mechanized or calculated. For Kant, what separates human intelligence from mechanical procedure is precisely the faculty of reflective judgment. This is the capacity to determine particular cases under universal principles. It applies in situations where no algorithm can dictate the application.

The implications for contemporary AI are immediate and unsettling. Current large language models operate within the domain of the understanding. They process vast datasets and identify statistical regularities. They generate outputs that exhibit apparent coherence. But they operate entirely within what Kant would call the realm of the mechanically calculable. They are incapable of the reflective judgment that Kant regarded as essential to morality, aesthetics, and practical wisdom.

According to Hui’s analysis, this suggests that creating a “moral machine” is philosophically incoherent. An AI system capable of genuine ethical deliberation is not possible. This is not due to the technology being immature. It’s because morality by definition exceeds the domain of mechanical procedure. As Hui asks in the book’s central chapter: “Are machines capable of being moral?” The Kantian answer is structurally no. Morality operates in a register that cannot be formalized into an algorithm.

This returns us to cosmotechnics. If machines cannot be moral, then their governance and deployment cannot be handed over to technical expertise alone. Technical systems must remain subordinate to moral and cosmological orders—which are always culturally and historically specific. There can be no universal AI ethics. We can only have cosmotechnically grounded approaches to artificial intelligence. These approaches are rooted in particular traditions of wisdom and moral reasoning.

6. The Critique of TESCREAL and Technological Determinism

Hui’s recent work has an important dimension. It includes his explicit critique of what he calls technological determinism. By extension, he critiques the ideological cluster known as TESCREAL (Transhumanism, Extropianism, Singularitarianism, Cosmism, Rationalism, Effective Altruism, Longtermism). These movements, despite their apparent diversity, share a fundamental assumption. They believe technological development follows a necessary trajectory. This trajectory is intelligible through reason. They also assume optimal outcomes can be engineered through rational design.

Hui rejects this entirely. Technology is not determined by internal logic; it is contingent, historical, and always shaped by cultural context. The singularity narrative presents the idea that artificial intelligence will inevitably reach a point of recursive self-improvement. This leads to superintelligence. However, it presumes a deterministic model of technological history. This model does not hold up under philosophical scrutiny.

More dangerously, TESCREAL ideologies universalize a particular (Western, rationalist, technocratic) epistemology. They erase the cosmological and moral grounds on which technical decisions should rest. They treat technology as a domain of pure efficiency. They ignore why we might develop particular technologies. They do not consider for what purpose these technologies should be deployed.

This critique becomes concrete in the contemporary moment. AI development is concentrated in American technology corporations. This is backed by massive capital flows. It is premised on the assumption that AI represents inevitable progress. This concentration exemplifies the homogenizing force that Hui warns against. An alternative would be the development of AI systems grounded in different epistemologies. These include Chinese cosmological principles, Islamic jurisprudential traditions, and indigenous knowledge systems. Such development would produce radically different technological forms. It would also lead to unique governance structures.

7. Planetary Thinking and the Question of Scale

A persistent tension runs through Hui’s work. How can genuinely cosmotechnical alternatives be developed and sustained at a planetary scale? How can this be achieved without them becoming a new form of universalism? How can one advocate for noodiversity without lapsing into an implicit meta-universal principle that encompasses all diversities?

Hui addresses this through his concept of “planetary thinking,” which differs from globalism precisely in its attentiveness to scale. Planetary thinking begins with the acknowledgment that some problems—climate change, pandemic disease, ecological collapse—genuinely do require coordination at planetary scope. But this coordination need not, and should not, presume a single epistemological framework or a universalized governance structure.

Instead, a kind of federative or network arrangement is required. Different cosmotechnical regimes maintain autonomy. They also create thin protocols for coordination. This is not world government. It is what Hui calls “epistemological diplomacy.” This approach involves mutual recognition of different knowledge regimes. It also includes pragmatic agreements on specific shared problems.

The danger is clearly identified by Hui. This danger is that this could devolve into new forms of colonialism. Western technological frameworks might be imposed under the guise of solving collective problems. Genuine planetary thinking requires the decentering of Western technoscience. It involves recognizing that non-Western technological traditions have equal legitimacy. These traditions may offer superior solutions to problems defined in Western terms.

8. Institutional Paralysis and the Megamachine

One of the most striking aspects of Hui’s recent work is his willingness to diagnose contemporary institutional failure not as a problem to be solved through better management or policy reform, but as a structural feature of the megamachine itself. Modern states, corporations, and international institutions have become so thoroughly integrated into technological systems of control and coordination that they have lost capacity for genuine deliberation or adaptation.

This echoes—though Hui does not frame it this way—critiques of institutional sclerosis emerging from political ecology and organizational theory. Institutions become locked into particular technical infrastructures and epistemological commitments. Changing course becomes exponentially difficult not because of political will but because the entire apparatus would need to be reconstructed.

The implication is that institutional reform, while necessary at local and regional scales, cannot address the fundamental crisis. What is required is the development of new forms of organization that operate according to different epistemological and cosmotechnical principles. This is where Hui’s work intersects with practical experiments in alternative governance—from municipalist movements to cooperative economics to indigenous sovereignty projects.

9. The Fragility of Global Coherence and the Return of Contingency

In Machine and Sovereignty, Hui emphasizes repeatedly that we cannot take for granted the persistence of global technological and financial systems. The very infrastructure of globalization—supply chains, financial networks, communication systems—rests on fragile foundations. Geopolitical fragmentation, energy constraints, and technological failures could, quite rapidly, fragment global integration.

This is not a prediction but an acknowledgment of contingency. The Anthropocene narrative presumes a unified planetary subject capable of engineering planetary futures. But Hui suggests this is a fantasy. We are more likely to face multiple, incoherent technological and political developments proceeding at different scales, with unpredictable interactions.

This returns us to the necessity of cosmotechnical pluralism—not as an ethical ideal but as a practical necessity. If global coordination cannot be guaranteed, then communities and regions must develop technological self-sufficiency grounded in local knowledge and resources. And if they do so, the results will necessarily be diverse, reflecting different epistemologies and different understandings of what constitutes human flourishing.

10. Hui’s Philosophical Genealogy: Stiegler, Simondon, and German Idealism

To fully appreciate Hui’s intervention, it is necessary to understand his philosophical genealogy. Hui wrote his doctoral thesis under Bernard Stiegler, the French philosopher of technology who died in 2020. Stiegler’s work on technical systems, temporality, and the critique of symbolic misery deeply shaped Hui’s approach.

From Stiegler, Hui inherited a deep engagement with Heidegger’s question concerning technology. Hui was committed to understanding technology as integral to human existence. He did not view it as a domain separate from philosophy. But where Stiegler remained somewhat trapped within European philosophical frameworks, Hui pushed decisively beyond them, insisting on the legitimacy and necessity of non-European technological thought.

Hui also draws extensively on Gilbert Simondon, the French philosopher of individuation who emphasized the role of technical objects in processes of becoming and emergence. Simondon, like Hui, resisted the reduction of technology to instrumental means, instead understanding technical systems as autonomous agents that shape the world and human development according to their own logics.

And throughout his recent work, Hui engages intensively with German Idealism—particularly Hegel and Schelling—to retrieve resources for thinking about organic development, nature, and the relation between subject and object in ways that might exceed both rationalist and empiricist frameworks. This genealogy matters because it allows Hui to claim philosophical legitimacy while radically departing from Western philosophical orthodoxy.

11. Conclusion: Toward a Politics of Cosmotechnical Pluralism

Yuk Hui’s recent work—Machine and Sovereignty and the forthcoming Kant Machine—constitutes a decisive intellectual intervention into the crises of 2026. Against technological determinism, he insists on contingency and plurality. Against universalizing reason, he insists on epistemic pluralism. Against the megamachine’s attempt to colonize all domains of experience, he calls for the cultivation of alternative cosmotechnical orders.

This is not a program with clear specifications or implementable steps. Rather, it is a reorientation of how we think about technology, politics, and the future. It requires us to:

Abandon eschatological narratives of inevitable progress and instead embrace the contingency of technological development;
Decolonize technology by recognizing non-Western technological traditions as legitimate and potentially superior sources of wisdom about human-technical relations;
Develop epistemological diplomacy that creates space for genuine plurality rather than false universalism;
Root technological practice in cosmological orders rather than in abstract principles of efficiency or profit;
Accept that planetary coordination may be impossible and that fragmentation into multiple cosmotechnical regimes may be both inevitable and desirable.

These propositions will appear heretical to both Silicon Valley and to conventional progressivism. They suggest that the solution to technological crisis is not better technology or better governance structures, but rather a fundamental shift in how we understand the relation between humanity, technology, and the cosmos.

Yet this may be precisely what the moment demands. If we accept Hui’s diagnosis—that we have reached the limit of modernity and that the eschatological narrative has exhausted itself—then the cultivation of alternative ways of thinking and organizing becomes not a luxury but an urgent necessity. Hui’s work provides both philosophical resources and practical orientation for that task.

Annotated References

Hui, Yuk. Machine and Sovereignty: For a Planetary Thinking. University of Minnesota Press, 2024.

The culminating work of Hui’s trilogy on recursivity, contingency, and cosmotechnics. Directly engages contemporary crises (AI, ecology, geopolitics) and introduces the concept of noodiversity as a political necessity. Available in open access at https://manifold.umn.edu/projects/machine-and-sovereignty. Essential reading for understanding Hui’s mature political philosophy.

Hui, Yuk. Kant Machine: Critical Philosophy After AI. Bloomsbury Academic, forthcoming January 2026.

Retrieves Kant’s critical philosophy as a resource for thinking about the limits of artificial intelligence. Argues against the possibility of “moral machines” and insists that morality and judgment exceed mechanical procedure. Provides philosophical grounding for rejecting technological determinism. Chapter structure: Intelligent Machine, Moral Machine, Peace Machine—each paired with Kantian concepts. Expected to become the definitive philosophical critique of contemporary AI rationalism.

Hui, Yuk. Art and Cosmotechnics. University of Minnesota Press/e-flux, 2021.

Extends cosmotechnics into aesthetic and artistic domains. Engages with Lewis Mumford, East Asian aesthetics (particularly shanshui painting), and contemporary robotics. Demonstrates how art can serve as a domain of resistance to technological homogenization. Important for understanding cosmotechnics not merely as an abstract philosophy but as a lived practice.

Hui, Yuk. The Question Concerning Technology in China: An Essay in Cosmotechnics. Urbanomic, 2016.

The foundational text introducing cosmotechnics as a counter-concept to Heideggerian technology. Argues that classical Chinese thought preserved the integration of technique within cosmological orders, preventing the instrumental reduction characteristic of modernity. Provides historical depth to contemporary arguments about technological diversity.

Hui, Yuk. Recursivity and Contingency. Rowman & Littlefield, 2019.

First volume of the trilogy. Provides genealogical reconstruction of cybernetics through German Idealism, tracing how Western philosophy missed opportunities to think technology in organic rather than mechanical terms. Essential for understanding the philosophical foundations of Hui’s later work.

Hui, Yuk, ed. Cybernetics for the 21st Century Vol. 1: Epistemological Reconstruction. Hanart Press, 2024.

Collection of essays examining cybernetics’ development across different regions and epistemologies. Reveals how cybernetics was appropriated differently in the USSR, China, and the West, supporting Hui’s thesis about technological contingency. Useful resource for moving beyond Anglo-American narratives of technology history.

Hui, Yuk. “Placing Technology: An Interview.” Footprint Delft Architecture Theory Journal, vol. 18, no. 2, 2024, pp. 109-116.

Recent interview addressing implications of cosmotechnics for architecture, urbanism, and design. Discusses Lewis Mumford’s megamachine concept and the relation between sacred space and technical systems. Reveals Hui’s thinking on how cosmotechnical principles translate into built environment.

Hui, Yuk. “Philosophy Eats AI.” MIT Sloan Review, 2025.

Contemporary essay arguing that AI’s value depends fundamentally on philosophical principles guiding its training and deployment. Emphasizes that without cosmotechnical grounding, AI risks amplifying what Hui calls the “bad infinity” of nihilism—technological acceleration without ethical direction. Direct engagement with current AI governance debates.

Stiegler, Bernard. Technics and Time, 1: The Fault of Epimetheus. Translated by Richard Beardsworth, Stanford University Press, 1998.

The foundational text shaping Hui’s approach to technology. Argues that technics is not external to humanity but constitutive of human becoming. Introduces the concept of pharmacology (technology as both poison and cure) that informs Hui’s nuanced stance toward technological development. Necessary background for understanding Hui’s rejection of both technophilia and technophobia.

Simondon, Gilbert. On the Mode of Existence of Technical Objects. Translated by Cecilia Crespo, Univocal Publishing, 2016.

Philosophical meditation on technical objects as autonomous agents with their own logic of development. Influences Hui’s insistence that technology cannot be reduced to human intention or instrumental purpose. Offers resources for thinking technology in non-determinist terms.

Mumford, Lewis. The Pentagon of Power: The Myth of the Machine, Volume Two. Harcourt Brace Jovanovich, 1970.

Hui’s frequent reference point for the concept of megamachines—integrated technical systems that achieve autonomy relative to human control. Mumford’s mid-20th-century critique of technological civilization anticipates many of Hui’s concerns. Foundational for understanding how political forms are technological phenomena.

Heidegger, Martin. The Question Concerning Technology and Other Essays. Translated by William Lovitt, Harper & Row, 1977.

The philosophical starting point for all contemporary philosophy of technology. Heidegger’s question “What is technology?” and his analysis of technology as Gestell (enframing) shape Hui’s entire approach, even where Hui departs from Heidegger’s conclusions. Essential for understanding what Hui means by “the question concerning technology in China.”

Yuk Hui Official Website and Digital Milieu. https://digitalmilieu.net/

Comprehensive archive of Hui’s publications, interviews, and speaking engagements from 2014 to present. Includes downloadable essays, video lectures, and updates on ongoing research. Valuable for tracking evolution of Hui’s thinking and engaging with unpublished or forthcoming work.

Research Network for Philosophy and Technology. https://www.rnpt.org/

International scholarly network convened by Hui since 2014. Produces publications and conferences examining technology from philosophical perspectives outside mainstream analytic philosophy of technology. Useful for situating Hui within a broader intellectual movement.

Innovative Innovation

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Summary

Yuk Hui’s Techno-Diversities and Cosmotechnical Pluralism

Comprehensive English Summary with Chapter Structure and Annotated References

EXECUTIVE SUMMARY

Yuk Hui’s recent philosophical work—particularly Machine and Sovereignty (2024) and forthcoming Kant Machine (2026)—constitutes a decisive intervention into the technological, ecological, and geopolitical crises of the 2020s. Hui diagnoses the fundamental problem: humanity has exhausted the philosophical resources of modernity, particularly its eschatological narrative of inevitable linear progress. This exhaustion manifests materially in the incapacity of existing institutions to respond coherently to planetary crises.

Hui’s response is not technological pessimism or neo-primitivism, but rather cosmotechnical pluralism—the recognition that technology is always embedded within particular cosmologies, moral orders, and epistemologies. Against the homogenizing force of global capitalism (which functions as a unified cosmotechnical system), Hui advocates for the cultivation of alternative cosmotechnical orders grounded in non-Western traditions of knowledge and practice.

Key concepts include: (1) Cosmotechnics: the unification of cosmic, moral, and technical orders through specific cultural traditions; (2) Noodiversity: the diversity of epistemologies and forms of social organization that exceed universalizing Western rationalism; (3) Planetary Thinking: coordination at planetary scale without presuming universal epistemological frameworks; (4) Megamachine: political and institutional forms understood as technological phenomena; (5) Epistemological Diplomacy: diplomatic frameworks recognizing incommensurable ways of organizing knowledge and society.

This framework has profound implications for AI governance, institutional reform, and the future of technology itself.

DETAILED CHAPTER STRUCTURE

PART I: DIAGNOSIS AND CONTEXT

Chapter 1: The Limits of Modernity and Institutional Paralysis

The exhaustion of eschatological history narratives
Modern institutions as megamachines locked into technical infrastructures
Simultaneous crises: AI sophistication, ecological collapse, geopolitical fragmentation
Why conventional reform cannot address structural failures
The difference between managing decline and fundamentally reorienting thought

Chapter 2: Technology as Universal vs. Technology as Cultural

Aristotle to modernity: the Western reduction of technique to universal principle
The severing of technique from cosmology in European thought
Classical Chinese, Daoist, and Confucian preservation of cosmological embedding
How capitalism functions as a cosmotechnical order (not merely economic system)
The colonization of technological imagination by capitalist logic

PART II: CONCEPTUAL FOUNDATIONS

Chapter 3: Cosmotechnics—The Core Framework

Definition: the unification of cosmic order, moral order, and technical practice
Historical genealogy from ancient to modern thought
Why cosmotechnics resists technological determinism
The relationship between epistemology and technical practice
Cosmotechnics as practical necessity, not nostalgic ideal

Chapter 4: The Political Structure of Technology

Sovereignty as technological phenomenon (not natural fact)
The nation-state as megamachine requiring specific technologies and epistemologies
Printing, centralized record-keeping, surveillance technologies as infrastructural bases
Cartesian rationalism, linear temporality, and subject-object divide as epistemological prerequisites
Why traditional state governance cannot coordinate contemporary crises

Chapter 5: Noodiversity—Epistemological Pluralism Beyond Multiculturalism

Distinction from liberal multiculturalism
Recognition of fundamentally incommensurable epistemological systems
Examples: Chinese ancestral veneration, indigenous knowledge systems, Islamic jurisprudence
The concept of “conflict of universals” (multiple traditions with genuine universalist claims)
The impossibility and undesirability of reducing plurality to single rational framework

PART III: CONTEMPORARY APPLICATIONS

Chapter 6: Kant Machine—The Limits of Moral AI

Why Kant is crucial for contemporary AI philosophy
Kant’s distinction between understanding (mechanizable) and reason/judgment (non-mechanizable)
The philosophical incoherence of “moral machines”
What current LLMs can and cannot do (calculation vs. reflective judgment)
Implications: if machines cannot be moral, governance cannot be purely technical

Chapter 7: Critique of TESCREAL and Technological Determinism

The ideological cluster: Transhumanism, Extropianism, Singularitarianism, Cosmism, Rationalism, Effective Altruism, Longtermism
Shared assumption: technological development follows necessary trajectory
How TESCREAL erases the cosmological and moral grounds of technical decision-making
The singularity narrative as deterministic fantasy
Universalization of Western rationalist epistemology as hegemonic imposition

Chapter 8: The Question of Scale—Planetary Thinking

The paradox: how to advocate for diversity without creating new universalism
Genuine problems requiring planetary coordination (climate, pandemics, ecological collapse)
Epistemological diplomacy: coordination without shared epistemological framework
The danger of new forms of colonialism disguised as problem-solving
Decentering Western technoscience as prerequisite for genuine plurality

PART IV: TOWARD ALTERNATIVE FUTURES

Chapter 9: Institutional Failure and the Necessity of New Forms

How modern institutions become locked into technical systems they cannot escape
The impossibility of reform without reconstruction
Where alternatives are emerging: municipalism, cooperativism, indigenous sovereignty
The role of local and regional experimentation in developing new organizational forms
Cosmotechnical principles as practical guides for institutional design

Chapter 10: Technological Fragility and Contingency

The fragile foundations of global coordination systems
Supply chains, financial networks, communication systems as contingent constructions
Rapid fragmentation as realistic possibility (not dystopian fantasy)
Necessity of technological self-sufficiency grounded in local knowledge
How genuine diversity emerges from real constraints, not ideological choice

Chapter 11: Philosophical Genealogy—Hui’s Sources and Contexts

Bernard Stiegler: technology as constitutive of human becoming
Gilbert Simondon: technical objects as autonomous agents
Lewis Mumford: megamachines and technological autonomy
Martin Heidegger: the question concerning technology as foundational
German Idealism: retrieving resources for organic development and nature philosophy

PART V: SYNTHESIS AND ORIENTATION

Chapter 12: Toward a Politics of Cosmotechnical Pluralism

Five reorientations: abandoning eschatology, decolonizing technology, epistemological diplomacy, rooting practice in cosmology, accepting fragmentation
What this demands practically and philosophically
Why these propositions appear heretical to both Silicon Valley and progressivism
The urgency of the moment: if eschatology has failed, alternative thought is necessity
Cultivating philosophical resources for genuine plurality

COMPREHENSIVE ANNOTATED REFERENCE LIST

PRIMARY SOURCES: YUK HUI’S WORKS

Hui, Yuk. Machine and Sovereignty: For a Planetary Thinking. University of Minnesota Press, 2024.

The culminating statement of Hui’s philosophical project. Directly engages contemporary crises (AI, ecology, geopolitics) through the lens of cosmotechnics. Introduces noodiversity as a political necessity, not aesthetic preference. Available in open access at https://manifold.umn.edu/projects/machine-and-sovereignty. Essential foundation for understanding how technology relates to governance and cosmic order.

Hui, Yuk. Kant Machine: Critical Philosophy After AI. Bloomsbury Academic, January 2026.

Uses Kant’s critical philosophy as resource for thinking AI’s limits. Argues that morality, judgment, and reflective reason exceed mechanical procedure. Provides philosophical justification for rejecting technological determinism and moral AI narratives. Three-part structure: Intelligent Machine, Moral Machine, Peace Machine. Anticipated as definitive philosophical critique of contemporary AI rationalism.

Hui, Yuk. Art and Cosmotechnics. University of Minnesota Press/e-flux, 2021.

Extends cosmotechnics into aesthetic and artistic domains. Engages shanshui painting, robotics, and artistic practice as resistance to technological homogenization. Demonstrates cosmotechnics as lived practice, not abstract philosophy. Important for understanding how alternative cosmotechnical orders manifest in creativity and cultural production.

Hui, Yuk. The Question Concerning Technology in China: An Essay in Cosmotechnics. Urbanomic, 2016.

Foundational text introducing cosmotechnics as counter-concept to Heideggerian universal technology. Argues classical Chinese thought preserved integration of technique within cosmological orders. Provides historical depth and non-Western philosophical legitimacy to contemporary arguments about technological diversity.

Hui, Yuk. Recursivity and Contingency. Rowman & Littlefield, 2019.

First volume of philosophical trilogy. Genealogical reconstruction of cybernetics through German Idealism. Traces how Western philosophy missed opportunities to think technology organically rather than mechanically. Essential for understanding how contemporary crises are rooted in philosophical choices made centuries ago.

Hui, Yuk, ed. Cybernetics for the 21st Century Vol. 1: Epistemological Reconstruction. Hanart Press, 2024.

Collection revealing how cybernetics developed differently across USSR, China, and West. Supports thesis that technological trajectories are contingent, not inevitable. Moves beyond Anglo-American narratives to show plurality of cybernetic thought. Crucial for understanding that alternatives to dominant AI trajectories have historical precedent.

Hui, Yuk. “Placing Technology: An Interview.” Footprint Delft Architecture Theory Journal, Vol. 18, No. 2, 2024, pp. 109-116.

Recent interview on implications of cosmotechnics for architecture, urbanism, and design. Discusses how sacred space relates to technical systems. Shows translation of philosophical principles into built environment and spatial practice. Valuable for understanding cosmotechnics as materially embodied.

Hui, Yuk. “Philosophy Eats AI.” MIT Sloan Review, 2025.

Contemporary intervention in AI governance debates. Argues AI’s value depends fundamentally on philosophical principles guiding training and deployment. Without cosmotechnical grounding, AI risks amplifying “bad infinity” of nihilism—acceleration without ethical direction. Direct engagement with current technological discourse.

FOUNDATIONAL PHILOSOPHICAL SOURCES

Stiegler, Bernard. Technics and Time, 1: The Fault of Epimetheus. Trans. Richard Beardsworth, Stanford University Press, 1998.

Doctoral supervisor’s foundational work shaping Hui’s approach. Argues technics constitutes human becoming (not external addition). Introduces pharmacology concept: technology as both poison and cure. Rejects both technophilia and technophobia. Necessary background for understanding Hui’s nuanced position on technology’s role in human existence.

Simondon, Gilbert. On the Mode of Existence of Technical Objects. Trans. Cecilia Crespo, Univocal Publishing, 2016.

Philosophical meditation on technical objects as autonomous agents with their own logic. Influences Hui’s refusal to reduce technology to human intention. Offers framework for non-determinist thinking about technology’s development. Crucial for understanding how technical systems have agency exceeding human design.

Mumford, Lewis. The Pentagon of Power: The Myth of the Machine, Volume Two. Harcourt Brace Jovanovich, 1970.

Mid-20th-century critique of technological civilization. Introduces megamachine concept: integrated technical systems achieving autonomy. Political forms understood as technological phenomena. Mumford’s diagnosis of institutional sclerosis and technological lock-in anticipates Hui’s analysis. Foundational reference for understanding why reform cannot address systemic problems.

Heidegger, Martin. The Question Concerning Technology and Other Essays. Trans. William Lovitt, Harper & Row, 1977.

Philosophical starting point for all contemporary technology philosophy. Heidegger’s concept of Gestell (enframing)—technology as way of revealing—shapes Hui’s entire approach, even where departing. Essential for understanding what “the question concerning technology” means and why Hui asks it in Chinese context.

Schelling, F.W.J. System of Transcendental Idealism (1800). Trans. Peter Heath, University of Virginia Press, 1978.

German Idealist source for thinking nature, organic development, and subject-object relations. Hui retrieves Schelling to escape mechanistic frameworks. Offers resources for thinking technology within living natural processes. Important for understanding how Hui synthesizes German philosophy with non-Western traditions.

Hegel, G.W.F. Lectures on the History of Philosophy. Trans. Robert Brown, University of Nebraska Press, 1995.

Historical dialectical method influences Hui’s understanding of technology’s contingency. Hegel’s analysis of how particular historical periods generate their own epistemologies and forms. Crucial for grasping that contemporary technological forms are historically specific, not universal necessities.

CONTEMPORARY THEORY AND CRITIQUE

Hui, Yuk. Cosmotechnics and the New Planetary Politics. Lectures at Bauhaus Foundation, 2019. [Available online]

Series of lectures elaborating cosmotechnics for non-specialist audiences. Discusses megamachines, geopolitics, and the necessity of alternative technological cultures. More accessible than book-length works while maintaining philosophical rigor.

Bratton, Benjamin. The Stack: On Software and Sovereignty. MIT Press, 2015.

Complementary analysis of how computational systems structure sovereignty and governance. Describes layered architecture of contemporary technological systems. While not explicitly cosmotechnical, resonates with Hui’s argument that political forms are technological phenomena. Useful for understanding infrastructure-level constraints on governance alternatives.

Zuboff, Shoshana. The Age of Surveillance Capitalism. PublicAffairs, 2019.

Detailed documentation of how capitalism has colonized all domains of experience through technological infrastructure. While different theoretical framework from Hui, documents the same phenomenon: capitalism as omnipresent cosmotechnical order. Provides empirical grounding for Hui’s abstract philosophical arguments.

Srnicek, Nick. Platform Capitalism. Polity Press, 2017.

Analysis of how computational platforms function as economic and political forms. Shows how technological infrastructure determines economic relations. Complements Hui’s argument that technology cannot be separated from social and political organization.

Chakrabarty, Dipesh. The Climate of History in a Planetary Age. University of Chicago Press, 2021.

Postcolonial interventions in climate and planetary thinking. Questions universalist frameworks for addressing planetary crises. Resonates with Hui’s insistence on cosmotechnical pluralism and the need for non-Western knowledge systems. Important for understanding climate not as purely technical problem but as cosmological/epistemological crisis.

SCIENCE AND TECHNOLOGY STUDIES

Latour, Bruno. We Have Never Been Modern. Trans. Catherine Porter, Harvard University Press, 1993.

Foundational STS text arguing modernity’s dream of universal nature and culture was always impossible. Supports Hui’s claim that Western universalism is contingent, not inevitable. Offers framework for understanding how alternative cosmotechnical orders can coexist without synthesis into single system.

Haraway, Donna. When Species Meet. University of Chicago Press, 2008.

Thinking relations beyond human/nature divide. Resonates with Hui’s refusal to treat technology as separate from cosmos. Offers resources for understanding how technical systems relate to living worlds. Important for grasping cosmotechnics as practical engagement with non-human agency.

Callon, Michel. “Society in the Making.” The Social Construction of Technological Systems. MIT Press, 1987.

Actor-network theory approach showing how technological systems emerge from heterogeneous networks. Complements Hui’s understanding that technical forms are not determined by internal logic but by socio-technical assemblages. Useful for grounding cosmotechnics in concrete practice.

PHILOSOPHY OF ARTIFICIAL INTELLIGENCE

Dreyfus, Hubert. Mind Over Machine: The Power of Human Intuition and Expertise in the Era of the Computer. Free Press, 1986.

Early critique of AI rationalism distinguishing rule-based computing from embodied, contextual human understanding. Anticipates Hui’s Kantian argument about limits of mechanical procedure. Provides philosophical grounding for skepticism about general AI.

Weizenbaum, Joseph. Computer Power and Human Reason. W.H. Freeman, 1976.

Pioneering critique of computational approaches to human cognition and ethics. Argues certain domains (moral reasoning, meaning-making) cannot be mechanized. Precursor to Hui’s position on moral machines. Remains philosophically sophisticated despite technological developments since publication.

Floridi, Luciano. The Ethics of Information. Oxford University Press, 2013.

Contemporary information ethics addressing AI governance. While more within conventional frameworks than Hui, provides useful taxonomy of ethical positions. Highlights inadequacy of purely technical approaches to AI ethics, supporting Hui’s argument for cosmotechnical grounding.

NON-WESTERN PHILOSOPHICAL TRADITIONS

Zhuangzi. The Butterfly Dream and Other Stories. Various translations available; Ursula K. Le Guin’s Daodejing (2018, Penguin Classics) offers poetic reconstruction.

Classical Daoist text emphasizing spontaneity, non-interference (wu wei), and alignment with natural processes. Directly relevant to Hui’s argument that Chinese traditions preserved cosmological embedding of technique. Offers philosophical resources for thinking technology non-instrumentally.

Confucius. The Analects. Trans. David Hinton, Counterpoint Press, 2014.

Foundational Confucian text emphasizing relational ethics, ritual propriety (li), and moral cultivation. Relevant to understanding how Chinese traditions embedded technique within moral and cosmological orders. Shows non-Western philosophy’s sophistication regarding social organization and practice.

Al-Ghazali. The Incoherence of the Philosophers (Tahafut al-Falasifa) Trans. and ed. Michael E. Marmura, Brigham Young University Press, 1997.

Medieval Islamic philosopher’s critique of Greek rationalism. Defends God’s absolute freedom against deterministic Aristotelian logic. Relevant to Hui’s argument about epistemological incommensurability and impossibility of single rational framework. Shows Islamic tradition as sophisticated philosophical alternative to Western reason.

Nanananda, Bhikkhu. The Magic of the Mind: A Practical Guide to Dhamma Practice. Buddhist Publication Society, 2001.

Buddhist philosophical and practical framework for understanding consciousness and causation. Offers non-Western epistemology grounded in direct experience rather than abstract rationalism. Relevant to Hui’s insistence on plural knowledge systems with equal legitimacy.

GOVERNANCE, POLITICS, AND INSTITUTIONAL THEORY

Schmitt, Carl. The Concept of the Political. Trans. George Schwab, University of Chicago Press, 1996.

Hui engages Schmitt’s concept of Großraum (great space) to show limits of centralized geopolitical ordering. Schmitt’s friend-enemy distinction and sovereign decision-making presume capacities no longer available. Understanding Schmitt illuminates what Hui means by exhaustion of modern political frameworks.

Ostrom, Elinor. Governing the Commons: The Evolution of Institutions for Collective Action. Cambridge University Press, 1990.

Pioneering research on non-state governance of shared resources. Shows alternatives to both state control and market commodification. Relevant to Hui’s argument that alternative cosmotechnical orders require new institutional forms emerging from practice, not theoretical design.

Graeber, David and David Wengrow. The Dawn of Everything: A New History of Humanity. Farrar, Straus and Giroux, 2021.

Recent work challenging linear historical narratives and Enlightenment assumptions about inevitable progress toward current institutions. Supports Hui’s argument that modernity’s eschatology is contingent choice, not inevitable trajectory. Shows plurality of viable social organizations across human history.

Lefebvre, Henri. The Production of Space. Trans. Donald Nicholson-Smith, Blackwell, 1991.

Theoretical framework for understanding how technology and capital structure spatial experience. Relevant to understanding how megamachines produce particular kinds of space and embodied experience. Useful for grasping cosmotechnics as spatially embodied.

CONTEMPORARY ECOLOGICAL AND SYSTEMS THINKING

Whyte, Kyle Powys. Indigenous Science, Philosophy, and World-Making. Oxford University Press, 2024.

Recent work on indigenous knowledge systems and their relevance to contemporary crises. Argues indigenous epistemologies offer sophisticated frameworks for understanding human-ecological relations. Directly supports Hui’s noodiversity concept and decolonization of technology.

Tsing, Anna. The Mushroom at the End of the World. Princeton University Press, 2015.

Ethnographic and theoretical work tracing how non-capitalist relations persist within capitalist systems. Shows possibility of partial, contingent worlds resisting total subsumption. Relevant to understanding how cosmotechnical alternatives might emerge and sustain themselves.

Danowski, Debbie and Eduardo Kohn. Is the World Out of Joint? Princeton University Press, 2020.

Philosophical inquiry into time, history, and planetary crisis. Questions whether linear temporality (essential to eschatological modernity) remains viable. Supports Hui’s diagnosis of modernity’s exhaustion and necessity of alternative temporal frameworks.

ECONOMIC AND FINANCIAL ALTERNATIVES

Harvey, David. The Limits to Capital. Verso, 2006.

Marxist analysis of capitalism’s structural dynamics. Complementary to Hui’s claim that capitalism functions as cosmotechnical order that colonizes all domains. Provides political economy perspective on why technological alternatives require economic transformation.

Graeber, David. Debt: The First 5,000 Years. Melville House, 2011.

Anthropological history of debt and exchange systems. Shows that capitalism’s market logic is not universal necessity but particular historical formation. Supports Hui’s argument that alternative economic and technological orders are possible.

Gibson-Graham, J.K. A Postcapitalist Politics. University of Minnesota Press, 2006.

Feminist interventions in economic theory, highlighting diverse economies existing within and against capitalism. Relevant to understanding how cosmotechnical alternatives emerge through practical experimentation rather than design. Shows economic plurality as reality, not utopian fantasy.

DIGITAL CULTURE AND INTERNET GOVERNANCE

Morozov, Evgeny. To Save Everything, Click Here. PublicAffairs, 2013.

Critique of technological solutionism in digital culture. Argues that framing all problems as solvable through technological innovation reflects cosmotechnical limitation, not universal rationality. Supports Hui’s position that technology must be subordinated to moral and cosmological orders.

Mansell, Robin. Imagining the Internet: Communication, Innovation, and Governance. Oxford University Press, 2012.

Analysis of how internet governance reflects particular choices that could have been otherwise. Shows that technological infrastructure embeds political and economic assumptions. Relevant to understanding internet as expression of particular cosmotechnical order.

Zuboff, Shoshana. In the Age of the Smart Machine. Basic Books, 1988.

Early work on how computerization transforms labor and organizational control. Shows technology as means of governance and epistemological ordering. Foundational for understanding capitalism’s use of technological infrastructure to colonize social domains.

CONSCIOUSNESS AND COSMOLOGY

Jung, C.G. The Structure and Dynamics of the Psyche. Trans. R.F.C. Hull, Princeton University Press, 1960.

Jungian psychology’s understanding of consciousness as embedded in cosmos. Offers alternative to Cartesian subject-object divide. Relevant to Hui’s effort to recover cosmological frameworks where humanity and technology remain embedded in larger orders.

Sheldrake, Rupert. The Science of Morphic Resonance. Park Street Press, 2009.

Controversial framework for understanding how forms and patterns propagate across systems. While scientifically contested, offers non-mechanistic thinking about causation and pattern. Relevant to understanding cosmotechnics as resonance between human practice and cosmic order.

ADDITIONAL RELEVANT KNOWLEDGE

Connections to Right-Brain Computing and Universal Heuristics

Hui’s cosmotechnical framework complements approaches to oscillatory and resonant computing systems. Where Hui argues for epistemological pluralism, oscillatory architectures propose computational substrates that operate according to principles of coherence, resonance, and phase-locking rather than Turing machine logic. This represents a cosmotechnical alternative—computational practice grounded in natural physical principles and electromagnetic phenomena rather than abstract formalism.

The integration of quaternionic mathematics with electromagnetic field theory (as explored in consciousness mapping) aligns with Hui’s insistence that technical systems remain embedded in cosmological orders. Quaternions, discovered by Hamilton as philosophical tool as much as mathematical instrument, offer way of representing rotation and transformation that preserves relationships and harmonic structure—cosmotechnically grounded mathematics.

Noodiversity and Fractal Governance

Hui’s concept of noodiversity resonates with fractal governance models that repeat principles across scales. If genuine plurality is possible only through epistemological respect for incommensurable systems, then governance architecture must accommodate diversity at every level—local, regional, continental, planetary—without presupposing unified framework. Fractal structures naturally exhibit this property: self-similar organization across scales while permitting local variation.

Coherence Engineering as Cosmotechnical Practice

The move toward coherence-based systems (whether in AI, governance, or physics) represents practical instantiation of cosmotechnical principles. Coherence requires resonance—alignment of phases, frequencies, intentions across components. This differs fundamentally from capitalist coordination, which operates through price signals and competitive extraction. Coherence engineering asks: what technical systems would emerge if grounded in principles of harmony, reciprocity, and mutual flourishing rather than efficiency and profit?

The Technological Self-Sufficiency Imperative

Hui’s argument about technological fragility and the necessity of local knowledge systems aligns with practical experimentation in technological self-sufficiency. Communities developing appropriate technology, regenerative agriculture informed by local ecology, and decentralized energy systems are not nostalgic primitivism but pragmatic responses to real systemic fragility. These represent emerging cosmotechnical orders grounded in particular places and traditions.

Epistemological Pluralism and Mathematical Frameworks

Hui’s insistence on epistemological incommensurability raises questions about mathematical language as universal or culturally particular. While mathematics appears universal, its conceptual foundations (Euclidean geometry, Boolean logic, set theory) embed particular philosophical commitments. Alternative mathematical frameworks (non-Euclidean geometries, fuzzy logics, topos theory) represent different epistemological commitments. This suggests possibilities for cosmotechnically grounded mathematics reflecting different traditions of thought.

AI and the Necessity of Wisdom Traditions

If Hui is correct that moral machines are impossible and that AI deployment cannot be purely technical decision, then AI development grounded in different wisdom traditions becomes not luxury but necessity. Chinese cosmological principles, Islamic jurisprudence, indigenous knowledge systems, and European philosophical traditions would generate radically different AI systems with different capabilities, limitations, and ethical orientations. This represents genuine cosmotechnical pluralism in AI development.

The Megamachine and Institutional Ossification

The locked-in nature of modern institutions (what Hui calls megamachines) suggests why conventional reform is ineffective. Institutions cannot easily escape the technical infrastructures they depend on and that depend on them. This implies that genuine alternatives emerge not through reforming existing institutions but through creating new ones from different epistemological and cosmotechnical foundations. Municipalism, cooperative movements, and indigenous sovereignty represent such emergent alternatives.

Planetary Coordination Without Global Governance

Hui’s concept of epistemological diplomacy addresses urgent practical question: how to coordinate responses to genuinely planetary problems (climate, pandemics, ecological collapse) without imposing single epistemological framework or creating new forms of colonialism. This requires what might be called “pragmatic pluralism”—agreement on specific problems and minimal protocols for coordination, while maintaining fundamental epistemological autonomy. Technical difficulty and political necessity align here.

The Fragility of Technological Universalism

Hui’s emphasis on contingency and fragility undermines Silicon Valley narratives of inevitable technological progress. Real-world examples—telecommunications failures, supply chain fragmentation, energy constraints, geopolitical fragmentation—show that global technological integration is contingent and fragile. This supports arguments for technological self-sufficiency and local resilience not as ideological preference but as pragmatic wisdom.

New Institutional Forms and Experimentation

The necessity of alternative cosmotechnical orders points toward institutional experimentation as crucial intellectual and practical work. How would governance look if grounded in different epistemological foundations? What institutions would emerge if designed from principles of coherence, reciprocity, and respect for diversity rather than efficiency and control? These questions move beyond theoretical philosophy into practical design and implementation.

Document prepared as synthesis of Yuk Hui’s “Techno-Diversities” essay with expanded frameworks and additional relevant knowledge sources. For continuous development and updates, consult Digital Milieu (digitalmilieu.net) and ongoing research networks in technology philosophy.