Philosophers Argue Innovation Is Not Just Utility but a Moral and Ontological Act

A new paper argues that innovation has been reduced to a narrow economic calculation, and that philosophy of technology offers a way to rethink what inventing actually means. Writing in the journal Ethics and Society, Himani Kaushik challenges what the paper calls the dominant utilitarian paradigm of innovation, which measures technological development mainly through patentability, profitability, and efficiency. Drawing on philosophers including Martin Heidegger, Jacques Ellul, Andrew Feenberg, Don Ihde, and Bernard Stiegler, the author contends that innovation should be understood as an ethical and ontological endeavor rather than merely a technical or financial one.

The paper’s starting point is the twenty-first-century knowledge economy, which treats innovation as the cornerstone of progress, prosperity, and global influence. Governments, industries, and universities invest enormous resources in research and development on the assumption that more innovation always yields better social outcomes. According to the author, this technical optimism obscures deeper philosophical questions: what innovation actually is, who defines its goals, and what its wide-ranging consequences are. Large-scale discourse, the paper argues, often adopts an instrumentalist attitude, portraying innovation as a morally neutral force that enhances efficiency and productivity, while failing to account for the historical, cultural, and normative structures underlying technological practice.

Each philosopher in the paper’s framework contributes a distinct critique. Heidegger’s analysis of modern technology warns against viewing the world as a calculable “standing reserve” of resources, and he instead calls for meditative thinking that recovers technology’s capacity to reveal meaning rather than subjugate nature. Ellul describes the autonomous momentum of technological systems that follow their own internal logic, stripping innovation of moral consideration and making it seem inevitable. Feenberg’s concept of democratic rationalization maintains that technological advancement is socially constructed and can be redirected through inclusive, participatory processes that prioritize justice and human agency. Ihde’s post-phenomenological approach emphasizes how technologies actively mediate human-world relations, calling for design practices sensitive to the variability and interpretive aspects of technology use. Stiegler highlights the psychological effects of innovation under algorithmic capitalism, identifying a crisis of what he terms symbolic misery and advocating an economy of contribution that promotes care, creativity, and collective memory.

The paper applies this philosophical lens most concretely to patent law. Modern patent systems rest on the principle that innovation must be new, practical, and useful in industry, granting inventors exclusive rights in exchange for public disclosure. The author argues that this approach reduces innovation to quantifiable criteria, excluding ethical, environmental, and social concerns: if an invention is new, useful, and manufacturable, it receives legal protection regardless of its broader implications. This narrow focus, the paper contends, marginalizes valuable non-commercial forms of innovation, such as traditional knowledge, open-source software, and local environmental solutions, which may not fit standard patent criteria but offer significant social and environmental benefits.

Three landmark United States Supreme Court decisions serve as the paper’s central case studies. In Diamond v. Chakrabarty, decided in a narrow 5–4 ruling, the Court held that a living, artificially created microorganism—a genetically modified bacterium capable of breaking down crude oil—qualified as a “manufacture” or “composition of matter” under 35 U.S.C. §101 and was therefore patentable. The paper reads the Court’s assertion that “anything under the sun that is made by man” can be patented as echoing Heidegger’s concept of the standing reserve, in which things, including life, are treated as resources awaiting utilization.

In Association for Molecular Pathology v. Myriad Genetics, the Court determined that naturally occurring DNA sequences could not be patented, while complementary DNA created in a laboratory setting could be. Although the paper describes this ruling as a partial concession, it argues that the decision reaffirmed human intervention, rather than ethical considerations or social utility, as the pivotal factor for legal protection. In Mayo Collaborative Services v. Prometheus Laboratories, the Court rejected a patent on a diagnostic method relying on natural correlations between metabolite levels and drug effectiveness, holding that natural laws cannot be monopolized even when discovered through human effort. Yet the paper notes that this ruling was framed in procedural terms, focusing on the limits of Section 101 rather than examining the ethical implications of enclosing essential biological relationships.

Collectively, the paper argues, these decisions show patent law acting not as an impartial mechanism for documenting inventions but as an active shaper of what counts as innovation, who is entitled to it, and which fields of knowledge are worth pursuing. The author contends that by determining what constitutes an invention, patent law creates the environment for invention, ownership, and scientific research, fulfilling what the paper calls a world-making role—one that marginalizes epistemologies grounded in care, reciprocity, or relational ontology, such as those of indigenous and ecological traditions.

The critique extends globally through the World Trade Organization’s TRIPS Agreement. The paper characterizes TRIPS as a legal standardizer that introduces the instrumentalist principles of Western intellectual property systems, particularly those of the United States and the European Union, into the normative frameworks of the Global South. Its mandatory requirements for patentability, duration, and enforcement standardize a concept of innovation rooted in market utility and individual inventorship, leaving little room for knowledge held collectively within communities. Citing scholars including Chidi Oguamanam, Ruth Okediji, and Peter Drahos, the paper argues that this harmonization produces a form of “legal epistemicide,” erasing non-Western ways of knowing under the pretext of standardization, since documentation, technical terminology, and individual inventor recognition privilege formal scientific knowledge over oral traditions and community-preserved practices. Read through Heidegger’s concept of enframing, the paper suggests, TRIPS transforms diverse, context-specific ways of knowing into standardized, marketable intellectual property, rendering traditional ecological knowledge and collective practices philosophically unintelligible and legally invisible.

The paper also examines artificial intelligence, biotechnology, and platform economies as applied case studies. In artificial intelligence, it argues that issues of bias, accountability, and distributive justice are often overlooked while the focus remains on adaptation and automation, and it invokes Feenberg’s democratic rationalization to call for design methods that integrate public values into technical architecture. In biotechnology, gene-editing tools such as CRISPR are described as challenging the boundary between nature and culture, with Stiegler’s theory of pharmacology emphasizing the dual nature of innovation: genetic tools can both restore and control. Platform capitalism, exemplified by companies such as Uber and Amazon, is portrayed as a utilitarian innovation model driven by convenience, profitability, and efficiency that has also exacerbated labor insecurity, intensified monitoring, and reinforced algorithmic governance.

In response, the paper proposes a normative model for innovation governance grounded in ontological pluralism, ethical reflexivity, and democratic accountability. Its practical recommendations include interdisciplinary ethics panels comprising philosophers, social scientists, and community representatives; mandatory impact assessments evaluating how technologies mediate human experience; public co-creation mechanisms such as citizens’ assemblies and open innovation architectures; and educational reforms integrating philosophy of technology into STEM curricula through “technical humanities” programs. The paper further calls for ethical impact assessments for transformative technologies including artificial intelligence and gene editing, recognition of communities’ rights to innovation, and protection of the public domain from private appropriation. Framed as an interdisciplinary intervention for an era of global crises, the paper advocates a fundamental change in how society, policy, and law understand and govern innovation—moving, in the author’s words, from market-driven invention toward meaning-driven transformation.

Subject of Research: A philosophical critique of the utilitarian innovation paradigm, examining patent law, the TRIPS Agreement, and governance reforms grounded in philosophy of technology.

Article Title: Beyond Utility: Rethinking Innovation through the Lens of Philosophy of Technology

Article References: Kaushik, H. (2026). Beyond Utility: Rethinking Innovation through the Lens of Philosophy of Technology. Ethics and Society, 20(3), Article 26. https://doi.org/10.1007/s11569-025-00486-9

Image Credits: AI Generated

DOI: 10.1007/s11569-025-00486-9

Keywords: philosophy of technology, innovation, patent law, TRIPS Agreement, Heidegger, ethics, biotechnology, artificial intelligence, intellectual property, indigenous knowledge, democratic rationalization, platform capitalism