4.1. The Practices of Enhancement from the Perspective of Classical Islamic Philosophical Ethics (CIPE)
Transhumanist thinkers argue that enhancement practices aim at improving human capacities. They also seek to ground their views in ancient philosophy, suggesting that the enhancement of human capacities was already among the aims of philosophers such as Plato and Aristotle. In contrast, Susan B. Levin sharply criticizes the transhumanist ideal of enhancement and intervention in human nature, arguing that it is incompatible with ancient philosophical thought (
Levin 2021, pp. 9–42). Opposing Levin, Malanowski and Baima claim that transhumanist ideals are indeed rooted in ancient philosophy, particularly in Neoplatonism. In Neoplatonic thought, the idea of the transformation of the human being is central, and Malanowski and Baima interpret this as a form of “assimilationism,” which they relate to the transhumanist ideal of enhancement (
Malanowski and Baima 2022, pp. 653–55).
These discussions provide a fertile ground for understanding transhumanist claims, and the CIPE framework has its own significance within these debates. In her critical work, Levin argues that transhumanism cannot be reconciled with ancient philosophy because its underlying aim is to intervene in the natural order of existence (
Levin 2017, pp. 280–81). The central issue thus becomes whether enhancement practices truly aim at transforming human nature and, if so, whether such transformation is necessarily incompatible with ancient or classical philosophical conceptions of human nature.
From the perspective of CIPE, it is not possible to treat the transhumanist ideal of surpassing human nature through various technological means as entirely unproblematic or “safe” for its metaphysical structure. The criticisms raised by Levin against transhumanist practices are, to a significant extent, also applicable to a CIPE-based analysis. Transhumanists often regard intervention for the sake of enhancement as being as natural as biological evolution (
Sorgner 2021, p. 34). However, it is evident that transhumanist practices do involve intervention in the natural flow of existence; the key question, therefore, concerns how this intervention should be interpreted.
From the metaphysical standpoint of CIPE, enhancement practices (such as genetic and medical interventions) carry the risk of blurring the distinction between necessary and contingent being. For instance, if we consider a posthuman being who realizes the ideals of enhancement—such as extended longevity, continuous interaction with AI, or an enhanced genetic structure—one may ask whether such a being would challenge the distinction between contingency and necessity.
Within the CIPE framework, such a transhuman or posthuman being would still fall under the category of contingency oriented toward necessity. However, in any scenario, the transhuman or posthuman cannot be fully necessary, since, as established in CIPE metaphysics, divine necessity cannot be attained within the worldly realm and, in the formulations of al-Fārābī and Avicenna, extends beyond the entire created order.
For this reason, from the perspective of CIPE, the ideal of enhancement—understood as surpassing the limits of current human nature (
Cordeiro 2019, pp. 75–83;
Daniels 2021, p. 42)—is not in itself contradictory to its metaphysical structure. The more fundamental issue concerns the preservation of harmony and integrity in the enhanced being. As emphasized in the premises of CIPE, the concepts of harmony and integrity are central normative principles. If transhumanist enhancement cannot generate a new form of integrity and harmony, then a fundamental tension arises between transhumanism and CIPE. The most problematic aspect of transhumanism lies precisely in this point, since the transhumanist perspective tends to prioritize enhancement as an end in itself. From the standpoint of CIPE, unregulated enhancement may therefore lead to diverse and potentially destabilizing outcomes. Within this general and ambivalent framework, genetic intervention may be examined as a case study.
4.1.1. The Enhancement Through Genetic Intervention and the Premises of CIPE
Genetic enhancement, understood as the deliberate modification of the human genome in order to improve physical, cognitive, or psychological traits, has become one of the most influential domains of contemporary transhumanist discourse. Developments such as CRISPR-Cas9 gene-editing technology, proposals for germline modification, and philosophical defenses of enhancement (
Bostrom 2009, pp. 1–25;
Harris 2009, p. 154;
Savulescu 2009, pp. 135–216; for the genetic experiments on the animals see
Tang et al. 1999, pp. 63–69) articulate a vision in which human biological limits are no longer fixed but are instead technically revisable. The scope and limit of the enhancement practices are also discussed and the limited or weak type of pro-enhancement approaches are developed (
Brennan 2023, p. 245). When evaluated through the metaphysical and ethical framework of Classical Islamic Philosophical Ethics (CIPE), this phenomenon initially appears to challenge traditional assumptions about human nature. However, a more careful reading suggests that genetic enhancement can also be interpreted in a largely constructive manner, as an extension of human actualization rather than a rupture from the metaphysical order.
In this context, the metaphysical orientation of CIPE is primary. As noted, CIPE is grounded in Avicenna’s distinction between the Necessary Being (wājib al-wujūd) and contingent beings (mumkin al-wujūd). Human beings belong to the domain of contingency, meaning that their existence is dependent, caused, and inherently finite. However, contingency in this tradition does not imply static limitation; rather, it signifies structured openness within a graded metaphysical order oriented toward perfection and, ultimately, the imitation of the divine. Beings unfold through causal processes and move from potentiality to actuality. From this perspective, genetic intervention does not necessarily contradict metaphysical contingency.
From this standpoint, genetic enhancement practices such as gene therapy for hereditary diseases or embryo selection (
Savulescu 2009, pp. 216–35) aimed at eliminating severe genetic disorders may be interpreted in a positive light. These interventions, already present in contemporary medical genetics and reproductive technologies, do not alter the ontological status of human beings but rather refine the biological conditions under which human life unfolds. In this sense, CRISPR-based correction of genetic diseases such as sickle cell anemia or Huntington’s disease may be understood as the removal of impediments to the actualization of human capacities. Within CIPE, where perfection is defined through the progressive actualization of potentiality, such interventions can be interpreted as supporting rather than disrupting human nature.
However, counter-arguments against genetic intervention must also be considered (
Agar 2010, pp. 18–29;
Sandel 2007, pp. 46–47). For instance, Sandel, in his critique of transhumanism, offers influential examples that challenge overly optimistic readings. According to Sandel, enhancement practices threaten the “giftedness” and naturalness of life (
Sandel 2007, p. 83). Without proper regulation, transhumanist interventions may generate serious ethical problems. For example, one might consider a scenario in which hearing-impaired parents request genetic intervention to prevent their child from hearing, on the grounds that such a condition would better align with their lifestyle or conception of well-being. Such cases raise significant ethical concerns not only for critical approaches to transhumanist theory but also for the CIPE framework. Nevertheless, the principles of integrity and harmony retain the capacity to address these difficulties. In CIPE, harmony and integrity do not refer solely to the relation between soul and body; rather, they denote a broader harmony encompassing being and society as a whole. Accordingly, interventions that carry a high risk of disrupting this harmony become ethically problematic from a CIPE perspective.
The ethical anthropology of CIPE further reinforces this constructive interpretation. Although the tradition distinguishes between soul and body, it emphasizes their unity and harmonious interaction. The body is not a dispensable substrate but a necessary condition for intellectual and moral development. Accordingly, genetic enhancement aimed at improving bodily health or cognitive stability may be seen as contributing to this harmony. Preventing congenital neurological impairments or stabilizing genetic conditions that hinder cognitive development may create more favorable conditions for the perfection of the rational soul.
This becomes even clearer when considering the primacy of intellect (‘aql) within CIPE. Human perfection is defined by the actualization of intellectual capacities in both theoretical and practical dimensions. Genetic enhancement, particularly cognitive enhancement, is often criticized for reducing intelligence to measurable performance metrics. However, if carefully interpreted, it may also serve as a means of supporting intellectual development. For instance, genetic interventions that improve memory retention, reduce neurodevelopmental disorders, or enhance cognitive resilience may be understood as enabling conditions for the cultivation of wisdom (ḥikma), provided that they remain embedded within a broader—potentially reconfigured—ethical and educational framework. In this reading, enhancement does not replace wisdom but facilitates the conditions under which wisdom becomes more attainable.
The concept of happiness (saʿāda) in CIPE also allows for a constructive engagement with genetic enhancement. While transhumanist discourse sometimes reduces well-being to neurochemical optimization, CIPE understands happiness as the full actualization of intellectual and moral perfection, extending beyond material existence. Nevertheless, the reduction in suffering is not excluded from this framework. Genetic technologies that alleviate chronic pain, prevent severe psychiatric disorders, or eliminate debilitating hereditary conditions may be considered ethically positive insofar as they remove obstacles to intellectual and moral development. In this way, genetic enhancement contributes indirectly to happiness by stabilizing the conditions necessary for ethical and intellectual life.
The social dimension of CIPE further supports a conditional affirmative reading. Classical Islamic philosophers such as al-Fārābī and Ibn Miskawayh, as it is indicated, emphasize that human perfection is fundamentally social and that individual flourishing cannot be separated from collective harmony. Genetic enhancement, if regulated within a framework of distributive justice, may contribute to social well-being by reducing hereditary diseases and improving overall health outcomes. Public-health-oriented genetic interventions may enhance social cohesion by minimizing suffering and increasing shared capacities for intellectual and moral development. In this sense, enhancement technologies may serve the broader aim of social integration rather than fragmentation, provided that they are ethically governed.
In conclusion, genetic enhancement within the CIPE framework should not be understood primarily as a violation of human nature, but rather as a technologically mediated extension of human potentiality. When subordinated to intellectual development, moral cultivation, and social justice, it can be interpreted as a contemporary form of actualization within the metaphysical order articulated by al-Fārābī and Avicenna. Thus, while critical concerns remain regarding excessive or ideologically driven enhancement projects, a carefully constrained and ethically guided form of genetic intervention can be integrated into the CIPE conception of human perfection. Regulation is therefore essential in this context. Intervention is not entirely excluded within CIPE; rather, if it produces a new form of harmony and integrity consistent with its core principles, it may be regarded not only as permissible but also as normatively supported. In parallel with genetic intervention, the issue of cyborgization likewise occupies a liminal position within the classical perspective.
4.1.2. The Enhancement Through Cyborgization and the Premises of CIPE
Cyborgization—the integration of human biological systems with mechanical, electronic, and computational technologies—has become one of the most significant developments within contemporary transhumanist discourse. In the work of thinkers such as Donna Haraway (A Cyborg Manifesto), Kevin Warwick’s experiments in neural interfacing, and contemporary brain–computer interface research inspired by projects such as Neuralink, the cyborg is presented not merely as a medical extension of the human body but as a reconfiguration of human embodiment itself (
Haraway 2010;
Warwick 2020, pp. 1–10). This trajectory suggests that perception, cognition, and action may become increasingly distributed across biological and artificial systems (
Clark 2003, pp. 83–85). When analyzed through the metaphysical and ethical framework of Classical Islamic Philosophical Ethics (CIPE), cyborgization emerges as a deeply ambivalent phenomenon that can be interpreted both critically and constructively, depending on how human nature, contingency, and intellectual perfection are understood.
Similar to genetic intervention, cyborgization must first be examined from the metaphysical standpoint of CIPE. From this perspective, human beings belong to the domain of contingency, meaning that their existence is dependent, mediated, and structurally finite. However, contingency in this tradition does not imply rigidity or immobility; rather, it denotes a graded and dynamic order of being in which entities move from potentiality to actuality through causal processes. Within this framework, cyborgization does not immediately constitute a metaphysical rupture. Instead, it raises the question of whether technologically mediated embodiment should be understood as a transformation of the ontological structure of human existence.
From a critical perspective, cyborgization appears to destabilize the classical CIPE understanding of the unity of human embodiment. In the CIPE tradition, the human being is not a collection of separable components but a unified substance in which soul (nafs) and body interact in a harmonious structure. The body is not an external instrument but a constitutive condition for the actualization of intellect (‘aql). Cyborgization, particularly in its more radical forms, introduces a hybrid structure in which biological organs are supplemented or partially replaced by mechanical and digital systems. Neural implants that extend memory capacity, prosthetic systems that directly interface with neural signals, or sensory augmentation devices that alter perception all contribute to a condition in which human embodiment becomes partially externalized and technologically distributed.
From this standpoint, a concern arises that cyborgization may fragment the integrated unity of human nature. If bodily functions and cognitive processes become increasingly dependent on external technological infrastructures, the human being risks becoming a composite system whose identity is no longer grounded in a unified natural form. In CIPE terms, this may weaken the classical understanding of human nature as a harmonized structure of faculties oriented toward intellectual actualization. The ethical risk here is not simply technological dependence, but the potential reconfiguration of the human being into a modular assemblage of biological and artificial components, thereby destabilizing the internal coherence of soul–body unity.
From a constructive perspective, however, cyborgization does not abolish contingency and harmony but rather intensifies them by expanding the domain of human interaction with material reality. The human being remains ontologically dependent, yet this dependence now includes technologically mediated forms of embodiment. Neural interfaces, sensory prosthetics, and cognitive augmentation systems can thus be interpreted as instruments that extend the scope of human engagement with the world, rather than as replacements for human nature itself.
The ethical anthropology of CIPE further clarifies this ambivalence. Although the tradition distinguishes between soul and body, it does not subordinate the body to a secondary ontological status. Instead, the body is regarded as a necessary condition for intellectual development. The rational soul requires embodied experience in order to actualize its capacities. Within this framework, cyborg technologies may be evaluated positively insofar as they contribute to the preservation, restoration, or enhancement of embodied functioning. For example, cochlear implants that restore hearing, advanced prosthetics that enable mobility, or neural devices that assist individuals with neurological impairments can be understood as ethically consistent with the CIPE emphasis on enabling the actualization of human faculties.
At the level of intellect (‘aql), cyborgization raises more complex questions. CIPE places intellect at the center of human perfection, particularly through its doctrine of conjunction with the active intellect (al-ʿaql al-fa‘‘āl). Human intellectual development is not merely quantitative but involves the cultivation of wisdom (ḥikma), which integrates theoretical understanding with practical judgment. A critical concern arises when cyborg systems begin to externalize cognitive processes such as memory, decision-making, or perception. If human cognition becomes heavily reliant on external systems, there is a risk that intellect is no longer actualized internally but instead outsourced to technological infrastructures.
Nevertheless, a more affirmative interpretation is possible if cyborg systems are understood as cognitive scaffolding rather than substitutes for intellect. Memory-enhancing neural devices, attention-regulating interfaces, or sensory augmentation technologies may be seen as supporting conditions that expand the range of intellectual engagement. In this sense, cyborgization contributes not to the replacement of intellect but to the expansion of its operational field. The key ethical distinction within CIPE is whether technology serves intellectual actualization or displaces it.
The concept of happiness (saʿāda) also provides an important evaluative dimension. In CIPE, happiness is not reducible to physical pleasure or functional efficiency but refers to the full actualization of intellectual and moral perfection. Cyborgization, when interpreted narrowly as enhancement of performance or sensory intensity, risks reducing happiness to technical optimization. However, when understood as the removal of bodily and cognitive impediments to intellectual and ethical development, it can be positively integrated into the CIPE framework. Technologies that reduce suffering, restore functionality, and enable more stable cognitive functioning may contribute indirectly to happiness by supporting the conditions necessary for intellectual and moral life.
The social dimension of CIPE further complicates the evaluation of cyborgization. Classical Islamic philosophers such as al-Fārābī and Ibn Miskawayh emphasize that human perfection is fundamentally social and that individual flourishing cannot be separated from collective harmony. Cyborg technologies, if unevenly distributed, may generate new forms of social inequality, producing divisions between technologically enhanced and non-enhanced individuals. Such stratification would directly challenge the CIPE principle of justice (ʿadāla). However, if cyborg technologies are governed within a framework of equitable distribution and public benefit, they may contribute positively to social welfare by reducing disability, enhancing education, and improving health outcomes.
When genetic intervention and cyborgization are considered in relation to the debates between Susan B. Levin, Sandel, and pro-transhumanist thinkers, it becomes clear that each position carries its own argumentative strength. For critics of transhumanism, human nature’s giftedness and the integrity of its natural unfolding are threatened by practices such as genetic intervention and cyborgization. For Levin, the analogy between technological enhancement and ancient techne is largely superficial (
Levin 2017, pp. 290–91). Moreover, the transhumanist effort to anchor enhancement in ancient thought remains questionable, given the metaphysical dependence of human beings on a transcendent order in classical philosophy. Nevertheless, even if transhumanism’s historical continuity with ancient thought is contested, the phenomenon of enhancement itself remains philosophically intelligible within ancient frameworks. If notions such as integrity and harmony are properly integrated into the analysis, enhancement practices may find a limited but meaningful place within ancient philosophical horizons, and by extension within CIPE.
In conclusion, cyborgization occupies a complex position within Classical Islamic Philosophical Ethics. From a critical standpoint, it raises concerns regarding the fragmentation of human unity, the externalization of intellect, and the risk of social inequality. From a constructive standpoint, however, it can be interpreted as a technologically mediated extension of human capacities oriented toward perfection, enabling the enhancement of embodied life and the expansion of intellectual capacities. The decisive factor in its ethical evaluation is not the technology itself, but the teleological orientation within which it is embedded. If cyborgization remains subordinated to CIPE principles of intellectual perfection, moral harmony, and social justice, it can be integrated into a broader ethical framework as a continuation of human actualization rather than a departure from human nature—even if these very concepts acquire new meanings in the process. In this sense, cyborgization occupies a position structurally similar to genetic intervention, although further and more complex practices, such as cryonics within the transhumanist agenda, raise additional challenges.
4.1.3. The Practice of Cryonics and the Premises of CIPE
Cryonics—understood as the practice of preserving legally deceased human bodies at extremely low temperatures in the hope of future revival through advanced medical or nanotechnological technologies—(
Bostrom 2005, pp. 12–14;
Minerva 2018, pp. 1–7) occupies a particularly distinctive position when analyzed through the metaphysical and ethical framework of Classical Islamic Philosophical Ethics (CIPE). In transhumanist literature, cryonics is presented as a rational extension of medicine: if death is a biological process, then it may eventually become reversible given sufficient technological advancement. This assumption places cryonics at the intersection of metaphysical speculation and medical optimism.
Within CIPE, however, the evaluation of cryonics depends on how one interprets the ontology of contingency (imkān) and the teleology of human life. At first glance, cryonics appears to challenge the traditional metaphysical boundary between life and death. In the CIPE framework, life is not merely biological functionality but the actualization of form within matter, ordered through divine causality. Death, therefore, is not simply a technical “problem” to be suspended, but a fundamental transition in the ontological structure of the human being. From this perspective, cryonics may be critically interpreted as an attempt to transform a metaphysical limit into a technical delay, thereby reframing death as a reversible state rather than an existential boundary inscribed within contingency.
However, a more constructive reading emerges when CIPE’s principles of graded causality and actualization are taken seriously. Human beings, as contingent entities, exist within a chain of natural causes. Medicine itself is already an intervention within natural processes of decay, aimed at preserving the conditions of life. From this standpoint, cryonics can be interpreted not as a denial of contingency but as an extreme extension of medical causality: a suspension technique aimed at preserving the bodily conditions necessary for possible future reactivation of life, should such causality become feasible. In this sense, cryonics resembles an expanded form of life-preserving medicine rather than a metaphysical rebellion against death.
This becomes clearer when it is connected to the CIPE emphasis on the unity of soul and body. While classical Islamic philosophy does not reduce the human being to bodily processes, it also does not treat the body as irrelevant. The body is a necessary condition for the actualization of soul, and thus its preservation is ethically meaningful insofar as it sustains the possibility of intellectual perfection. Cryonics, in this light, may be interpreted as a radical attempt to preserve the bodily substrate for the possible reactivation of intellectual life. If one accepts the transhumanist assumption that future technological progress may enable cellular repair and memory reconstruction, then cryonics functions as a temporal extension of bodily preservation, aligned with the broader medical aim of sustaining the conditions for rational life.
The ethical dimension of happiness (saʿāda) also provides a nuanced entry point. In CIPE, happiness is not mere biological survival but the full actualization of intellect and virtue. From a strict standpoint, cryonics does not contribute to happiness unless it ultimately results in restored intellectual and moral life. Nevertheless, it may still be positively evaluated as an expression of the desire to preserve the possibility of future perfection. In this sense, cryonics reflects a teleological orientation toward the continuity of being, which can be interpreted as an extension of the human aspiration toward perfection, even if its success remains speculative.
At the same time, CIPE introduces important critical boundaries. One concern is that cryonics may reinforce an illusion of controllability over metaphysical limits. By treating death as a reversible technical interruption, cryonics risks weakening the existential awareness of finitude that underpins ethical life in classical philosophy. If mortality is fully reframed as a solvable engineering problem, the orientation toward virtue and intellectual preparation for ultimate ends may be displaced by an indefinite postponement of existential responsibility. This would conflict with the CIPE emphasis on moderation (iʿtidāl) and proper orientation toward the Necessary Being, which grounds the meaning of contingency.
The social dimension further complicates the evaluation. Cryonics is currently an extremely unequal practice, accessible only to a small economic elite. From a CIPE perspective, this raises concerns regarding justice (ʿadāla), since the preservation of life becomes a privatized privilege rather than a shared good. If cryonics were ever to become socially integrated and medically validated, its ethical acceptability would depend on its incorporation into a just and accessible healthcare framework oriented toward collective flourishing rather than individual exceptionalism.
Despite these concerns, a cautiously affirmative interpretation remains possible within CIPE. Cryonics can be understood as an experimental extension of the human commitment to preserving the conditions of rational life. It represents a technological intensification of an ancient ethical impulse: the desire to sustain the bodily and cognitive conditions necessary for intellectual actualization. If strictly subordinated to ethical governance, metaphysical humility, and social justice, cryonics may be viewed not as an attempt to escape human nature, but as a speculative extension of medicine’s long-standing role in preserving the possibility of human flourishing.
In conclusion, cryonics occupies a liminal space between metaphysical transgression and medical continuity within CIPE. It becomes problematic when framed as a denial of contingency or an attempt to neutralize death as an existential boundary. However, it becomes partially intelligible—and in limited respects even ethically interpretable—when understood as an extension of secondary causality aimed at preserving the conditions for future intellectual and moral actualization. As with genetic enhancement and cyborgization, its ethical value ultimately depends on whether it remains anchored in the CIPE principles of intellectual perfection, ontological humility, and social justice. Moreover, the crucial issue is whether the premises of CIPE acquire new meanings in the scenario of a full realization of cryonics.
As these three ambivalent examples show, two central pillars of CIPE are how to interpret metaphysical contingency and how to understand harmony and integrity. It is possible to construct scenarios in which these pillars are either undermined or, conversely, preserved. Enhancement practices appear more intelligible within the metaphysical orientation of CIPE; however, the more pressing question—what happens if superintelligence assumes the role of human intelligence—remains unresolved. In the remainder of the paper, I will focus on the challenges of artificial intelligence in relation to the CIPE framework.