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Philosophical Thought
Reference:

Technosophy: methodological resources

Pluzhnikova Natalia Nikolaevna

ORCID: 0000-0002-4143-1216

PhD in Philosophy

Associate Professor; Department of Humanities; Moscow Polytechnic University

140050, Russia, Moscow region, village. Kraskovo, Shkolnaya str., 2/3, sq. 98

pluzhnikova@bk.ru
Other publications by this author
 

 
Saenko Natalya Ryafikovna

ORCID: 0000-0002-9422-064X

Doctor of Philosophy

Professor; Department of Humanities; Moscow Polytechnic University

Pavel Karchagin str., 22, Moscow, 107023, Russia

rilke@list.ru
Other publications by this author
 

 

DOI:

10.25136/2409-8728.2024.11.72159

EDN:

MELKQX

Received:

01-11-2024


Published:

28-11-2024


Abstract: The article, addressing the processes of technical and technological renewal and transformation of modern culture, comprehensively analyzes the phenomenon of the emergence of a new branch of socio-cultural and scientific-philosophical knowledge – technosophy. Special attention is paid to the research and purposeful study of the changes taking place in private and general scientific and philosophical methodology after the emergence of technosophy and its consolidation as an independent field of knowledge about the world of technology surrounding man. The subject of the research is technosophy as a new branch of modern scientific and philosophical knowledge. Given the relevance and degree of elaboration of the research topic, we point out that the main problem of the study lies in the lack of a holistic understanding of this industry, as well as the heuristic significance of the methodological resources used by it in understanding the existence of man, society and culture. The methodological and theoretical basis of the research was a scientific and theoretical analysis of the history of philosophical thought, dialectical principles of development, objectivity and a concrete historical approach, which are of the most important methodological importance in the study of technosophy. The study uses general scientific principles of cognition in their concretization in relation to the study of society, as well as a comparative method for the study of technosophy. Technosophy is considered as a set of ways and approaches to reveal the essence of the processes of interaction between the person himself and the objects of technology created by him. It is noted that the modern cultural and historical era, in terms of acquiring new features, is marked by a radical change in the overall role and purpose of technical devices in human life and society. The authors consider the processes of updating and transforming the traditional scientific and philosophical methodology of studying and analyzing the world of technology from the point of view of forming a new cultural axiology, searching for solutions to problems related to this process. The authors conclude that Modern man and humanity, tightly surrounded by the technosphere they created from all sides, are entering an era of radical revision and changes in all the basic parameters of optimizing their own existence. In this regard, technosophy can act as a new branch of scientific and philosophical knowledge, describing not only these changes, but also the thinking of modern man.


Keywords:

technic, technosophy, technology, human, society, culture, methodology, management, power, digitization

This article is automatically translated.

Introduction

The second half of the twentieth and the beginning of the twenty-first century were marked by an extremely accelerated growth and complexity of the technosphere surrounding man. During this period, the constantly expanding range of problems of interaction with the new reality itself becomes the object of close social, cultural, scientific, general philosophical reflection, within which whole areas of knowledge are gradually emerging, taking shape and consolidating, including technosophy.

The term "Technosophy" (technosophy, from the Greek. techne – "art", "craft" and Greek. Sophia – "wisdom", "skill" [1]) can be considered as a phenomenon designating in an individual's thinking a special cognitive-ontological structure – the structure of knowledge about the inner essence of the world of technology – phenomenology, processes, features, roles and functions, laws – in fact, a new ontology positioned as an independent object of social- cultural and scientific-philosophical reflection, theoretical study and subsequent practical implementation. M. N. Epstein, who actively introduces the concept of "technosophy" into philosophical discourse, writes: "Now we understand that technology is not steel and fuel oil, not "soulless", "oppressive" mechanisms, as they tell us childhood impressions of the industrial age. Technique is a thought and feeling that reign not only in our brain and body, but also propagate around us and between us at the speed of light or sound" [2, C. 775].

The cognitive, conceptual, terminological and categorical apparatus of technosophy can be represented as a conceptual and methodological dualism of one's own human attitude and the humanitarian dimension of a new, techno-technological and virtual-digital reality. As a result, the need to address existing problems, as well as to solve emerging issues in the world of technology, has determined the relevance of this study.

The purpose of the research is to study and comprehensively analyze existing and newly created methodological approaches to the study of the private and general phenomenology of the world of technology, the processes taking place inside this world, the disclosure and cognition of the meaningful side of its own laws of functioning in their specifically highlighted relation to man. The realization of this goal is impossible without the main object of research, which acts as one of these approaches – technosophy.

Research and discussion

The philosophical analysis of the term "technosophy" cannot be carried out exclusively as a process of purposeful cognition and disclosure of the essence of something specific (the world of technology [3]), but it represents a specifically human attitude to this process itself, a necessary part of which, in this regard, the method of cognition also becomes. In this regard, not only "technosophy" itself can be positioned as a new, independent branch of philosophy, but also the methodology of technosophy in connection with the same, it is impossible to deny the right to be presented in the form of a private cognitive or philosophical methodology. This is so, since the historical circumstances and causes of the emergence of "technosophy" in its modern form are such that within this new field of knowledge not only about the world of technology itself, but also about the place and role of man within this world, the theoretical problems of the development of this knowledge are inseparably connected with the solution of a number of specific and practical issues [4].

The need to develop and further practical approbation of the methodological resources of technosophy necessary to solve both theoretical and practical problems is currently determined by three interrelated aspects of changes, the nature of which, based on the modern features of human interaction with the world of technology, simply cannot be denied objectivity:

1. Changing the place and role of man in the world of technology [5].

2. Changing the purpose of technology and the technosphere in the human world [6].

3. The change in the general character of modern civilization, which is becoming more and more man-made [7].

The pragmatic nature of modern culture tries to channel possible approaches to the development of the methodological apparatus of modern technosophy, shifting the emphasis towards interpretations and understanding of the role of technology in the development of civilization as one of the most powerful adaptation tools created artificially. Not only the former reality surrounding a person and being changed through technology, but also the new virtual reality created by it, naturally lead to a dualism of the ontology of man and society, since within this newly created reality the ontological status of human existence definitely goes beyond the physical in its traditional sense, and receives a new, metaphysical dimension, quite definitely It is not related only to the former philosophical metaphysics of man in its traditional interpretations [8].

The latter thoroughly and purposefully forms a number of new requirements within the processes of creating certain methodological resources of modern technosophy, addressing the results of these processes. In this regard, modern technical devices and equipment have ceased to be just a "tool for adapting" a person to the new realities of his own being, now trying more and more actively on the role of new means of explicating human essence into the multiplying spaces of the modern technosphere, on the one hand, as well as knowledge of the world around a person and his previously hidden, deep features through such methods, the implementation of which would be impossible without the participation of modern technology, on the other hand. Within the modern philosophy of technology, both the range of directions of related research and the subsequent discourse of discussing their results are expanding precisely in connection with these fundamentally new views, which, first of all, indicates precisely the transition to the conceptualization and systematization of a number of previously disparate views, judgments, opinions and positions within the philosophical and epistemological tradition.

In this regard, modern technosophy, together with its own methodology being created, becomes a natural result of the reaction of traditional philosophical thought to those actual changes not only in relation to the study of the world of technology (cognitive ontology), but also in the human gnosis of rethinking a new role and a new purpose of the world, which has long gone far ahead of the initial mechanistic and early positivist interpretations techniques as a means of defining skills and significant human experience in transforming the external world based on the forces of nature and its laws used by technical devices [8],[9].

In modern technology, to a much greater extent, a variety of human knowledge is "objectified" in one way or another, and it is precisely the very knowledge that arises in the modern world after the commission of increasingly fundamental scientific discoveries. This fundamental change in the nature of the technosphere within the framework of the modern culture of post-industrial society increasingly translates the newly created elements of the technosphere from the category of mechanical devices and devices to the category of a tool for the application, development and improvement of human intelligence [10].

Modern society can be defined as a society of transition from technology to "technology technology". Technology is becoming a crucial and fundamental characteristic of society, through the study of which it is possible to determine the complex human attitude towards technology itself. In particular, the phenomenon of rationalization and ordering of human behavior. To study these aspects, one can turn to the views of such theorists of science as E. Biglehol [11], L. Bernard [12], M. Crozier [13], D. Fried [14], L. Goodman [15] The work of J. The article "Presence in the Modern World" contains an up-to-date criticism of the progress of technology in Western society and the consequences of the technologization of life. The author points out that the idea of "technique" as a technology or specific practices (primarily spiritual) came from the East. Such activity was interpreted, in particular, in Platonic thought, as an activity less significant than intellectual contemplation. Nevertheless, J. Ellul shows that the intellectual contribution of the ancient Greeks, the development of universal and abstract scientific laws, allowed a simple human action that turns a natural object into an artificial (technical) one to become a comprehensive paradigm of technology, technology and progress. The researcher points out that, admittedly, the machine enriched man as much as it changed him. The senses and organs of the machine multiplied the possibilities of human senses and organs, allowing man to penetrate into a new environment and opening up to him unknown types of freedom and slavery. Thus, man was freed from physical limitations, but even more so he became a slave to abstract limitations. He acts through intermediaries and, therefore, has lost contact with reality. Man, as a worker, has lost touch with the primary element of life and the environment, the main material from which he does what he does. He no longer knows wood, iron, or wool. He's only familiar with the car. His ability to become a mechanic replaced his knowledge of his material; this development caused profound mental transformations, which, of course, we still have to overestimate [16].

It can be said that in the course of the development of human history, technology and technology as a whole have transformed from "just" practical applications into a rationalization of human existence, it is difficult to connect the meanings and goals of action and thinking. Despite the fact that Plato belittled techne, he provided the means by which technological practices could be abstracted and rationalized, making possible "methods of technology" [17, p. 3].

The result of thinking about technology was technical rationality, which began its formation as a broader social, political and economic paradigm before the 18th century, transforming the structure and purpose of the disciplines of science, engineering, politics, economics and education. The goal of each sphere was the technically rationalized deployment of the means of production of goods to achieve the goals of efficient production and socio-economic progress. Simple "technical methods" of influencing the world have become "technical phenomena", articulated as central to the current development of a progressive society. As such, the technology sector has acquired a certain "self-legitimizing presence."

Moreover, the value and status of technical phenomena rested on the legitimacy of technical experimentation and classification. The very practice of developing new technologies was an articulation of technological value – a technological epistemology arose in which one needs to know how to influence the world by resorting to technical rationalization [18].

Not understanding what the rule of technology does to him and to the world, modern man is gripped by anxiety and a sense of insecurity. He is trying to adapt to changes that he cannot understand. The conflict of propaganda replaces the debate about ideas. Technology silences ideas that question its rule and filters out for public discussion only those ideas that are largely consistent with the values created by the technical civilization. Social criticism is denied because there is only limited access to the technical means necessary to reach a large number of people. J. Ellul writes that "in a world where technology demands the maximum from people, this maximum cannot be achieved, maintained or surpassed — as is sometimes required — except with the help of the will, which is always stable and tense. Man by nature does not have such a will. He is by no means prepared by nature for such an exalted state, and if sometimes he reaches it naturally, then the exaltation lasts only a few moments. However, it should be extended. It is necessary to create psychological conditions that would allow an individual to give all his strength to war (or peace) and resist prostration and despondency in the face of the terrible living conditions into which technology has driven him" [18].

One of the confirmations of the objective nature of such changes in the modern world is that the modes of control and operator work with modern technology are becoming more intelligent for a person and require less physical and mechanical effort from him. In addition, the balance between the number of technical devices for ensuring human interaction with physical reality and the number of the same ones operating with virtual, digital reality is progressively shifting towards the latter. This can only mean one thing: modern technology works less and less with matter, with matter – and more and more operates with "numbers" and with information. I. G. Fichte, who once proclaimed in "Science Studies" that there is actually mediation between "I" and "Not-I" in the form of synthesis of the first with the second, apparently, he did not predict that after only a couple of centuries this synthesis would begin to acquire a distinctly technical, and even technologized character [19].

However, the same influence extends to the emerging methodology of modern technosophy, which, paradoxically, is most facilitated by man himself. The former main purpose of technology as a means of ridding a person of heavy muscular, mainly monotonous labor is increasingly becoming a thing of the past, while modern scientific and technical equipment is noticeably and definitely reoriented to meet the new spiritual needs of the individual and society, which the latest technical devices themselves form, and this cannot but have an impact on practical the methodology of technosophy.

First of all, this refers to the methodological support of the process of human interaction through the latest technical devices with digital and virtual models and images of the world surrounding modern man. The depth and scale of this influence are now such that it begins to reshape and shuffle the descriptive and regulatory (legal [20]) aspects of possible forms of professional activity of an individual within the rapidly technologizing space of modern social reality, and this is expressed in the disappearance of some professions from the list of necessary for society, the appearance of new (often fundamentally new) ones instead of deactivated ones [20]) professions and in changing the actual operational and functional content of the third. The profound reform of the educational system of society in the direction of expanding opportunities for continuous professional improvement and retraining to another professional field only confirms the reality and relevance of all these changes [20].

The other side of the technical and technological renewal of the world surrounding modern man turns out to be even deeper in content, namely, one of the most noticeable processes in modern culture - the process of globalization in the field of organizing information exchange and establishing contacts between all interested parties – is expressed in the emergence of such informational and synthetic (techno–biological [19]) by nature phenomena such as "collective intelligence", "self-organizing neural network", "artificial intelligence", "neurospace of modern society", "neurocosm of the modern individual", "development programming", "algorithmization of human existence", etc. [19]. "Technosophy studies how technology responds to the spiritual needs of a person, and at the same time creates new spiritual aspirations, opens the way to the creation of a collective mind, a neurocosm and a neurosocium..." [2, p. 775].

Conclusion

Thus, we can conclude that modern man and humanity, tightly surrounded by the technosphere they created from all sides, are entering an era of radical revision and changes in all the basic parameters of optimizing their own existence. In this regard, technosophy can act as a new branch of scientific and philosophical knowledge, describing not only these changes, but also the thinking of modern man.

However, human culture cannot exist without its own axiology, in relation to which all the most recently oriented technical changes leave the most unresolved questions, neither methodologically nor meaningfully. First of all, it concerns the spiritual dimension of this rapidly transforming and retreating new cultural axiology.

It is not only man himself who constantly balances between the "natural" and the "technical" – his entire culture, of which he is the subject and object, is also desperately balancing. This non-pathological and massive ambivalence is increasingly becoming one of the most striking and paradoxical features of human existence in the universe of modern culture.

The processes, the results of which are all these new phenomena, cannot be carried out on the basis of the old, "traditional" methodology. Society and civilization in their modern form have already gone beyond the purely anthropological and social descriptions and moderation of their own historical development, since the latter is increasingly beginning to be determined and adjusted by technology.

In this regard, technology forms its own ontological space filled with cognitive meanings, its own technosphere, the understanding of which goes beyond the limits of classical methodology, in which technology was considered exclusively as the sphere of "post-existence" of a person, as something derivative and dependent on a person. The technosphere has become an effect of the evolution of human thinking structures and can be considered today as alienated from his thinking, therefore it requires a new research methodology based on the formulation of the phenomenon of technology in the center of scientific and philosophical analysis.

Not only existing next to man, but also gradually expanding the space of this existence, the modern technosphere is increasingly beginning to accustom its creator to its own laws, to its own logic, to its own forms of interaction with it, and to its "technical" language, which internally differs from the grammar and vocabulary of the former "traditional" language methodologies. Technology insists on using a programming language, including here, in this case, far-reaching consequences arise from this in terms of the necessary correction of the prospects for human development and civilization. This program can be preserved, but only under one condition – a person "in its pure form" ceases to be the exclusive goal of this development, because he must be replaced by a person who is variously technically mediated, "technologized" [19],[20]. Thus, since the issues and problems of development cannot be "canceled", the specified program will remain, but it must be reprogrammed, and reprogrammed in two ways – both meaningfully and methodologically, precisely so that in the future it can be implemented practically.

The created methodological resources of technosophy should preserve the character of the main object of its research in all its objectively determined complexity and heterogeneity, namely, they should meet the requirements of multidimensionality, multimodality, and interdisciplinarity [19]. Modern man and humanity, tightly surrounded by the technosphere they have created from all sides, are entering an era of radical revision and changes in all the basic parameters of optimizing their own being, which is gaining an increasing number of measurements directly or indirectly related to the technique [21]. For example, modern man no longer has the opportunity to neglect the indicators of design, ergonomics, and technical efficiency, which are increasingly closely associated with him and mediated by his joint humanitarian and technical existence. Progress in this area is incredibly rapid, but for its analysis a new methodological position is needed, taking into account the needs of modern man and the features of thinking changing under the influence of technology. Technosophy stands today as such a methodological position that includes the sphere of knowledge and the essence of the world of technology (cognitive-ontological).

References
1. Kurzweil, R. (1999). The Age of Spiritual Machines. New York: Penguin Books.
2. Epstein, M. N. (2004). Technosophy and other «sophias». In: Epstein M. N. Space sign: on the future of the humanities. Moskva: Novoe Literaturnoe Obozrenie.
3. Epstein, М. (2001). Debut de Siecle, or From Post- to Proto-. Manifesto of the New Century. Znamya, 5. Retrived from https://znamlit.ru/publication.php?id=1435
4. Lazarevich, A.A. (2019). From Technoscience to Technosophy: Outlines of the New Humanities. Designing the Future. Problems of Digital Reality: Proceedings of the 2nd International Conference (February 7-8, 2019, Moscow). Pp. 42-50. Moskva: Keldysh Institute of Applied Mathematics, 2019.
 

5. Avdulov, A. N. (1998). 2000. 04. 001. Koatec J. Prospects of technology for the next 25 years: opportunities and risks. Coates J. The next twenty-five years of technology: opportunities and risk. 21st century technologies: promises and perils of dynamic future. Pp. 33-46. P.: OECD.
6. Kovalchuk, M. V., Naraykin, O. S. & Yatsishina E. B. (2013). Convergence of sciences and technologies – a new stage of scientific and technological development. Questions of Philosophy, 3, 3-11.
7. Kudrin, B. I. (1998). Technetics: a new paradigm of the philosophy of technology (the third scientific picture of the world). Tomsk: Tomsk University Press.
8. Ellule, J. (1986). La Revolution l’autre. Le gal techologique nouveau avec le Monde. Pp. 147-152. Moskva: Progress.
9. Glozman, A.B. (2010). Technology, technetics and bioevolution. Bulletin of the Moscow University, Series, 7, 5. Pp. 83-103.
10. Yudin, B.G. (2010). Science in the knowledge society. Questions of philosophy, 8, 45-57.
11. Beaglehole, E. (1955). Evaluation Techniques for Induced Technological Change. International Social Science Bulletin, 3, 376-386.
12. Bernard, L. (2023). Invention and Social Progress. American Journal of Sociology, 29, 1-33.
13. Crozier, M. (1952). La Civilisation technique. Les Temps modernes, 76, 1497. Retrived from https://theanarchistlibrary.org/library/jacques-ellul-the-technological-system
14. Fried, J, H. E. (2005). The Social and Economic Role of Technicians. International Labour Review, 55, 512-537.
15. Goodman, L. (1957) Man and Automation. Harmondsworth, England: Penguin Books.
16. Ellul, J. (1948). Présence au monde moderne. Geneva: Roulet. Retrived from ttps://archive.org/details/presenceofkingdo0000ellu_i1p2/page/n7/mode/2up
17. Semal, L. (2014). Bernard Charbonneau et Jacques Ellul, Nous sommes des révolutionnaires malgré nous. Retrived from https://doi.org/10.4000/developpementdurable.11313
18. Jaspers, K. (1986). Modern technology. Translation into Russian: M. I. Levina. New technocratic wave in the West. Collection of articles. Retrived from https://gtmarket.ru/library/articles/6331
19. Epstein, M. (2009). Technology-religion-humanism. Questions of Philosophy, 12, 19-29.
20. Denisova, T.T. (2019). From the philosophy of technology to technosophy. Russian Studies in Culture and Society, 6, 34-44.
21. Samuelson, P. (1991). Economics, an Introductory Analysis. New York: McGraw-Hill Book Co.

First Peer Review

Peer reviewers' evaluations remain confidential and are not disclosed to the public. Only external reviews, authorized for publication by the article's author(s), are made public. Typically, these final reviews are conducted after the manuscript's revision. Adhering to our double-blind review policy, the reviewer's identity is kept confidential.
The list of publisher reviewers can be found here.

The reviewed material is a reflection in which the author seeks to justify the expediency of using the term "technosophy" in modern philosophical knowledge. This term, the author believes, is convenient because it indicates not only the development of technology in its "material embodiment" and the corresponding changes in human life and society, but also changes in human perception and psychology, changes in the conditions of his thinking, spiritual life. From the reviewer's point of view, the approach proposed by the author, emphasizing the need for a holistic understanding of the technosphere and the importance of analyzing subject-object relations in this area, can be assessed as interesting and promising. The article, judging by its title, is generalizing in nature, and most of the text corresponds to this genre of scientific narrative. However, the generalizing nature of the text, designed for a wide audience, does not at all imply the need to cite many well-known facts and trivial considerations. A generalizing article should also carry a research, analytical "charge" capable of forming a similar mood in the reader. Unfortunately, the analytical component is poorly expressed in the text, and overcoming this disadvantage should begin with removing redundant information from the text, which is well known even to non-specialists. For example, why does the author return to the etymology of "technosophy" several times, especially since he does it extremely clumsily? Why say that this is a "linguistic phenomenon that designates an individual in thought and speech, etc."? A scientist is decorated not by the abundance of "learned words", but by the appropriateness of using each word, and it does not matter whether it is "learned" or the simplest. And here we are waiting for both a "difficult-borrowed term" (?), and "from two ancient roots of words", etc. How can "roots" be "not ancient"? All the "roots" are ancient! Or: "technique, or technical rationality" – is it really the same thing?! Such redundant remarks, which produce an omic effect, are superimposed with artificially complicated syntax, which the author does not always cope with, a lot of typos and "stylistic marriage" ("decades of the XXI century", "culture of no humanity", etc.). As a result, it seems that the author hides abstraction behind an abundance of words, According to the reviewer, the "undevelopment" of the correct idea that gave rise to his reflections is the idea of the need for a comprehensive analysis of the evolution of technology in human society, which also involves taking into account the changes of the person himself, creating this technique and interacting with it. The volume of the reviewed article is small (0.5 a.l.), and if you remove non-objective expressions that only obscure the original idea ("... purely anthropological and social descriptions and moderation of one's own historical development ...", etc.), then enough space will be freed up for its more detailed development and concretization. Unfortunately, the article does not yet have either an introduction or a conclusion, it is not structured, the plot (due to the noted features of the presentation) is poorly viewed. Nevertheless, the presented material has good prospects for publication in a scientific journal, but for this it must be thoroughly revised, including the text must be carefully edited, punctuation and stylistics must be brought into line with the norms of scientific speech. I recommend sending the article for revision.

Second Peer Review

Peer reviewers' evaluations remain confidential and are not disclosed to the public. Only external reviews, authorized for publication by the article's author(s), are made public. Typically, these final reviews are conducted after the manuscript's revision. Adhering to our double-blind review policy, the reviewer's identity is kept confidential.
The list of publisher reviewers can be found here.

In the peer–reviewed article "Technosophy methodological resources", the subject of research is technosophy as a methodological approach to the study of the technosphere surrounding man. The purpose of the research is to study and comprehensively analyze both existing and new methodological approaches to the study of the private and general phenomenology of the technical world, as well as the processes taking place inside this world, with an emphasis on the disclosure and understanding of the content of its functional laws in their specific relation to humans. The methodological foundation for this work is the concept of "technosophy" proposed by M. N. Epstein, which examines the philosophical and methodological aspects of this interaction between technology, man and society. Technosophy addresses issues related to changes in consciousness and culture caused by man-made processes. The main method of research was the philosophical analysis of the term "technosophy". The relevance of the article's problems is determined by the need to understand our place in the rapidly changing technological world. And here we can agree with the author that the need for the development and practical application of methodological resources of technosophy, which will help solve both theoretical and practical problems, is currently due to three interrelated aspects of change: 1) a change in the position and role of man in the technical world; 2) a change in the purpose of technology and the technosphere in human life; 3) a change in the general nature of modern civilization, which is becoming more man-made. The following reasoned statements can be recognized as the novelty of the work. 1. In conditions when modern man enters the era of radical revision and changes in the basic parameters of "technologized" existence, technosophy can act as a new branch of scientific and philosophical knowledge, describing not only these changes, but also the ways of thinking of modern man. 2. Society in its modern form has already gone beyond the purely anthropological and social descriptions and moderation of its own historical development, since this development is increasingly determined and adjusted by technological factors. 3. The technosphere has become the result of the evolution of human thought structures, but even today it can be considered as something alienated from his consciousness. The technosphere not only exists next to man, but also more and more actively prepares its creator for the perception of its own laws, logic, forms of interaction and "technical" language. The scientific article meets the requirements for the level of scientific work of this kind, and generally demonstrates a high scientific and methodological level. The bibliography includes 20 sources and consists mainly of publications that highlight various aspects of the relationship between man, society and technology, as well as the process of understanding these relationships. In general, there is an appeal to the opponents. Thus, the reviewed article is of interest to specialists in the field of philosophy of technology, philosophy of cognition and philosophy of man. The article "Technosophy methodological resources" has scientific and theoretical significance. The work can be published after bringing the list of references into compliance with the design requirements (GOST 7.1-2003 / GOST 7.0.5-2008).