Dosi Nature of Technologies Part II
Continuing on with our review of Professor Dosi's most recent paper. "On the nature of technologies: knowledge, procedures, artifacts, and production inputs." In our previous post we focused on specialization and the division of labor. How we stand on the shoulders of several generations of giants, and as an industry we are metaphorically traveling at a high rate of speed and altitude. The problem is that's not efficient enough. Any misstep, like what the bank managers orchestrated on their industry, could be detrimental to society, organizations and people. And how unlike the banking industry, now is the time for the oil and gas leadership to ensure they have options and alternatives, like the one People, Ideas & Objects is offering. And now is the time to fund these developments.
In this second installment of our review, Professor Dosi discusses technologies in more detail. How tacit knowledge is the key in enabling the technological advances and the role of science in the development of that knowledge. In this post I will continue to discuss the important role of having the Community of Independent Service Providers enable the technologies, and specifically the People, Ideas & Objects applications, with their design and tacit knowledge.
Innovating off of the science, the tacit knowledge and the application modules of the People, Ideas & Objects software is something that is necessary. Innovation is not the act of one individual but the acts of an entire industry. The focus and strength of the innovations are not guided by any one individual, but the general markets that make up the oil and gas industry. Concentrating these resources in this fashion is the work of the software. Generating the iterative developments of the sciences and innovation is the work of the people with the tacit knowledge.
3. Technologies as artifacts
Static interpretations of how oil and gas is produced are guide posts and not destinations. Traveling as we are, the speed and dynamic nature of what the industry is capable of is about to accelerate. I believe it will be the conflicts and contradictions that we face that will lead us to make the breakthroughs in both the science and innovation in the industry.
Dynamically, innovation can be fruitfully studied in terms of modifications and improvements of the performance characteristics of each component and of the system as a whole. In fact, bottlenecks and ‘imbalances’ in the functionalities within products and systems have been identified as important ‘focusing devices’, as Nathan Rosenberg put it, driving technological advances (see Rosenberg, 1976, and Hughes, 1989 on the ‘reverse salient’ pushing technological advances).2 The dynamics of both ‘incremental’ change and more radical ruptures in the structure and functionalities of artifacts are precisely, as we shall see, two central concerns of evolutionary theories of innovation. p. 175Those with advanced educations will see these are the standard methods used in the development of sciences for the past 2400 years.
4. The underlying knowledge bases
What is known in oil and gas, and what is discovered moves remarkably quickly. Information within the geological sciences or engineering disciplines travels between companies faster then within the companies themselves. This understanding was provided to us by Dosi in his 1988 "Source, Procedures and Micro-economic Effects of Innovation", the primary research document of the Preliminary Research Report.
In fact, important advances have been made over the last quarter of a century in the identification across different technologies of (i) the characteristics of such knowledge—e.g. to what extent is it codified in the ‘recipes’ themselves or openly available in the relevant professional communities or, conversely, to what extent is it embodied in the tacit skills of the actors themselves—and (ii) its sources. p. 175This is intuitively understood as geologists better understand the implications involved in geological discovery then organizations with non-geologists employed. The same can be stated for any profession and would also include the administrative groups involved in the industry. The tacit knowledge held by these individuals is not organization specific.
Tacitness refers to the inability by the actor(s) implicated, or even by sophisticated observers, to explicitly articulate the sequences of procedures by which ‘things are done’, problems are solved, behavioural patterns are formed, etc. (see Dosi et al., 2005 and references therein; Nelson and Winter, 1982, especially chapter 4; Polanyi, 1967). In a nutshell, tacitness is a measure of the degree to which ‘we know more than we can tell’. In terms of the recipe story, tacit knowledge is precisely what is not (or sometimes cannot even in principle be) codified within the recipe itself, but—as in the earlier example of the cake—remains in the mind (or better in the practice) of grandmother and is transmitted more by example than by instruction. p. 176Professor Dosi gets to the heart of the problem at hand. How do we unleash this dynamic potential? How is it organized? Where does the bureaucracy, with it's forms and budgets, fit in? Is the Joint Operating Committee better able to focus and tap these resources to greater effect?
In turn, the different degrees of tacitness of particular bodies of knowledge and the dynamics of knowledge codification have manifold implications for patterns of innovation, the division of labour and the presence/absence of ‘markets for technology’ (cf. Arora et al., 2001; Dosi et al., 2008B). p. 176It is with these considerations that the Draft Specification was designed to address. These are the issues that we face and these are the opportunities. This next quotation of Professor Dosi's captures his brilliance in the area of innovation and why it is so applicable to oil and gas.
Regarding the sources of technological knowledge, nowadays a good deal of ‘economically useful’ technological knowledge is mastered by business firms, which even undertake, in some developed countries, a small but not negligible portion of the efforts aimed at a more speculative understandings of the physical, chemical, biological properties of our world (i.e., they also undertake ‘basic science’). Most often knowledge internally generated by the firms is complemented by knowledge emanating from external institutions such as universities and public laboratories and from other industrial actors such as suppliers and customers (see the discussion in Dosi, 1988; Freeman, 1994; Klevorick et al., 1995). p. 176Add to this the knowledge emanating from partners represented in the Joint Operating Committee and I think we begin to see how it is that the oil and gas industry can approach the problems that it faces. The Arctic, off-shore, tar-sands, logistical, financial and political all become approachable. Is it any surprise that no pipeline for Alaska or Arctic gas is currently being built?
The reconstruction of the diverse institutional origins of novel learning opportunities helps in going beyond a first, very rough, representation of ‘endogenous’ versus ‘exogenous’ technical progress and, second, but equally importantly, it also helps in identifying inter-sectoral and inter-technological differences in the drivers of innovation. p. 176Or in other words, innovation does have an office. If your an enlightened producer, an oil and gas investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.
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