What would technological innovation look like if its goal wasn’t necessarily to make a profit?

Profit and Growth as an Aim

A simple question to ponder: What would technological innovation look like if its goal wasn’t necessarily to make a profit?

Well that presumes of course that the role of innovation is to boost the economy, which is certainly one of the claims made on many fronts.

I learned from reading the new book Responsibility Beyond Growth,  A Case For Responsible Stagnation, that the EU funds its innovation with the aim of producing economic growth within the region as part of its Innovation Union program. Innovation for growth! The aim is economic growth in terms of greater GDP across the union.

Which leads to questions about responsibility: Can innovation be responsible if it doesn’t work for economic growth? Can it be responsible if it would lead to a shrinking economy?

Well these seem like simple enough questions if we take them on face value, of course they can, but maybe not if they are funded by businesses or institutions whose aims are economic growth.

But then what about the question at the top, the question raised in the book, how would the innovation system differ if it wasn’t geared towards growth? How does innovation differ today that is not funded with these aims in mind?

Can we draw a comparison within single fields to look for similarities?

Medicine

There have long been arguments that technological developments in medicine have been driven by wealth generation. Malaria is often given as an example. One of the most damaging health issues in the world received around 3 billion US dollars a year for research, control and elimination, but this is less than the 5 billion deemed necessary to reach agreed milestones (We have to take these data on face value as I can’t guarantee they are correct).

Critics argue that this shortcoming is caused by the fact that treatment for malaria (new drugs) will not generate much profit for the global pharmaceutical industry.

If we compare this to some of the figures given for cancer treatment the figures are well over 100 billion per year. Cancer treatments are expensive and lucrative for the drug companies, so economic logic would lead them to investing more in research in this line than in others.

If we extend this thinking to global innovation then the question appears again, how would technology develop if it was decoupled from economics? Would more solutions be found for problems that are under-addressed because there is little profit in the solution (or even loss)?

It’s not such an abstract question if we think about open access publishing and the development of free software (UBUNTU as an example). Some argue that these programs are better than their more widespread cousins, precisely because they are developed by users and for users, not necessarily for shareholders. Could this become a broader argument?

The book I mentioned above goes into much greater detail. Check it out if you can.

Part 4, European Governance within Responsible Innovation

This week we take a look at Chapter 3 of the book Responsible Innovation, a Narrative Approach, that you can download here.

The European Commission Approach

The European Commission has its own take on responsible innovation (RI) and its own acronym. In these circles the term RRI is used, standing for Responsible Research and Innovation, reflecting the use of the concept within its research funding mechanisms. This terminology has been in use since (about) 2011, and since then RRI has become a cross-cutting issue in the most recent calls for research funding after steadily growing in importance.

For those who may not know, the European commission funds research throughout and beyond Europe, publishing calls for project proposals that fit within different categories. This fits within a policy of promoting innovation as an economic driver, following the line that innovation will bring jobs and economic growth.

The RRI inclusion brings in the idea that this research should work towards addressing some of the societal challenges that EU citizens face. This idea grows out of EU treaties, as do the ways that the idea of RRI are put into practice.

The challenges are the following:

  • Health, demographic change and wellbeing
  • Food security, sustainable agriculture and forestry, marine and maritime and inland water research and the bioeconomy
  • Secure, clean and efficient energy
  • Smart, green and integrated transport
  • Climate action, environment, resource efficiency and raw materials
  • Europe in a changing world – inclusive, innovative and reflective societies
  • Secure societies – protecting freedom and security of Europe and its citizens.

It’s difficult to work out exactly how much money we are talking about here, but somewhere in the region of 70 billion Euros over 7 years for the current funding program, a figure that is put around 500 billion for the coming call. The book details where you can find all of the documents that explain how and why this path is being followed.

How to Proceed?

Within the approach there are several issues that each research project must address:

 Public Engagement

  • the establishment of inclusive participatory multi-actor dialogues between researchers, policy makers, industry and civil society organizations, NGOs, and citizens;
  • to foster mutual understanding and co-create research and innovation outcomes and policy agendas effective in tackling societal challenges,
  • fostering wider acceptability of results.

Open Access

Making research findings available free of charge for readers. This has been a core strategy in the European Commission to improve knowledge circulation and thus innovation. It is illustrated in particular by the general principle for open access to scientific publications in Horizon 2020 and the pilot for research data.

Gender

  • Fostering gender balance in research teams, in order to close the gaps in the participation of women.
  • Ensuring gender balance in decision-making, in order to reach the target of 40% of the under-represented sex in panels and groups and of 50% in advisory groups.
  • Integrating the gender dimension in research and innovation (R&I) content, helps improve the scientific quality and societal relevance of the produced knowledge, technology and/or innovation.

Ethics

Amongst others, the following ethical issues must be addressed:

  • the involvement of children, patients, vulnerable populations,
  • the use of human embryonic stem cells,
  • privacy and data protection issues,
  • research on animals and non-human primates.

Science education

A sustainable and cross-cutting interaction between the relevant actors in the field is crucial:

  • different levels of the education system,
  • universities and other higher education establishments,
  • research and innovation funding and performing organizations,
  • civil society organizations and NGO’s,
  • industry, policy-makers,
  • professors,
  • teachers,
  • students and pupils,
  • Science museums and science centres.

The book chapter goes into greater detail, before offering an overview of several of the projects that have been completed over recent years through this mechanism, which I hope offers a more concrete idea of how this money is being used.

The chapter concludes with an interview with René von Schomberg, widely seen as the architect of this move. I have written a previous post about him here, but the book offers more detail gained through a series of interviews.

Part 3, The Academic Approach to Responsible Innovation

In part 3 of this series we return to chapter 2 of the downloadable book.

Academic Books about Responsible Innovation

If we want to get an overview of the academic approach, we have to start with the first collection of articles in English: Responsible Innovation, Managing the Responsible Emergence of Science and Innovation in Society, published in 2013 and edited by Richard Owen, John Bessant and Maggie Heintz . This collection set the groundwork by addressing many of the themes that were to follow:

1. Identifying and managing the risks of innovation in the present and future

2. Building reflexive capacity into science and innovation to identify and manage the unanticipated wider impacts of innovation

3. Opening up dialogue around innovation and emerging technologies to understand wider acceptability and public concerns

4. Regulation, governance and adaptive management

5. Key questions regarding the concepts of responsibility, accountability and liability.

The book includes the influential concept of Value Sensitive Design from Jeroen van den Hoven that I mentioned in part one of this series alongside addressing the fundamental issues of governance, problems of communicating science, debate and dialogue, anticipation and hype.

A further font of publication has been the S.NET group. S.NET is the Society for the Study of Nanoscience and Emerging Technologies, with their series of publications leading the way with an entire collection related to the governance of science and scientific research.

The International Handbook on Responsible Innovation is the newest collection, edited by Rene von Schomberg and myself. Released in 2019, the handbook gathers together 65 authors and 36 chapters bringing together the main developments within the field since its inception.

The publishers Springer have a book series called Responsible Innovation that offers articles based upon work presented at a series of responsible innovation conferences hosted by the Netherlands Organization for Scientific Research. Many of the authors are Dutch, reflecting the importance of the Netherlands in the development of a particular standpoint on RI born from its governmental funded Responsible Innovation project.

Themes Addressed

One of the themes that is prevalent in the academic debate (and also from an EU perspective, something that I will look at in part 4), is public deliberation and involvement in the research process. As the field of responsible innovation has developed, this topic has become a core issue, as the idea that innovation should work for the public good must be based on an understanding of what the public want. This is not an unproblematic field however, as politics and power relations play their respective roles, and lots of literature has aimed to raise these issues (see the book chapter for further details).

A further group of researchers have embarked upon ethnographic fieldwork in order to find some answers to various questions about what actually happens if researchers aim to put a responsible innovation process into practice in real life settings, recounting their experiences (including about how their actions were interpreted by those involved).

Factors that come up include material barriers to participation and various issues related to the difficulty of stakeholder involvement, language and communication, politics, power, selection of public, alongside a host of others that are typical to the social sciences in general.

Journal of Responsible Innovation

As the name suggests, this journal is dedicated to responsible innovation. It is currently in its seventh volume, and represents about a third of all journal publications that address the issue of responsible innovation. From January 2021 the journal will be open access (it currently contains a mix of open access and paywall articles), containing articles from across the field that address all of the aspects so far discussed and much more from a host of different perspectives and standpoints.

The Bassetti Foundation website contains a series of reviews of the journal (each article is summarized), all of which are available here.

Several other journals publish academic articles about responsible innovation, names and details are available in the book.

Summary

There is a lot of academic literature out there, much of which is available open access. The field is very wide and multidisciplinary which means there is great variety. The academic field is only one of many within responsible innovation though, next week we will look at another, European governance approaches and policies regarding research funding.