A growing literature addresses the ethical implications of electronic surveillance at work, frequently assigning ethical priority to values such as the right to privacy. This paper suggests that, in practice, the issues are sociologically more complex than some accounts suggest. This is because many workplace electronic technologies not designed or deployed for surveillance purposes nevertheless embody surveillance capacity. This capacity may not be immediately obvious to participants or lend itself to simple deployment. Moreover, because of their primary functions, such systems (...) embody a range of other features which are potentially beneficial for those utilising them. As a result, more complex ethical dilemmas emerge as different desired goods compete for priority in the decision-making of individuals and groups. From a sociological point of view this raises interesting questions about the way ethical dilemmas arise in the context of the ongoing social relationships of work. The paper explores these issues using data from a study of the development and implementation of a computerised instructional package in a maternity setting. This medical setting illustrates clearly how seeking to assign ethical priority to a particular concern, such as the right to privacy, cannot but oversimplify the real day to day dilemmas encountered by participants. At the same time,the example of the instructional package demonstrates that it is difficult to predict in advance what ethical issues will be raised by technologies that almost always turn out to have a range of capabilities beyond those envisaged in their original design specification. (shrink)

This paper analyzes ethical aspects of the new paradigm of Ambient Intelligence, which is a combination of Ubiquitous Computing and Intelligent User Interfaces (IUI’s). After an introduction to the approach, two key ethical dimensions will be analyzed: freedom and privacy. It is argued that Ambient Intelligence, though often designed to enhance freedom and control, has the potential to limit freedom and autonomy as well. Ambient Intelligence also harbors great privacy risks, and these are explored as well.

This paper challenges the traditional assumption that descriptive and prescriptive sciences are essentially distinct by presenting a study on the implicit normativity of the production and presentation of biomedical scientific facts within evidence-based medicine. This interdisciplinary study serves as an illustration of the potential worth of the concept of implicit normativity for bioethics in general and for integrated empirical ethics research in particular. It demonstrates how both the production and presentation of scientific information in an evidence-based decision-support contain implicit presuppositions (...) and values, which pre-structure the moral environment of the clinical process of decision-making. As a consequence, the evidence-based decision support did not only support the clinical decision-making process; it also transformed it in a morally significant way. This phenomenon undermines the assumption within much of the literature on patient autonomy that information disclosure is a conditional requirement before patient autonomy even starts; patient autonomy is already influenced during the production and presentation of information. These results imply an increased responsibility of those who produce and present evidence-based facts(i.e. scientists in general and physicians in particular). The insights of this study not only involve a different focus on both theory and practice of patient autonomy and informed consent, but they also call for a broader scope of morality than does traditional empirical research in bioethics. The concept of implicit normativity within integrated empirical ethics research calls for a strong cooperation between bioethicists and descriptive scientists, i.e., a cooperation that goes beyond the discipline-specific epistemic values and that takes place during all phases of the research process. (shrink)

From recent philosophy of technology emerges the need for an ethical assessment of the ordinary use of technological devices, in particular telephones, computers, and all kind of digital artifacts. The usual method of academic ethics, which is a top-down deduction starting with metaethics and ending in applied ethics, appears to be largely unproductive for this task. It provides “ideal” advice, that is to say formal and often sterile. As in the opposition between “ordinary language” philosophy and “ideal language” philosophy, the (...) ordinary requires attention and an ethical investigation of the complex and pervasive use of everyday technological devices. Some examples indicate how a bottom-up reinvention of the ethics of technology can help in numerous techno-philosophical predicaments, including ethical sustainability. (shrink)

Surveillance has become a routine, everyday occurrence ininformational societies. Many agencies have an interest in personal data, and a wide spectrum of them use searchabledatabases to classify and catalogue such data. From policingto welfare to the Internet and e-commerce, personal data havebecome very valuable, economically and administratively. Whilequestions of privacy are indeed raised by such surveillance,the processes described here have as much to do with social sorting,and thus present new problems of automated categorization of datasubjects. Privacy and data protection measures (...) do address someof the questions raised, but they tend to be limited to individualisticreadings of the situation, and not to consider issues of fairnessand equality. An ethics for everyday surveillance is proposed thatconsiders personhood as central, but highlights its social andembodied dimensions. Reductionism of practice and of analysisis thus avoided as the face comes to the fore. Hence the title. (shrink)

Purpose – This paper has three purposes: to identify and discuss values that should be promoted and respected in personal health monitoring, to formulate an ethical checklist that can be used by stakeholders, and to construct an ethical matrix that can be used for identifying values, among those in the ethical checklist, that are particularly important to various stakeholders. Design/methodology/approach – On the basis of values that empirical studies have found important to various stakeholders in personal health monitoring, the author (...) constructs an ethical checklist and an ethical matrix. The author carries out a brief conceptual analysis and discusses the implications. Findings – The ethical checklist consists of three types of values: practical values that a technical product in personal health monitoring must have, quality of life values to be promoted by the development and use of the product, and moral values to be respected in this development and use. To give guidance in practice, the values in the checklist must be interpreted and balanced. The ethical matrix consists of the values in the checklist and a number of stakeholders. Originality/value – The overall ambition is to suggest a way of categorizing values that can be useful for stakeholders in personal health monitoring. In order to achieve this, the study takes empirical studies as a starting-point and includes a conceptual analysis. This means that the proposals are founded on practice rather than mere abstract thinking, and this improves its usability. (shrink)

As healthcare institutions expand and vertically integrate, healthcare delivery is less constrained by geography, nationality, or even by institutional boundaries. As part of this trend, some aspects of the healthcare process are shifted from medical centers back into the home and communities. Telehealth applications intended for health promotion, social services, and other activitiesprovide services outside clinical settings in homes, schools, libraries, and other governmental and community sites. Such developments include health information web sites, on-line support groups, automated telephone counseling, interactive (...) health promotion programs, and electronic mail exchanges. Concomitant with these developments is the growth of consumer health informatics, in which individuals seeking medical care or information are able to find various health information resources that take advantage of new information technologies. (shrink)

The reality of an ageing Europe has called attention to the importance of e-inclusion for a growing population of senior citizens. For some, this may mean closing the digital divide by providing access and support to technologies that increase citizen participation; for others, e-inclusion means access to assistive technologies to facilitate and extend their living independently. These initiatives address a social need and provide economic opportunities for European industry. While undoubtedly desirable, and supported by European Union initiatives, several cultural assumptions (...) or issues related to the initiatives could benefit from fuller examination, as could their practical and ethical implications. This paper begins to consider these theoretical and practical concerns. The first part of the paper examines cultural issues and assumptions relevant to adopting e-technologies, and the ethical principles applied to them. These include (1) the persistence of ageism, even in e-inclusion; (2) different approaches to, and implications of independent living; and (3) the values associated with different ethical principles, given their implications for accountability to older users. The paper then discusses practical issues and ethical concerns that have been raised by the use of smart home and monitoring technologies with older persons. Understanding these assumptions and their implications will allow for more informed choices in promoting ethical application of e-solutions for older persons. (shrink)

In this paper I investigate the web-rhetoric of companies offering home-based personal health monitoring to patients and elderly people. Two main rhetorical methods are found, namely a reference to practical benefits and a use of prestige words like “quality of life” and “independence”. I interpret the practical benefits in terms of instrumental values and the prestige words in terms of final values. I also reconstruct the arguments on the websites in terms of six different types of argument. Finally, I articulate (...) a general critique of the arguments, namely that the websites neglect the context of use of personal health monitoring technologies. Whether or not a technology is good depends on the use of the technology by a particular individual in a particular context. The technology is not good–or bad–in itself. I support this critique with a number of more specific arguments such as the risk for reduced personal contact. For some elderly people social contact with care providers is more valuable than the independent living made possible by remote monitoring, for others independence is more important. (shrink)