Introduction

The purpose of this work is to raise awareness among managers in organizations (businesses, administrative bodies, associations and groups of individuals within a collaborative economy) on the issues raised by information systems. This book does not set out to to try to cover all the questions raised by information systems, or to offer an exhaustive list of ready-made answers. The authors’ intention is rather to provide a framework for analysis and the keys to a coherent understanding, to help information systems stakeholders to deal with questions that are rich in diversity and constantly evolving. Information technologies are by nature difficult to pin down. They are paradoxical in nature. On the one hand, they are forward-looking, and indispensable in that they pave the way to innovations full of potential (Big Data, artificial intelligence and connected objects). On the other hand, they are vectors of major vulnerabilities (cyber security, digitization and loss of privacy), and it is still difficult today to gauge their scope and consequences. This is why the study of information systems is both necessary and fascinating. Beyond the purely operational issues [ALB 09], we can clearly see that information systems management has to do with ethical questions and the complexity of the world. Insofar as they structure the processes of business departments and increasingly condition the relationships between the stakeholders in a value chain, decisions taken about information systems have strategic impact. Insofar as they are no longer confined to the world of work, but increasingly offer a continuum to personal spaces, decisions about information systems also have an impact on everyone. This book is pedagogical in nature, aiming to make a contribution towards ensuring that issues relating to information systems are not left exclusively to the experts in this field.

To approach the topic of information systems management, we propose to jointly associate and consider three key concepts of information systems science: governance, urbanization and alignment.

Information systems governance entails the implementation of a certain number of resources, bodies and procedures in order to better manage the information system. Governance aims to handle questions such as: How should decision-making for information systems stakeholders be structured? How can value creation be measured? How can stakeholders be involved in value creation? How can all information resources be integrated into a single approach? How can internal and external challenges be coordinated?

Information systems urbanization uses visualization methods to help the manager take stock of the different organization levels of an information system and their coherence. Urbanization detects the constraints, opportunities and contradictions that are acting upon the information architecture and can provide the decision-makers with tools to help them envision the continuous development of the information systems construction process. Urbanization thus answers the following questions: How can information flows be organized? How can their fluidity be improved? How can they be adapted to current and future changes?

Information systems alignment evaluates the information system’s capacity to make a significant contribution to the organization’s strategy. In a context of rapid technological change and highly competitive markets, alignment enables responsiveness and aims for proactivity. It is a vector for creativity and promotes the emergence of comparative advantage. Because it requires a concrete response and rejects intangible, standardized answers, strategic alignment recognizes the diversity of organizations and issues to be taken into account: How can we make the information system responsive to strategic agility? How can we facilitate the adaptation of tools and humans in the face of changing objectives?

From a pedagogical perspective, the book sets out to make the link between the theory of information systems and the theory of organizations. Thus, we link the three specific information systems concepts mentioned above (information systems governance, information systems urbanization and information systems alignment) with three other, more generic, keys: stakeholder, territory and project.

The stakeholder is the crucial element that makes it possible to envision governance, because they are the source of value creation. However, the human stakeholder engages in collective action via sociotechnical interfaces and systems. The interweaving in information systems is so strong that it is sometimes difficult to differentiate, within the organized activity, what is human in scope and what stems from computer applications. It is thus possible – as the sociology of innovation proposes [LAT 07] – to think of technical artifacts and information systems in particular as agents.

The territory is the operative field embraced by a self-regulating information system. Territory is a key concept of the urbanization process and is characterized by a multiplicity of levels: geographic, functional, virtual, represented, etc. This means that thought must be given to maintaining coherence between the various territorial levels of the information system, in the face of the disruptive influence of the context.

The project is an important element in information systems strategy. Management of the project portfolios allows an implementation of strategic alignment. Once the management direction has been set, the projects will define the path towards the target information system. These projects feed into each step of the information system upgrade: acquisition, processing, storage and distribution of information.

Using these three concepts, we propose to define the information system as: “A set of actors (human and/or non-human) that are interdependent, interacting via socio-material systems on a plurality of territories in the framework of an information management project (acquisition, processing, storage, distribution)”.

The great challenge of our three-dimensional proposal (stakeholders, territories and projects) is how this can be turned into a system. To do so, we must, behind this didactic breakdown, open an analysis of the overlaps, intersections and cross-influences. In doing this, the danger is then that the manager will feel overwhelmed by the challenges. Taking these three perspectives into consideration simultaneously can indeed seem tricky, if not impossible. How should it be addressed? What methodology should be used? Is it reasonable to try to bring these three aspects together in sync? To meet these challenges, we propose the adoption of an operational approach based on complexity thinking [LEM 90, MOR 90].

For the sake of clarity, the book introduces each of the three aspects in turn before seeking to combine them in the final part. The book thus has a four-part construction:

  • Part 1: stakeholder governance. We offer strategic managers our insights on how their profession has developed, by sketching the portrait of the stakeholders involved. Nowadays, these stakeholders are in great demand to drive change in organizational, decision-making and regulatory mechanisms. It is especially important to take stock of these issues in order for them to be given priority status on organizations’ strategic agenda. We show that the issue of governance makes reference to assessments in terms of transaction costs, cost-sharing and hidden costs.
  • Part 2: territorial urbanization. Beyond the urban metaphor, in this part, we consider the modalities of conducting a breakdown of the information system and the vision induced by the information systems planner. The issue of the territory is a complex concept. Territory is often referred to in terms of its macro-economic aspects. Our proposal is to open up a consideration of information systems management at the meso level, which seems to be the appropriate observational level of the extended organizational framework.
  • Part 3: project alignment. In this part, we approach the issue of aligning the information systems project to the general strategy of the organization. In a competitive environment, there are many changes in strategy and organizations are obliged to adapt to technological developments that quickly render the solutions that have already been implemented obsolescent. The management of IT project portfolios enables strategic agility and innovation.
  • Conclusion: management in complexity. To conclude, we focus on the areas of confluence between the three aspects identified for an analysis of information systems management. We show how the coming-together of stakeholders and territories raises the need to take into account increased stakeholder mobility in an organizational context where the organizational boundaries are pushed back significantly, or even broken down. We analyze the coming-together of territories and projects and the development of the agility made necessary by new customer expectations. We also look at the coming-together of stakeholders and projects around the quest for organizational maturity widely supported by the development of norms and international standards for information systems management. At the intersection of the issues of governance, urbanization and information systems alignment, there lies complexity management. The use of this term is an indication not of a problem, but rather of a solution. In line with the etymological origin of the word (complexus: something that is woven together), it entails focusing on the complementarities and continuations between the various points of view.

Finally, this book is a follow-up to a book published in French by Hermès–Lavoisier in 2009: Le Management opérationnel du système d’information (operational management of the information system). Its purpose is to address a wide audience: students (business schools and their masters of science in business and masters of business administration) and professionals working in information systems management.

Its target is to describe and analyze organizational information systems with reference to the problems encountered in businesses and also the problems (always more numerous) that emerge from public, not-for-profit organizations.

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Figure I.1. Manager in complexity

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