This article seeks to demonstrate the centrality of maintenance and repair to an understanding of modern societies and, particularly, cities. Arguing that repair and maintenance activities present a kind of 'missing link' in social theory, which is usually overlooked or forgotten, the article begins by recalling Heidegger's concept of material things as being 'ready to hand'. The main elements of practices of repair and maintenance are then elaborated on so as to help establish the argument that, by focusing on failure (...) and breakdown in technical artefacts and systems, their vital contribution can be brought to the fore. The article then moves on to suggest that prevailing cultural constructions, and imaginations, of the 'infrastructure' that sustains modern societies, actively work to push repair and maintenance activities beyond the attention of social science. To exemplify these arguments, the article explores in detail some of the repair and maintenance activities that sustain, first, the nexus between computer communications and electricity and, second, the system of automobility. The article concludes by excavating a politics of repair and maintenance in modern cities and societies. (shrink)

To date, research examining the socio-spatial effects of smart city technologies have charted how they are reconfiguring the production of space, spatiality and mobility, and how urban space is governed, but have paid little attention to how the temporality of cities is being reshaped by systems and infrastructure that capture, process and act on real-time data. In this article, we map out the ways in which city-scale Internet of Things infrastructures, and their associated networks of sensors, meters, transponders, actuators and (...) algorithms, are used to measure, monitor and regulate the polymorphic temporal rhythms of urban life. Drawing on Lefebvre, and subsequent research, we employ rhythmanalysis in conjunction with Miyazaki’s notion of ‘algorhythm’ and nascent work on algorithmic governance, to develop a concept of ‘algorhythmic governance’. We then use this framing to make sense of two empirical case studies: a traffic management system and sound monitoring and modelling. Our analysis reveals: how smart city technologies computationally perform rhythmanalysis and undertake rhythm-making that intervenes in space-time processes; distinct forms of algorhythmic governance, varying on the basis of adaptiveness, immediacy of action, and whether humans are in-, on-, or, off-the-loop; and a number of factors that shape how algorhythmic governance works in practice. (shrink)