Reblog > Why measure ourselves?

Anne Galloway wrote an excellent blogpost (in 2011!) about the ‘quantified self’ movement that I feel sums up a lot of how I feel about a creeping orthodoxy of practices of (uncritical) measurement. Great stuff, so reblogged here:

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“I demand, I insist, that everything around me shall henceforth be measured, tested, certified, mathematical, and rational. One of my tasks must be to make a full survey of the island, its distances and its contours, and incorporate all these details in an accurate surveyor’s map. I should like every plant to be labeled, every bird to be ringed, every animal to be branded. I shall not be content until this opaque and impenetrable place, filled with secret ferments and malignant stirrings, has been transformed into a calculated design, visible and intelligible to its very depths!”

–Michel Tournier, Friday; or, The Other Island (Vendredi ou les Limbes du Pacifique), 1967

The quote above captures an attempt to stave off madness, and it’s the first thing that comes to mind whenever someone brings up data-driven science orthe quantified self movement. Now I don’t mean to suggest that either of these activities is mad, but the quest to measure everything makes me nervous, even while it fascinates me.

Robert P. Crease, author of World in the Balance: The Historic Quest for an Absolute System of Measurement, wrote an interesting piece for the NYTimes this weekend on measurement and its discontents. In it he describes two different ways of measuring things:

“In one kind of measuring, we find how big or small a thing is using a scale, beginning point and unit. Something is x feet long, weighs ypounds or takes z seconds. We can call this ‘ontic’ measuring, after the word philosophers apply to existing objects or properties. But there’s another way of measuring that does not involve placing something alongside a stick or on a scale. This is the kind of measurement that Plato described as ‘fitting.’ This involves less an act than an experience: we sense that things don’t ‘measure up’ to what they could be. This is the kind of measuring that good examples invite. Aristotle, for instance, called the truly moral person a ‘measure,’ because our encounters with such a person show us our shortcomings. We might call this ‘ontological’ measuring, after the word philosophers use to describe how something exists.

It’s obvious which kind of measurement is preferred or privileged in the examples I provided above, and Crease explains:

“As the modern world has perfected its ontic measures, our ability to measure ourselves ontologically seems to have diminished. We look away from what we are measuring, and why we are measuring, and fixate on the measuring itself “¦ [But] in our increasingly quantified world, we have to determine precisely where and how our measurements fail to deliver. Now that we have succeeded in defining the kilogram by an absolute universal standard, we still have to remind ourselves of the human purposes that led us to create the kilogram in the first place, and always to make sure that the kilogram is serving us, and not the other way around.”

So why do we measure ourselves? The Quantified Self website tagline is “self knowledge through numbers” but the purpose or benefit of this knowledge is less clear. Ethan Zuckerman, who attended the recent Quantified Self Conference, notes that people self-track in order to “test the effectiveness of an intervention” or “monitor and understand the dynamics of a particular indicator,” and that one of the benefits might be that a “personal science could help a much broader range of people.” However, he also points out that “most self-trackers aren’t sharing their data very widely, both due to privacy concerns (will my health insurance provider cut me off if they discover I’m a restless sleeper? That I only walk 3000 steps a day?) and in part because sharing and aggregating data may not have easily apparent benefits.” This seems to suggest that if the data collected are mostly useful to the person collecting them, then the primary benefit is self-improvement or self-management. Zuckerman distinguishes this from surveillance data that are useful to others, but in my mind, self-surveillance is still surveillance. And, honestly, I’m really not a fan of self-improvement if it seeks to make people as efficient and productive as industrial machinery, or if it is considered to be a direct path to moral righteousness.

The quantified self, especially as a form of citizen science, is most often presented in terms of increased or improved agency. But I wonder what this agency actually allows people to do or be? How does it differ from what Foucault described as disciplinary power, and a relation of docility and utility with our bodies? (In the scenarios he described, internalised discipline removes the need for externalised force and violence because monitoring and regulation are self-imposed.) Put more bluntly, if our bodies are still just cogs in a machine then being the machine operator is surely only a limited improvement, or lateral shift in power, rather than a revolutionary change in the order of things.

For that kind of wholesale change to occur, I think we need to recapture our “ontological” measuring capacities and capabilities. Of course it’s ludicrous to claim that ontic measurements and quantifiable data are useless, but as I’ve argued before, “by implicitly supporting the notion that scientific data are the [most] appropriate types of evidence a citizen can collect, political action relies on conformity to existing structures of knowledge and power.” And the potential for action is also further complicated by “the capacity (or incapacity) of people to make sense of the data collected, not to mention their willingness (or unwillingness) to act as data collectors in the first place.” What I want to suggest is that we also need other ways of measuring that are equally valued. Ways that are more experiential, more qualitative and more ambiguous–and therefore more inviting of critical interpretation and debate.

What do others think?

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Anne got some responses which are worth checking out, here.

Six myths about ‘big data’, Kate Crawford

[via Rob Kitchin’s Programmable City feed]

In a recent workshop at the UC Berkeley iSchool, Kate Crawford of Microsoft Research (and several other institutions) offered a keynote critically reflecting upon the discursive regimes that have been built in the understandings of ‘big data’. Riffing on Claude Levi-Strauss’ ‘mythologies’ project, Crawford’s talk, ‘The Raw & the Cooked’, outlines six myths about ‘big data’ and unpicks the assumptions upon which these myths rely. In brief, Crawford’s six myths are: ‘Big data are new’, ‘Big data is objective’, ‘Big data don’t discriminate’, ‘Big data makes cities smart’, ‘Big data is anonymous’, ‘You can opt out of big data’.

Crawford does a good job at setting the scene for a range of work that touches on the uses of large data sets that come from a range of sources, that may be repurposed for rather different ends than those intended, about which academics, politicians, civil servants and business people have told, and reinforced, particular kinds of stories such that those data have become very significant. What Crawford helpfully does is step back from particular data-oriented agendas, such as ‘smart cities’ or ‘social network analysis’, to highlight some particular, perhaps pressing, methodological and ethical concerns. This is of particular interest for me in relation to a project I am beginning to undertake with Steve Hinchliffe concerning ideas around ‘contagion’, looking in particular at social media data.

Crawford gives a good namecheck in the section on the fourth myth for Matt Zook too!

Close up at a distance, Laura Kurgan

There are a number of people engaging in really thoughtful and thought-provoking artistic, activist and political engagements/interventions with geographical (topographical) technologies, which are very much worth paying attention to. Work by Jordan Crandall, Laura Kurgan, Lisa Price and Trevor Paglen, amongst others, I think offers some really interesting ways of critically thinking about, and engaging with, the various kinds of mappings we (as socieities) are variously undertaking for sometimes not-so-benevolent causes.

Laura Kurgan’s recent Close Up at a Distance: Mapping, Technology and Politics has attracted some deserved attention by geographers and, in a similar vein to Patrick Crogan’s excellent Gameplay Mode, offers an interesting critical engagement with the military origins of satellite mapping and imaging technologies. Kurgan argues that we cannot stand at a ‘critical distance’ to evaluate these technologies but rather –  we are “addressed by and embedded within them”. Thus – “Only through a certain intimacy with these technologies–an encounter with their opacities, their assumptions, their intended aims–can we begin to assess their full ethical and political stakes” (page 14).

Columba Peoples, from the School of Sociology, Politics and International Studies at the University of Bristol, has written a good review of Kurgan’s Close Up at a Distance for the open access book reviews section of Environment and Planning D: Society and Space, which is online here and well worth a read.

Also, Laura Kurgan and Trevor Paglen engaged in a fascinating conversation about their practice at Columbia University earlier this year, which was recorded and is available on YouTube:

Note: Trevor’s mic doesn’t work very well and he’s muffled for a bit at the beginning but it gets fixed so stick with it!

Stiegler on ‘immateriality’ and ‘virtual spaces’

Following on from my recent post about two new articles, I thought it apposite to highlight a couple of extended quotes from Bernard Stiegler’s work that I think offer a good critical response to the persistent use of the metaphor of ‘virtual space’ and its apparent immateriality. I am posting this as much as a reminder for myself as because I hope it is of interest to others too. I will leave commentary on these passages for another time… Continue reading “Stiegler on ‘immateriality’ and ‘virtual spaces’”

Digital geographies – two new articles

I have two new articles broadly concerning ‘digital geographies’ at different stages in the publication process. This represents a long-held interest I have held in the various ways we can think about and study ‘the digital’. In particular, these are the first articles to come out of a strand of my research which aims to advance understandings of the materialities that underpin digital geographies. In particular, this research focuses on the emergence of what have been called ‘spatial media’, the devices and systems we increasingly use to mediate our activities and way-finding in everyday life. Conceptually, this work significantly draws on my ongoing engagement with the work of the philosopher of technology Bernard Stiegler.

The first article is in Geography Compass: ‘Beyond the screen’ addresses the different ways in which we can study ‘life online’, drawing together a range of methodological strands to demonstrate how geographical thinking can inform and enhance social scientific research concerning the internet, particularly in relation to the articulation of spatial experience and knowledge. I am grateful to my colleague Gail Davies for suggesting that I write this piece for Geography Compass, which is an excellent resource for scholars at all stages of their careers. Thus paper was published in the August 2013 issue of Geography Compass and so can be found on the journal website. I also have a pre-press version available here.

The second article will be coming out in Progress in Human Geography: ‘The Matter of Virtual Geographies’ revisits the articulation of ‘virtual’ geographies and reviews recent discussion within geography of digitally mediated activity. The aim of the article is to argue for a greater attention to the material conditions of ‘the digital’. This is achieved by articulating a theory of ‘technics’–the co-constitutive relation between the human and the technical,–and ‘transduction’–the iterative modulating and translation of a sociotechnical milieu from one state to another–through the philosophy of Bernard Stiegler. This article expands on existing work in geography, such as Kitchin & Dodge’s excellent ‘Code/space’, that is pushing for more sophisticated understandings of software, code, and the plethora of increasingly sophisticated systems and devices with which we mediate ourselves and our (spatial) experience of everyday life. I am happy to share pre-print copies of this paper, please contact me if you’re interested.

The New Circulations of Culture – David Beer

Over on his blog Thinking Culture, David Beer has highlighted his recently published essay on Berfois concerning what he has called ‘the new circulations of culture’:

My short article ‘The New Circulations of Culture’ has just been published in Berfrois. It’s a piece about the way that data circulations and new media infrastrcutures are reconfiguring culture (based upon my recent book).

In the essay David offers some key points on which to focus when considering the increasing mediation of everyday life through contemporary social and spatial media. These points echo many of the issues that have arisen in broader debates being convened as ‘software studies‘ (not least in Kitchin and Dodge’s Code/space) and critical engagements with digital mediation in the guise of ‘the attention economy‘. This paragraph is particularly valuable:

First, we need to generate a greater understanding of how algorithms filter data, and shape cultural encounters. Predictive recommendation systems are a common feature of cultural consumption, but we have little understanding of the algorithms that shape the recommendations these systems make. Nor do we have much of a sense of how these recommendations shape cultural encounters and the formation of tastes and preferences. Second, there is a need to get a greater understanding of the way that people are now playing with data. Playing with data is an increasingly common part of cultural participation. APIs are frequently made available to enable these data playgrounds to operate. Indeed, there is even an emergent culture of visualization with individuals using available data resources to create visualizations. Alongside this, data aggregators allow for real-time insights into cultural trends – allowing us to see what is ‘trending’, ‘buzzing’ or ‘hot’ at that moment. Finally, we also need to think of the way that the body might be implicated by circulations of data. It would be too easy to get carried away with the power of new devices and new software, but we need to give more attention to the ways in which these devices and data circulations are incorporated into bodily routines.

This makes a compelling case for Stiegler’s argument that we should be engaging in what he calls ‘digital studies‘ as a matter of urgency.

A comprehensive list of data sources and services

Reblogged from Thinking Culture:

Via Rob Kitchin on Twitter, the Visualising Data blog has an entry that is described as ‘A big collection of sites and services for accessing data‘. The post contains a comprehensive list of the data sources, and analysis tools, that are available. These are also helpfully categorised under headings. This is a really important development that could prove to be a key resource for researchers and students who are looking to use digital or ‘big’ data in their research. Here is the description of the list from the post:

‘This collection presents the key sites that provide data, whether through curated collections, offering access under the Open Data movement or through Software/Data-as-a-Service platforms.‘

Read more…

As David suggests, this looks very handy.

Tom Roberts on Parisi’s Contagious Architecture

Luciana Parisi’s Contagious Architecture: Computation, aesthetics and space is a book that I have been meaning to read for a little while. Tom Roberts has offered an informative and insightful commentary on Contagious Architecture over on his blog  Machinic Matter, which confirms my interest in what seems like a fairly substantial work.

Tom identifies Parisi’s principal concern as identifying a non-anthropocentric understanding of thought, with a particular engagement with the work of Alfred North Whitehead. Quite Deleuzian then. He suggests that

The key question for Parisi is thus: can we conceptualize thinking “without having to prove that thought is an expression of the functional neurophysiological evolutions of the brain-mind?” (2013, page 235).

For Tom, the book poses some important questions for the debates around ‘new materialisms’. In conclusion, he suggests that, in particular, Parisi’s use of Whitehead asks:

how to affirm a reality of thought that, whilst being material, is not ‘explained away’ by material processes? As Parisi puts it, Whitehead’s non-anthropocentric understanding of mentality “is not intended to liberate thought from matter, but rather to suggest that there are material modes of thought that cannot be subsumed under the totality of neuroarchitecture” (2013, page 219).

Parisi’s book offers a rather different version of contagion, perhaps, from another prominent engagement with the theme, namely Tony Sampson’s recent study of contemporary digital culture through Tarde and Deleuze in Virality: Contagion theory in the age of the internet. It will be interesting to contrast these two projects.

Memory programmes, paper delivered at Conditions of Mediation

The Conditions of Mediation conference held at Birkbeck on the 17th of June 2013 was an excellent, if very condensed, occasion for a variety of people interested in media theory, philosophies of/for media and in particular phenomenological understandings of mediation.

There was a series of interesting, and rather diverse, keynotes, including Graham Harman, Sean Moores and Lisa Parks and two slots of parallel paper sessions. I was pleased to be able to give a paper as part of this really interesting event, in the ‘Technics, Interface and Infrastructure’ paper session.

I spoke in the same session as James Ash, who presented a great paper synthesising a reading of Graham Harman’s Object-Oriented Ontology, Jean-Luc Nancy’s vocabulary derived from music, and understandings of optics to interrogate understandings of ‘interface’. I was also hoping to speak alongside my former colleague Patrick Crogan, who spoke on a similar theme to my own paper. Patrick and I both addressed Bernard Stiegler’s reading of Husserl in relation to understandings of the perception of time and the processes of memory. Patrick has posted his excellent paper on the technophilia blog.

For those interested, I have provided a slightly cleaned up, and referenced(!), version of my paper below.

Continue reading “Memory programmes, paper delivered at Conditions of Mediation”

Review of ‘Code/space’ by Kitchin & Dodge

I submitted a review of Rob Kitchin and Martin Dodge’s Code/space, in slightly revised form, for a review symposium in the relatively new journal ‘Dialogues in Human Geography‘. I thought I’d share an earlier version here, just to give a flavour of some of the things I’ve been thinking about…

Kitchin, Rob and Dodge, Martin 2011 Code/Space: Software and everyday life, Cambridge, MA, MIT Press

Rob Kitchin and Martin Dodge’s Code/space has been rightly celebrated in a number of reviews (Adey 2013; Wilson 2012; Zook 2012) and with the Association of American Geographers’ Meridian Award for outstanding scholarly work in Geography in 2011. Code/space offers a future-oriented glossary for the understanding and description of the increasingly technical, ongoing reconfiguration of everyday life.

Building from a longstanding and prolific writing partnership (see the Code/space bibliography), in the book Kitchin and Dodge offer a really useful engagement with code and software via geographical sensibilities. They describe a range of examples of the ways in which software is integral within and modulates the spacings and places of (largely Western capitalist) everyday life.

Code/space offers a rigorously argued framework of concepts for understanding software in everyday life. Furthermore, the book hones this framework through case studies concerning air travel, the home and consumption. In the final, impassioned, and more speculative, section of the book, the authors engage their theoretical framework with the speculative ruminations of urbanist Adam Greenfield concerning ‘everyware‘, the proposition of ubiquitous computation embedded into the fabric of the everyday urban environment. To conclude, Kitchin and Dodge offer a manifesto for the emerging discourse and disciplinary context of ‘software studies’ that insists on an ontogenetic understanding of the capacities of code.

Code/space is valuable for two reasons. First, it elaborates a useful and very clear conceptual framework, drawing on contemporary philosophies of technology. Second, and importantly, it brings into conversation a range of important work concerning digital technology that has previously been somewhat distant: geographers concerned with the ‘automatic production of space’ (like Stephen Graham, Nigel Thrift, Matt Wilson and Matt Zook); computer scientists studying human-computer interaction (such as Paul Dourish) and humanities scholars critically reflecting on computation and software (like David Berry, Matt Fuller and Lev Manovich).

Software code, in the terms of Code/space, is perhaps the best example of the human ability not only to produce other entities and forms of spatial experience but more significantly to create things that in themselves produce space–that are ontogenetic. The agency of software must be understood, following the book, as its quasi-generative properties, accomplished through code, which Kitchin and Dodge call ‘secondary agency’, following Adrian Mackenzie (in his book Cutting Code).

Code, in Kitchin and Dodge’s terms, is both a process and a product, both a means of systematically calculating the world and an operational grammar for action, or ‘worlding’, as Nigel Thrift has suggested. To account for this capacity Code/space offers a taxonomy of coded entities: coded objects, coded infrastructures, coded processes and coded assemblages.

Kitchin and Dodge thereby describe the distinction between ‘coded spaces’ and ‘code/space’. Whereas there are many examples of software and code augmenting the production of space, which the authors call ‘coded spaces’, there are increasing examples of the modulation of and making anew of spatial experience through code, which are ‘code/spaces’.

Building from space conceptualised as ‘constantly brought into being as an incomplete solution to an ongoing relational problem’, Kitchin and Dodge offer an account of forms of space that are co-constituted with software, because code ‘modulates the conditions through which space is beckoned into being’. It is this reiterative and transformative modulation that forms one of the central theoretical tenets of Code/space – conceptualised as ‘transduction’.

The conceptualisation of ‘code/space’ and the account of ‘transduction’ are the foremost of a number of significant contributions that Kitchin and Dodge make in this book. Indeed, the former is arguably a particular empirical category of the latter. Code/space is accordingly something of a watershed moment, for geography, in the operationalisation of the work of the philosopher Gilbert Simondon. He was a significant influence on the work of Gilles Deleuze, Bruno Latour, Brian Massumi and Bernard Stiegler, amongst others.

Simondon was a philosopher of technology, or more accurately of the human-technology relation in terms of ‘technogenesis’. The theory of technogenesis is that humans and technology co-evolved together, that you do not get one without the other. It is this form of human-technology relation that is being described when we consider the processes of transduction described by Kitchin and Dodge, themselves drawing the concept from Adrian Mackenzie who translates it from Simondon. Transduction, in Simondon’s terms, decentres the human, it is

a procedure of the mind as it discovers”¦ [that] consists in following being in its genesis, in carrying out the genesis of thought at the same time as the genesis of the object is carried out (Simondon, translated in Combes 2013).

In offering a kind of ‘Simondonian’ analysis of software and everyday life, Code/space strikes directly at the heart of the question of what it means to be human in an age of a perceived increase in technological agency. The account of the human here is not one of miraculous separation from nature, or from technology. It is a case of imbrication and becoming with a wealth of other entities. This is not a deterministic relation, for the authors, precisely because: ‘The nature and transduction of code/space is then never fixed, shifting with place, time and context (social, political and economic relations and situations). Code/spaces are relational, emergent, and peopled’.

As Kitchin and Dodge suggest in the fourth chapter, in the formation of code/spaces and the en-coding of parts of everyday life, we are negotiating the ongoing reformulation of what it is to be human. Indeed, this resonates with the account of technogenesis that is firmly established in other disciplinary contexts (for example in the work of philosopher Mark Hansen, literary theorist Katherine Hayles, sociologist Adrian Mackenzie and philosopher Bernard Stiegler).

While the major theoretical contribution of the book is the work synthesising accounts of transduction, a substantial portion of the book is given over to case studies of how code/spaces emerge in everyday life. Chapters seven to nine provide three case studies of air travel, the home and consumption. Those familiar with the prolific output of this writing partnership will recognise some of the content of these chapters, although the detail has been updated. Equally, the analysis has been translated into the new lexicon put forward by the book. This works to the extent that the project here is clearly to advance a form of ‘software studies’, though it could prove bewildering to some (there is a helpful glossary at the back).

The empirically based analyses draw out something like a dialectic of software, with its potential to both empower and control, which the authors carefully unpick in the mode of the later Foucault. Genealogies of the various assemblages of actors and discursive regimes in which code/spaces consist are critically discussed to demonstrate how and where labour, power and values are variously located.

In the penultimate chapter the analysis takes a distinctly speculative direction. The authors consider future code/space in the guise of the ‘everyware’ (following Adam Greenfield) of ubiquitous computing, a long-held aim for computation embedded into the fabric of everyday life (following Mark Weiser). Kitchin and Dodge entertain a significant range of speculations about a world of ‘everyware’, from enthusiasm for a prospective empowerment of citizens, to opposition of an increased ‘securitisation’ through ‘sousveillance’.

However, despite a well argued and impartial discussion of these themes there remains a tacit acceptance of these visions of ‘everyware’ without much critical reflection upon the source and reasoning behind the speculation. The ‘powerful discursive regime’ that the authors argue supports the embedding of software into everyday life and the implementation of ‘everyware’ should also be recognised to include speculative discourse (see some of my research). Thus there remains cause for further critical reflection upon such governmentalised representations of the uses of computation.

Code/space offers a wealth of examples of the transformations of everyday life through the transductive capacities of software and code. It is not only a snapshot of contemporary technogenesis with and through computation, and a critical response to such observations. It is also a rallying cry for further critical research in the shape of the concluding manifesto for software studies. Many geographers may ignore or skim the concluding manifesto, focusing instead on the case studies of chapters seven to nine. However, in many ways it is in the concluding chapter that we find Kitchin and Dodge’s challenge to geography.

The ‘digital’ is the latest significant step in the processes of the discretisation of knowledge and memory external to the body, as Bernard Stiegler forcefully shows, and code is precisely its ontogenetic vanguard. Following Stiegler, to study code and software, is to study the latest stage in the spatialisation of time-based forms. To transform the temporal flow of speech and gesture into discrete forms, such as text and mechanical movements, makes them spatial objects: they are constituted in various material forms (from sheets of paper to silicon chips). The transductive power of code can accordingly be understood as the latest phase in the process of what Stiegler, following the linguist Sylvan Auroux, calls ‘grammatisation‘, which describes:

all technical processes that enable behavioural fluxes or flows to be made discrete”¦ and to be reproduced, those behavioural flows through which are expressed or imprinted the experiences of human beings (speaking, working, perceiving, interacting and so on). If grammatisation is understood in this way, then the digital is the most recent stage of grammatisation, a stage in which all behavioural models can now be grammatised and integrated through a planetary-wide industry of the production, collection, exploitation and distribution of digital traces [see Stiegler’s broader work].

Software code is thus the ‘grammar’ of an increasing range of objects and activities of everyday life. Read through Stiegler Code/space echoes his formidable challenge for conducting ‘digital studies‘. Kitchin and Dodge invite us to study (and offer the analytical tools to do so) the ongoing, and increasingly automated, spatialisation of knowledge and the forms of space they reciprocally produce.