The Architecture of Information

Abstract

The paper maintains that in the epistemological shift from postmodernism to pseudo-modernism, technological, economic, social, and cultural elements of change have thoroughly transformed the scenario in which information architecture operated in the late 1990s and have eroded its channel-specific connotation as a website-only, inductive activity, opening the field up to contributions coming from the theory and practice of design and systems thinking, architecture, cognitive science, cultural studies and new media. The paper argues, through a thorough discussions of causes and effects and selected examples taken from the practice, that contemporary information architecture can be thus framed as a fundamentally multi-disciplinary sense-making cultural construct concerned with the structural integrity of meaning in complex, information-based cross-channel ecosystems1

A New Spirit

The Swiss-French architect Charles-Édouard Jeanneret, that we better know as Le Corbusier, wrote “Vers une architecture” in 1923. The book, soon to become one of the most successful and controversial pamphlet in the history of architecture and the manifesto of Modernism, was mostly a collection of essays and articles coauthored with purist painter and personal friend Amédée Ozenfant and originally published on their cubist periodical L’Esprit nouveau. At its core, it was a passionate call to architects to embrace the machine-inspired beauty of modernity and turn it into a novel idea of architecture. Only by leaving palaces2 behind and becoming “a mirror of the times” would architecture fulfill its role for the creation of a “human milieu” (Le Corbusier, 2007, Introduction).

To Le Corbusier, this meant privileging function over form. He saw architecture stagnating in perpetuating ideals stemming from “cursed enslavement to the past”, turning “eyes that do not see” to the industrial dynamicity of modern life. While the car was redesigning not only mobility but the city itself and its social and economic hierarchies, architects were “lost in the sterile pochés of their plans” (Le Corbusier, 2007, p. 105), suffocating in routine: “(h)ouses like tabernacles, tabernacles like houses, furniture like palaces (with pediments, statues, columns spiral and not spiral), ewers as house-furniture and dishes (…) that won’t hold three hazelnuts!”.
It was not so for everyone: “(a)nonymous engineers, greasy mechanics”, their calculations exemplified this new beauty, which was mathematical, pure, and natural. The book is a constant praise of engineering work: airplanes, ocean liners, bridges, grain silos. These, Le Corbusier says, are architectonic examples of beauty3 architects are incapable of producing. Stuck with the bourgeois mansion, they are incapable of making the house into the machine for living in it is supposed to be: “(b)aths, sun, hot water, cold water, controlled temperature, food conservation, hygiene, beauty through proportion (…). An armchair is a machine for sitting in. (…) Our era fixes its style every day. It’s right before our eyes. Eyes that do not see.” (Le Corbusier, ibid., pp. 151-156).

But the book is not only an endless string of invectives. With its “three reminders” to architects, surface, volume, an increased attention to the plan as the originator of space, with the attention accorderd to the regulating lines, light, and order, it clearly spells out the elements of this new poetic, that in time will become the foundation of Modernism. And yet, after ninety years, the single most powerful statement that still emerges clearly from “Vers une Architecture” is that “(u)n esprit nouveau souffle aujourd’hui”, that “(t)here exists a new spirit”, and that this spirit was a spirit of change. It was there for everyone to see it.

Information and Architecture

Information architecture (IA) entered mainstream practice in the mid 1990s with the wave of practising information architects led by Rosenfeld and Morville, but its origins stretch back to the 1960s and to pioneering work on human-computer interactions and system structure and behavior carried out at IBM Labs first and then at Xerox PARC (Resmini & Rosati, 2011a). A modern formulation arrives with Richard Saul Wurman in the 1970s: Louis Kahn’s ex-protégé brings information architecture to the American Institute of Architects (AIA), and calls himself an information architect. “I don’t mean a bricks and mortar architect. I mean architect as used in the words architect of foreign policy. I mean architect as in the creating of systemic, structural, and orderly principles to make something work – the thoughtful making of either artifact, or idea, or policy” (Wurman, 1997). Roughly forty years later, Wurman still stands by his definition4 (VanPatter, 2005). But where does information architecture stand?

When dealing with a contemporary assessment of information architecture we must be clear that we are still building up that necessary body of knowledge the field has been discussing for more than ten years now (Haverty, 2002; Resmini et al, 2009). The Journal of Information Architecture5, now four years old, has surely helped, but academia is slow in the uptake (Dade-Robertson, 2011, p. 13). The surge of scientific interest that information architecture enjoyed in the late 1990s and early 2000s was mostly coming from the area of library and information science, from which Lou Rosenfeld and Peter Morville originally hailed. When the field entered the period of crisis that would then initiate change in the mid 2000s, no solid, widely shared foundations to promote information architecture in its own research space were yet visible or exploitable.

As a result, a rather large fraction of the current scientific literature on information architecture is either produced within the boundaries of other disciplines, with all negative consequences that usually carries along in the heavily compartmentalized academic discourse, or sadly out of touch with much of what has happened in the practice in the past 6-7 years and with the new, multi-disciplinary framings coming from architecture (Norberg-Schultz, 1971; Ferschin & Gramelhofer, 2004; Klyn, 2012; ), urban planning (Lynch, 1960; Jacobs, 1992), cognitive science (Johnson, 1987; Dourish, 2004), design and systems thinking (Meadows, 2006), new media (Norman & Lucas, 2000; Manovich, 2001; Tryon, 2009) that are reshaping the theory of information architecture. While happening on the borders of academic territory, conversations about labeling, websites, and hierarchies have been replaced by conversations around sense-making, place-making, design, architecture, new media, and embodied cognition (Hinton, 2009; Klyn, 2012; Fisher et al, 2012). Similarly, in the practice, websites are slowly being flanked by other information-based artifacts, either digital or physical, for example way-finding systems (Busslon & Potente, 2009), and by ecosystems (Rosati, 2012).

I maintain the reason for this change in focus and scope rests on the paradigm shift that in the 2000s took us from Postmodern to Pseudo-modern (Kirby, 2012), and on radically altered systemic circumstances: technological circumstances, such as the general availability of broadband and mobile broadband in most of the world (Lomas, 2012; ComScoreData, 2012); economic circumstances, such as the creation of large ubiquitous service ecosystems (Norman, 2009) and in the transfer of much control into the hands of consumers-producers (Jenkins, 2006; Kirby, 2012); social circumstances, as people adopt, use and transform these systems (Shirky, 2008) and their meanings to serve ever-changing objectives, thus reinforcing the mechanism (Sterling, 2005).

Agents of Change

Information has gone fully mobile, and constant access, either through personal mobile devices or public ambient systems, has drastically changed the patterns of consumption and production that were established in the 90s. Smartphones first and tablets second have especially transformed our relationships with information (Mueller, H., Gove, J. L. & Webb J. S., 2012).

Information is also being embedded in physical space, augmenting our in-place experience of a certain location (UrbanFlow, Layar, Shadow Cities), providing us with forecasting or planning abilities (GPS, Google Maps), or adding a variety of in-context social capabilities through map-like applications (Path, FourSquare, StreetView). We have created an unexpected, layered and uneven but very real version of what we believed “cyberspace” ought to be (Institute for the Future, 2009). Rather than jacking-in6 via cortex-level implants or through sophisticated cyborg apparatuses, people in 2013 can access “cyberspace” anytime and for any purpose from the privacy of their homes, in the quiet of a mountain top, and amidst the confusion of airports, bus stations, and crowded streets via run-of-the-mill consumer electronics. The closest we have come so far to mainstream direct bodily augmentation, the recently announced Google Glass, still configure a model where one or many information layers are superimposed over our view of the world, rather than a full-scale sensory replacement.

It is important to note that mobile itself is not the revolution, but rather the enabling layer that makes the revolution possible and provides new niches of opportunity (Kauffman, 2012). The revolution is in what constant, mobile access to connected and manipulable information allows us to do: how it allows what is digital to modify our use and perception of physical space (Dourish, 2004); how it modifies our sense of place (Tuan, 1977) simultaneously turning distances into semantics (Höök et al, 2003) and reinforcing the very idea of being in-context through the use of geolocation and map-based approaches (Norberg-Schulz, 1971; Hinton, 2009); and finally, how it turns passive receivers into wranglers constantly weaving new subjective narratives (Sterling, 2005) that potentially span all of “cyberspace”.

The downside of being “always on” is fragmentation, a general sense of non-belonging, and loss of meaning (de Ugarte, 2012).

In 1998, in their seminal book “Information Architecture for the World Wide Web”, Peter Morville and Lou Rosenfeld could argue that the Web was the unifying factor that could bring together many different technologies and wildly diverse types of content (Rosenfeld & Morville, 1998). This was the context in which classical information architecture (Resmini & Rosati, 2012a) operated: even if computers had ceased to be cumbersome presences, computing still remained an activity with precise boundaries in space and time: usually at a desk, either in the home or the office. Once a certain task or tasks were accomplished (browsing websites, searching for information, sending or receiving email, writing documents, playing), the computer was usually switched off. When people moved away from the desk, computing did not follow.

This is also somewhat reflected in the oxymoronically disconnected nature of the World Wide Web as it comes out of Rosenfeld and Morville’s book: while they certainly stress the importance of hypertextuality, it is immediately apparent, especially in the 1998 edition, that a “website” is an artifact that lives a rather self-contained existence and that is designed in isolation. This is of course no theoretical or practical shortcoming: this was the reality of online communication design in the late 90s.

But as much as for the architects of the 1920s, things have changed for information architects. If “(o)nce there was a time and place for everything” (Mitchell, 2003, p. 237), in 2013 the Internet has become both so pervasive it is much more than a medium, and one piece in a larger mechanism. Today “things are increasingly smeared across multiple sites and moments in complex and often indeterminate ways” (Mitchell, ibid.) and our focus has moved necessarily away from the single artifact to consider the product or service ecosystem (Resmini & Rosati, 2009) as a complex, cross-channel (Resmini, 2012b) information-based beast. Some parts of this beast might not be online, and some might even be not digital at all.

This is a first formidable push towards change. Constantly reshaped and reconnected over an arbitrary number of different interacting channels by an ever increasing amount of actors, ecosystems force us out of the illusion of the Web as a “simpler” world, where the lenses provided by library science or graphic design seemed to be enough (Dillon, 2002). The question then is: under radically altered conditions, has information architecture really changed? If yes, how?

In a way, it certainly has. The practice has certainly caught up. When illustrating his work with American department store giant Macy’s, Peter Morville clearly stressed the value of going beyond the simple challenge offered by the website and clearly connected the different strategies across touch-points and channels, explicitly structuring his information architecture to be systemic (Morville, 2012). A similar approach can be found in Christian Crumlish’s work at CloudOn (Crumlish, 2013) and in Andy Fitzgerald’s mobile projects at Deloitte Digital (Fitzgerald, 2013), while Luca Rosati at the Istituto degli Innocenti in Florence, Italy, and Jason Hobbs at the Johannesburg Art Gallery in Johannesburg, South Africa, have used information architecture to solve cross-channel design issues and to handle indeterminate problems. All of these examples vastly exceed in scope and complexity the navigation, labeling and structuring model of classical information architecture (Rosenfeld & Morville, 1998).

As for how, this being channel- or medium-aspecific is probably the largest difference between contemporary information architecture and classical information architecture. I argued before (Resmini et al, 2012) that this is not a difference in nature. Rather, it reflects the primary attention to the working practice of classical information architecture: instead of focusing on the sense-making framing that Wurman originally formulated, information architects chose to define their discipline through the artifacts of the practice. In the specific parlance of the late 1990s, websites. Through the years, what was a perfectly acceptable way to frame a practical problem (what do you do?) became a paralyzing identification between a discipline in the making and some of its deliverables, methods, or tools (you are what you do). Information architecture is labeling. Information architecture is card sorting. Information architecture is wireframes. Which, as it is plain to see, is not far from maintaining that photography is but films and printouts. Boundaries that were incidental and serendipitous were turned into absolutes.

This was a predicament that was well reflected in academic research into information architecture, where if possible things were even more problematic. In a 2001 article for the Bulletin of the ASIS&T, Andrew Dillon’s perspective was still technically-minded and bathed in engineering. Dillon maintained that one of the major limitation of information architecture at the time was that “computers in their various forms can make demands on users that stretch the patience and emotional stability of even the most sanguine7”. He went on to enumerate the problems that plagued the architecture of information spaces: “random glitches, unpredictable crashes, dead links, incompatible applications and just plain bad user support are the more likely causes of problems” (Dillon, 2001). I doubt we would (or should) consider a (software) crash a specific problem of information architecture today.

From these premises, though, Dillon concluded that “information architecture is a very real problem and one that we are not yet even close to solving. That said, I am not sure there even is a solution but an ongoing need for refinement and improvement coupled with a greater awareness of human need and contextual resources. Information architecture, as a field, needs to address such issues and counter the onslaught of technical determinism that pervades the information technology world. While the use of the term architecture has both its supporters and its critics, I feel it really can be justified in the information domain and, more importantly, used for inspiration and insight” (Dillon, 2001).

Sadly, most of the research in information architecture still dwells within those walls (Burford, 2011). Academia has still to catch up, and with the benefit of hindsight we can certainly confirm that the lack of any structured progression between 2005 and 2009 has exacted a toll. Opportunities have been lost (Arbogast, 2006) that the publication of the Journal of Information Architecture has only partially started to address. As a community of practice (Hobbs et al, 2010), the information architecture community has had a limited ability to store and disseminate knowledge without confusing it with opinions and circular discussions.
In this scenario, without a solid body of knowledge to refer to and with a thousand sketchy individual inductive processes that nobody could prove right or wrong at disposal (Haverty, 2002), when users suddenly started to be able to create their own categorizations and de facto build their own structures and architectures, crisis was inevitable.

A Crisis Explained

The years of the explosion of the Internet as a mature communication channel are the years in which the shift from postmodernism to pseudo-modernism (de Ugarte, 2012; Kirby, 2012) becomes manifest. Unsurprisingly, they are also the years when information architecture faces its biggest crisis.

When in 2005 Peter Morville published his second book, “Ambient Findability”, he was not only widening, if somehow diluting, the boundaries of information architecture, but he was also riding a long wave of crisis that would solidly hit the practice between 2005 and 2007, and that had to do with a loss of control, centrality, and certainty brought along by the coming of user-generated content. Morville’s ambivalent take on the main “offender”, tagging and folksonomies (Quintarelli, 2005; Vander Wal, 2007), is in plain sight all through the book. “Forget about ontologies and taxonomies. Folksonomies are the future. As David Weinberger puts it, ‘The old way creates a tree. The new rakes leaves together’”(Morville, 2005, p. 139). Not only this reads as a backhanded insult (after all, what is the utility of a pile of leaves apart from calling to mind the proverbial haystack in which things get lost forever?), but Morville elaborates a few lines below that the “metaphor is perfect”, because leaves in a pile, “(t)hey rot”, and beautiful trees of all shapes and colors will feed on them and grow. He then concludes that when it comes to findability, which in the context of the book is often a placeholder for information architecture, “their inability to handle equivalence, hierarchy, and other semantic relationships causes them to fail miserably at any significant scale” (Morville, ibid., p. 139).
This was a view that many held within the community of practice, not just Morville. It was a view that was trying to conciliate the old ways with the new ways, but was unfortunately solidly rooted into the previous paradigm and as such, much like the architects Le Corbusier was addressing in the 1920s, totally incapable to see the direction this new wind was blowing.

From a cultural standpoint, the shift from postmodernism to pseudo-modernism involves a change in authorship and participation models in which much control is lost. For information architecture, still somewhat proceeding in a modernist framing of absolutes, this was an unexpected turn of events and a sore blow that shook quite a few walls. But if folksonomies were a prime manifestation of the crisis within the domain, they were also just a symptom of the larger condition that accompanied the paradigm shift. More radical changes were in store than free tagging.

From Hip-hop to Reality TV

When American DJ and producer Afrika Bambaataa released his single “Planet Rock” in 1982, featuring a distinctive and catchy sampling from European avantgarde-pop group Kraftwerk, he had a hit single in his hands, but he also had an artifact that explained the new irreverent and recombinatory logic of Postmodern perfectly. The whole hip hop music scene of the early 1980s is a very good example of the central role played by citationism, intertextuality, irony, and pastiche within early postmodernism (Bertens, 1994; McGuigan, 2006).

Very much alike, the deluge of reality tv shows and their cultural derivatives8 is an expression of the rapidly decreasing centrality assigned to the Author that marks Pseudo-modern. In the late 1990s or late 2000s, “the emergence of new technologies re-structured, violently and forever, the nature of the author, the reader and the text, and the relationships between them” (Kirby, 2012)9: while Postmodern narrative, with its over-conscious sense of self and history, attention to intertextuality, and often overused pastiches (of styles, times, genres), still remains an authorial affair10, Pseudo-modern “fetishes the recipient of the text to the degree that they become a partial or whole author of it” (Kirby, 2012).

A sense of detachment is also another primary aspect of Postmodern that Pseudo-modern rejects, favoring a visceral, raw, uncut, first-person immersions within what appears to be, legitimately or because of careful directing and editing, the unfolding stream of events11. Detachment is a consequence of acute self-consciousness. David Mitchell’s “Cloud Atlas”, or Umberto Eco’s “The Name of the Rose” resort to playing with mirrors and layers and narrative into narrative to regain a pristine voice12: most often, citations or parodies provide a simpler and generally very successful way to achieve the same effect (Rombes, 2009). The “Shrek” movie franchise is a good example: detachment, irony and re-composition (de Ugarte, 2012)13 are central, necessary elements of the storytelling mechanism that fuels the green ogre’s adventures. At the same time, it is the “loops” we already know from a thousand other retellings that make the story an interesting read, albeit a very different one from that of the tradition.

From this specific point of view, postmodernism is eminently and irremediably an old media phenomenon concerned with books, films, music, and the television screen, and fundamentally addressing culture as a “spectacle before which the individual (sits) powerless” (Kirby, 2012). Postmodernism paints a picture where Twitter, Facebook, Instagram, Path, and any service that relies on user co-production (Sterling, 2005), have no place. Pseudo-modern cultural products, on the other hand, “cannot and do not exist unless the individual intervenes physically in them” (Kirby, 2012).

In this perspective, convergence (Jenkins, 2006) still delineates a largely industry-driven model of audience involvement, at least for the tv broadcasting and film industries (Tryon, 2009). It is no different for the many nuances of crossmedia and transmedia. Even though crossmedia slowly seems to assume a more static connotation, that of an “environment” where “content is repurposed, diversified and spread across multiple devices to enhance, engage and reach as many users/viewers as possible” (Iacobacci 2008), and transmedia a more dynamic, “storytelling” allure characterized by “content (that) becomes invasive and permeates fully the audience's lifestyle (...) across multiple forms of media in order to have different entry points in the story; entry-points with a unique and independent lifespan but with a definite role in the big narrative scheme” (Jenkins 2011), they remain top-down models where control remains strongly within corporate hands.

Pseudo-modernist narratives jump this gap. In them, just like on Facebook, “content and dynamics are invented or directed by the participating viewer or listener”. But the nomenclature is off, as these participants are not simply viewing and listening, or browsing through a website, they are actively contributing to the creation of the final artifact. These are the “wranglers” Sterling was talking about (2005), co-producers of content, and a very different “user” from those information architecture was addressing in the early years of its Web-related heyday14.

So it does not come as a surprise that information architecture as a construct faced a thorough moment of crisis with this paradigm shift. User-generated content and structures such as folksonomies, pseudo-modernist artifacts, challenged the postmodernist framing that the generation of the 1990s was applying, unaware. The very idea of information architecture was questioned and its death, due to impeding uselessness, proclaimed (Porter, 2006).

The first tentative steps to fully embrace the complexity of pseudo-modern came with those who tried to recompose the fracture between the classical top-down taxonomic vision and the new bottom-up emergent structures (Campbell & Fast, 2006; Quintarelli et al, 2007). No single truth was to be attained in the process, no supreme order identifiable through the “calculations” of engineers, but rather a multiplicity of voices that prefigure many possible orders. In the age of Facebook, there can be no “unique” homepage or timeline, as we are all constantly remediating our sources and producing our own tailored version of services, conversations, and ultimately reality. This is precisely why information architecture, in its broader a-specific “sense-making” and structuring reframing, becomes central for managing the changes introduced by the paradigm shift15.

The primary artifact of information architecture, unlike other fields of design, is abstract: it is this “sense-making” – the arrangement and organization of the information structure that in its truest form exist primarily in the mind of the user as a conceptual model. Physical elements of the information architecture such as navigation, or search, are akin to signs in a way-finding system: parts that participate of the whole, but that even when fully collected still fall short of “being” the whole16. The design artifact here is the specific journeys, the specific structures, that the actors in the system design for themselves, as they orientate through a service or series of connected services. It is a process of sense-making and place-making in digital and physical space. The transience of artifacts and their continual flow create states of uncertainty and imbalance for the actors in the system that need to be counteracted to prevent degradation of the user experience, something entirely not necessary in the more passive, unidirectional crossmedia and transmedia experiences.

This is a logical and pragmatic response to the intellectual dilemmas brought forth by the paradigm shift: in true pseudo-modernist fashion, individual perspectives are valuable not because everything is valuable, but because they embody possible individual resolutions that can be rendered resilient through persistence or proven to be transient, improving both the process and the artifacts via a bottom-up approach that epistemologically prioritizes the results over the creators, the tools and the deliverables.
The decoupling from the traditional artifacts of the practice introduces two important consequences in contemporary information architecture. The first one is a conceptual shift towards indeterminacy, complexity, and abstract thinking (Fenn & Hobbs, 2013; ); the second one, brought along by the increasingly hybrid digital / physical nature of cross-channel information spaces, is a reinforced attention to the creation of a sense of place (Cresswell, 2004; Höök et al, 2003; Resmini & Rosati, 2011b) and of meaning (Norman & Lucas, 2000; Fisher et al, 2012).

Artifacts

To better illustrate the change, I will briefly introduce three very different interventions: Jason Hobbs’ work with the Johannesburg Art Gallery in Johannesburg, South Africa; Luca Rosati’s work at the Istituto degli Innocenti in Florence, Italy; and my work within the ISET17 project for the transportation system in Gothenburg, Sweden. The diversity in object, scope and approach perfectly illustrates the multiple facets of contemporary information architecture.

The Johannesburg Art Gallery

Jason Hobbs’ work for the Johannesburg Art Gallery18 (JAG) in Johannesburg, South Africa, is exemplary of how information architecture can be used to break down and approach wicked problems. The JAG is home to one of the largest art collections on the continent, with paintings and sculptures from both Europe and Africa. Its collocation in downtown Johannesburg, in a particularly troubled and usafe neighborhood close to the railway lines and on the border of Joubert Park, has made access and visibility an issue, and turned these into a systemic shortage of funding, attention, visitors, and resources.

"The Johannesburg Art Gallery, plan"

Asked to provide solutions that could improve the dire outlooks of the gallery and make it into a viable proposition that could engage local, national, and international support, Hobbs framed the problem space as part of the larger wicked problems grounded in the social reality of Johannesburg, one that the traditional siloed approach offered by design (graphic, visual, industrial, architectural, digital) could not solve. Local intervention after intervention was just weakening any chance of producing positive change (Hobbs, 2013). The issues were systemic, and the approach should be systemic and cross-channel, as defining the problem is also defining its solution: where we draw the boundaries of a system depends on the questions we ask and the goals we have (Meadows, 2006).

The project was run as a research project, and particular attention was devoted by Hobbs to produce results that could be scientifically communicated and disseminated. The overall approach relied on information architecture to provide the foundational basis of understanding the JAG ecosystem, under the assumption that as research that tries to understand and solve such problems is multi-disciplinary in nature, results configure vast amount of data and the only way to make sense of that data is through sense-making and meaning-making.

"The Johannesburg Art Gallery, website"

Throughout the course of the project, Hobbs found himself and his team constantly pushing away from the idea that the global information architecture that was taking shape resulted necessarily in deliverables such as wireframes, site maps, or taxonomies. According to Hobbs, “the information architecture deliverable (we were creating) was the synthetic resolution of the problem ecology as expressed in deliverables that strived to describe it” (Hobbs, 2013). Similarly, Hobbs “fought the idea that the design solution would be a website, or a mobile app, or an addition to the gallery. (...) (T)he design solution is the resolution of the problem. The design artifacts can be either a website or a new room”. To Hobbs, this is also the key for civil and ethic engagement through information architecture, and a key reframing of its meaning. Rather than solely deriving its value and purpose from the delivery of a measurable business outcome to stakeholders, information architecture derives relevance from making sense of abstract complex problems. This, then, can be turned into business, cultural, artistic, or civic values.

The Istituto degli Innocenti

Luca Rosati’s work at the Istituto degli Innocenti, a an institution founded in the mid-15th century for the care of children and still active in Florence, Italy, follows in the steps of the theory of pervasive information architecture for cross-channel user experience design exposed in Resmini & Rosati (2011a). Rosati led the design team to adopt a systemic approach to weave a number of separated and largely juxtaposed resources belonging to the Istituto into a cohesive whole through consistency and correlation.
The Innocenti hosts the National Center for Analysis and Documentation on childhood and Adolescence, a library, a museum, and the archives of the Ospedale degli Innocenti. These structures have always performed as autonomous, unrelated elements pursuing different strategies with different means, both online and offline. Rosati, while respecting their individual goals and specificity, set out to establish a different, holistic model that could produce a better, less fragmented user experience for both staff and visitors (Rosati, 2012).

"Istituto degli Innocenti, front"

During the reordering of the archives in the late 1990s, a bottom-up thesaurus following the ISO 2788-1986 standard had been introduced to re-index documents. When the website first and the museum second were considered for redesign, Rosati suggested a systemic approach and the adoption of the thesaurus as the foundational layer to homogenize the language used throughout the various channels. The thesaurus became the a-specific ordering principle that could be expanded to all touch-points in the system, breaking the silo effect and effectively transforming any visit, irrespective of its starting point, in a possible exploration of a multitude of personal paths within the ecosystem of the Istituto.

"Istituto degli Innocenti, correlations"

As Rosati states, “the goal was to show how different channels and contexts (diverse in their nature and in the interfaces they offer) could be successfully correlated into a working ecosystem that relies on a common underlying information architecture. At the Istituto, the information architecture is the one element that creates experiential continuity between the different contexts, simultaneously reinforcing the brand and the global goals of the institute in both digital and physical space” (Rosati, 2012).

The Personal Travel Manager

ISET, Innovation for Sustainable Everyday Travel, was a cooperation between a large number of public and private partners in the Gothenburg region in Western Sweden, including the Chalmers University of Technology, the City of Gothenburg’s Public Transport Authority, the Swedish Transport Administration, Telenor Sverige AB, the University of Borås, Viktoria Swedish ICT and Västtrafik, the local bus and train company. The global goal of the project was to produce a better, co-modal, sustainable traffic and transport environment for the city and its surroundings through digital innovation.

Part of the engagement resulted in the re-architecting of a multi-purpose mobile travel planner mainly aimed at commuters. This became a complete conceptual refactoring of the application, that moved the perspective from the mobile app as a tricorder-like, do-it-all gadget to it being a part of the city transport open ecology19 while at the same time trying to allow them to maximize their choices and go beyond simple satisficing or a plain bad commuting experience.
Initially developed for Android smartphones and iPhones, the app had been thoughtfully designed on the grounds of a thorough research phase, had been implemented in alpha status, and tested with a smallish group of car commuters living in a medium-to-high income neighborhood. Results were poor and the test group seemed to find no real practical use for it.

"Personal Travel Manager, channels and ecosystem"

Interviews and user data suggested that the primary factors for using one’s car instead of relying on public transport were found to be control and risk reduction: co-modal transportation, with its web of collaborating systems (parking lots, bike paths, buses, trains), means an immediate loss of control, and a perceived increased risk of being late or stranded along the way because of the unevenly way information was distributed along the journey, especially in negative spaces.

The app did nothing to ease or solve these issues. It offered complete minute-by-minute start point/ end point planning of itineraries, but commuters, who rarely deviate from routine and are knowledgeable of their surroundings, did not really need that. So a decision was taken to make the app a piece of a larger cross-channel strategy involving other ambient information provider such as real-time displays at the bus stations and train stations, parking lot systems, and traffic points, with the design goal of respecting these other information sources in the system (for example, by not duplicating or second-guessing information available elsewhere), in order to structure an ecology of seamless co-providers.

The travel planner was turned into an ecosystem-aware information broker, a personal travel manager that was conceived to integrates seamlessly with the many other touch-points commuters would find along their way when using co-modal transportation. Its role became that of being the glue that ties all different pieces of the journey into a consistent experience, always providing clues on what already happened and what is going to happen next. Control was taken away from the app and given back to users: the personal travel manager had to behave like a discreet secretary, only becoming active when necessary, for example for proactive warnings, changes in status, or for intelligent re-routing in case of disruption. Destinations were known, so request for user input after setup were reduced to a minimum.

Broad and Deep

While all of these projects and interventions would definitely qualify as information architecture work even from the standpoint of artifact-centered classical IA (after all, wireframes were sketched out, taxonomies were re-built, interviews were conducted, and solutions were delivered), they clearly describe a completely different take on the field that goes way beyond what the theory and practice considered in the late 1990s and early 2000s, and that has strong ties to design and architectural practices that were definitely not part of the original framing (Burford, 2011).

Information architecture has changed. There is plenty to suggest that it has left any diatribe around “big” and “small” behind (Morville, 2000) to go “broad” and “deep”. And while academic research still has not completed the transition, contemporary practice seems to be very well aware of the challenges ahead, and works of information architecture that tackle complexity and place-making in a postdigital, pseudo-modernist sense just like Hobb’s and Rosati’s are becoming more and more commonplace.

Ghosts and Machines

A few final considerations. In Masamune Shirow’s cyberpunk manga franchise Ghost in the Shell, the protagonist, major Kusanagi, is a cyborg with an attitude. Set in 21st century Japan, the series follows the exploits of an anti-cyberterrorist police section called Public Security Section 9. The title is again a postmodernist homage to Gilbert Ryle’s famous critique of the Cartesian dichotomy between body and mind. For the British philosopher, category mistakes and gross errors in logic contributed to Decartes’ illusionary depiction of the mind as being something separated from the body that we can discuss in abstract, a “ghost in the machine” (Ryle, 2000). For Ryle, mental processes, the ghost, cannot be investigated in isolation, separated from physical processes, the machine.

Similarly, the cyborgs of Ghost in the Shell are a way for Masamune to explore the thin line between human and non-human: what really makes a human being a human being when the differences between the two are becoming more and more a matter of philosophy rather than physiology? What exactly does “human” mean, when minds can be copied and hacked and the body replaced? In the end, there is no definitive answer, but a strong hint that major Kusanagi, trapped within her own self, is asking the wrong questions. There is no ghost, there is no machine. There is just a different "being"20.

This is the crucial change information architecture is going through. Information architecture has long been concerned with the ghost. A ghost of rationality in which interactions were carried out in precise quantities in the disembodied world behind the screen of a computer, and where the machine existed as a separate and inessential entity. This is what taxonomies are about. This was a Modernist logic working within a Postmodernist world. We didn’t know that, because we simply had no way to both be in the picture and outside the picture looking in. The World Wide Web was the niche of opportunity that the Rosenfeld and Morville generation turned into enablement. The results of their contributions have produced new enablements and evolved the ecosystems they have been part of. Computing happens everywhere, all the time, and the world is now the screen (Hinton, 2013). Technological, economic and social modifications have now moved us into a different state, one where a pseudo-modernist logic has become the dominant paradigm and where we can see we are not ghosts in a machine, but rather embodied beings that straddle the digital and the physical world, concerned once again with meaning and not with technology.

It is a postdigital world where being digital is just another part of being, as it should be. This is information architecture’s new niche of opportunity.

Acknowledgments

The more we move along, the more this becomes a conversation where the multiplicity of voices makes it difficult to remember exactly who am I indebted with for a particular turn of phrase, an illuminating idea, an unexpected connection, or a necessary but elusive reference. This said, Jorge Arango, Abby Covert, Terence Fenn, Andrew Hinton, Jason Hobbs, Lis Hubert, Dan Klyn and Luca Rosati have been instrumental in getting here, and this paper would not exist without their insights. Thank you. The door is open, and we have a nice stretch of road open before us, one step at a time.
I owe Christian Crumlish, Martyn Dade-Robertson, Jon Fisher, Andy Fitzgerald, Keith Instone, Peter Morville, Simon Norris, Lou Rosenfeld, Bogdan Stanciu and Christina Wodtke a shoutout. Thanks for many an eye-opening conversation. I also owe Alberta Soranzo a sentence. She owes me drinks, so I guess that is settled.

Finally, I would like to thank Andrew Hinton for giving me permission to reuse the subtitle of his World IA Day 2013 Ann Arbor presentation (Context Design – Information as Architecture) as the title of this paper when I was out of ideas. I changed my mind in the end and went for something clearly more boring, as I believe that line is so good it deserves more than a supporting role. It should be on a book cover.

Bibliography


Arango, J. (2013). … For the World Wide Web. http://www.jarango.com/blog/2013/06/28/for-the-world-wide-web/. Accessed Jun 1 2013.
Arbogast, B. (2006).The IA of Potentiality: Toward a Grounded Theory of Information Architecture Philosophy, Theory and Research. Bulletin of the American Society for Information Science and Technology. Vol. 32. Issue 6.
Bertens, H. (1994). The Idea of the Postmodern. Routledge.
Burford, S. (2011). Web Information Architecture – A Very Inclusive Practice. Journal of Information Architecture. Vol. 3, Issue 1. http://journalofia.org/volume3/issue1/03-burford/. Accessed Apr 16 2013.
Bussolon, S. & Potente, D. (2009). Quando i passeggeri progettano l’aeroporto (When Passengers design the Airport). Proceedings of the 3rd Italian Information Architecture Summit 2009. http://www.slideshare.net/davidepotente/quando-i-passeggeri-progettano-laeroporto. Accessed Apr 12 2013.
Campbell, G. D. & Fast, K. (2006). From pace layering to resilience theory: the complex implications of tagging for information architecture. Proceedings of the 7th ASIS&T IA Summit.
ComScoreData. (2012). Brits Most Engaged Online Audience in Europe. http://www.comscoredatamine.com/2012/08/brits-most-engaged-online-audience-in-europe/. Accessed Dec 11 2012.
Cresswell, T. (2004). Space: A Short Introduction. Wiley-Blackwell.
Crumlish, C. (2013). Tablet First: Designing holistic ubiquitous experiences. http://mediajunkie.com/2013/tablet-first-uxi-live/. Accessed Jun 19 2013.
Dade-Robertson, M. (2011). The Architecture of Information. Routledge.
de Ugarte, D. (2012). Pseudomodernidad y ausencia de relato. http://bitacora.lasindias.com/pseudomodernidad-y-ausencia-de-relato/. Accessed Dec 3 2012.
Dillon, A. (2001). If this is information architecture, I need a plumber. Bulletin of the American Society for Information Science and Technology. Vol. 28. N.1.
Dillon, A. (2002) Information Architecture in JASIST: Just where did we come from? Journal of the American Society for Information Science and Technology. Volume 53. Issue 10. Pp. 821 – 823.
Dourish, P. (2004). Where the Action Is: The Foundations of Embodied Interaction. The MIT Press.
Fenn, T. & Hobbs, J. (2012). The information architecture of transdisciplinary design practice – Rethinking Nathan Shedroff's continuum of understanding. DDR 2012 – 2nd International Conference On Design, Development & Research.
Ferschin, P., & Gramelhofer, A. (2004). Architecture as information space. Eighth International Conference on Information Visualisation. http://doi.ieeecomputersociety.org/10.1109/IV.2004.1320142.
Fisher, J., Norris, S., & E. Buie (2012). Sense-making in Cross-channel Design. Journal of Information Architecture. Vol. 4, Issue 1-2. http://journalofia.org/volume4/issue2/02-fisher/. Accessed May 26 2013.
Fitzgerald, A. (2013). Taxonomy for App Makers. http://www.slideshare.net/andybywire/taxonomy-for-app-makers. Accessed Apr 11 2013.
Haverty, M. (2002). Information Architecture Without Internal Theory: An Inductive Design Process. Journal of the American Society for Information Science and Technology. Vol. 53. No. 10. Pp. 839-845. http://dx.doi.org/10.1002/asi.10096.
Hinton, A. (2008). Linkosophy. Inkblurt. http://www.inkblurt.com/media/linkosophy.pdf. Accessed Dec 8 2012.
Hinton, A. (2009). The Machineries of Context. Journal of Information Architecture. Vol. 1. No. 1. http://journalofia.org/volume1/issue1/04-hinton/. Accessed Feb 6 2013.
Hinton, A. (2013). The World is the Screen. 14th ASIS&T Information Architecture Summit. http://www.slideshare.net/andrewhinton/the-world-is-the-screen. Accessed Feb 7 2013.
Hobbs, J. (2013). Research summary and strategic recommendations for the Johannesburg Art Gallery. Awaiting publication.
Hobbs, J., Fenn, T., & Resmini, A. (2010). Maturing a Practice. Journal of Information Architecture. Vol. 2. Issue 1. http://journalofia.org/volume2/issue1/04-hobbs/. Accessed Feb 6 2013.
Höök, K., Benyon, D. & . Munro, A. J. (2003). Designing information spaces: the social navigation approach. Springer.
Kuhn, T. S. (1996). The Structure of Scientific Revolutions. University of Chicago Press. 3rd ed.
Iacobacci, N. (2008). From crossmedia to transmedia: thoughts on the future of entertainment. http://www.lunchoverip.com/2008/05/from-crossmedia.html. Accessed Mar 16 2013.
Institute for the Future. (2009). Blended Reality: Superstructing Reality, Superstructing Selves. http://www.iftf.org/node/2598. Accessed Dec 7 2012.
Jacobs, J. (1992). The Death and Life of Great American Cities. Vintage.
Jenkins, H. (2006). Convergence Culture. New York University Press.
Jenkins, H. (2011). Transmedia 202: Further Reflections. http://henryjenkins.org/2011/08/defining_transmedia_further_re.html. Accessed Mar 17 2013.
Jenkins, S. (2011). Welcome to the post-digital world – An exhilarating return to civility via Facebook and Lady Gaga. The Guardian. http://www.guardian.co.uk/commentisfree/2011/dec/01/post-digital-world-web. Accessed Mar 14 2013.
Johnson, M. (1987). The Body in the Mind: The Bodily Basis of Meaning, Imagination, and Reason. University of Chicago Press.
Kauffman, S. (2012). Sustainable to evolvable / Evolving by magic. http://thoughts.arup.com/post/details/200/evolving-by-magic. Accessed May 12 2013.
Kirby, A. (2009). Digimodernism. Continuum.
Kirby, A. (2010). Successor states to an empire in free fall. http://www.timeshighereducation.co.uk/story.asp?sectioncode=26&storycode=411731&c=2. Accessed Dec 9 2012.
Kirby, A. (2012). The Death of Postmodernism and Beyond. Philosophy Now. http://philosophynow.org/issues/58/The_Death_of_Postmodernism_And_Beyond. Accessed Dec 3 2012.
Klyn, D. (2012). Architecture is not Design. Wildly Appropriate. http://wildlyappropriate.com/2012/08/12/architecture-is-not-design/. Accessed Dec 4 2012.
Le Corbusier (2007). Toward an Architecture. Getty Research Institute. New ed.
Lomas, N. (2012). Africa’s Mobile Market To Pass 80% Subscriber Penetration In Q1 Next Year; 13.9% Of Global Cellular Market By 2017. Techcrunch. http://techcrunch.com/2012/11/28/abi-africas-mobile-market-to-pass-80-subscriber-penetration-in-q1-next-year-13-9-of-global-cellular-market-by-2017/. Accessed Dec 4 2012.
Lucas, P., Ballay, J., & McManus, M. (2012). Trillions: Thriving in the Emerging Information Ecology. Wiley.
Lynch, K. (1960). The Image of the City. The MIT Press.
Manovich, L. (2001). The Language of New Media. The MIT Press.
McGuigan, J. (2006). Modernity and Postmodern Culture. McGraw-Hill.
Meadowns, D. H. (2008). Thinking in Systems – A Primer. Chelsea Green Publishing.
Mitchell, W. J. (2003). Me++ – The Cyborg Self and the Networked City. The MIT Press.
Morville, P. (2005). Ambient Findability. O'Reilly.
Morville, P. (2000). Big Architect, Little Architect. http://argus-acia.com/strange_connections/strange004.html. Accessed Apr 16 2012.
Morville, P. (2010). Ubiquitous Service Design. http://semanticstudios.com/publications/semantics/000633.php. Accessed Dec 8 2012.
Morville, P. (2012). Ubiquitous IA – Cross-channel Strategy. Midwest UX 2012. http://www.slideshare.net/morville/ubiquitous-information-architecture-crosschannel-strategy. Accessed Dec 1 2012.
Mueller, H, Gove, J. L. & Webb J. S. (2012). Understanding Tablet Use: A Multi-Method Exploration. Proceedings of the 14th Conference on Human-Computer Interaction with Mobile Devices and Services (Mobile HCI 2012).
Negroponte, N. (1998). Beyond Digital. Wired. Issue 6.12. http://www.wired.com/wired/archive/6.12/negroponte.html. Accessed Dec 1 2012.
Norberg-Schulz, C. (1971). Existence, Space & Architecture. Praeger Publishers.
Norman, A. & Lucas, P. (2000). Information Architecture and the Emergent Properties of Cyberspace. Maya.
McQuaid, H. L., Goel, A. & McManus, M. (2003). Designing for a Pervasive Information Environment: the Importance of Information Architecture. Proceedings of HCI 2003: Designing for Society.
My (2012). Lifeboat #5: Richard Saul Wurman. In My (1976). What Do We Use As a Lifeboat When the Ship Goes Down? Harper & Row. Out of print. Journal of Information Architecture. Vol. 3. No. 2. http://journalofia.org/volume3/issue2/02-my/. Accessed Jan 24 2013.
Pepperell, R. & Punt, M. (2001). The Postdigital Membrane. Intellect
Porter, J. (2006). Thoughts on the Impending Death of Information Architecture. Bokardo. http://bokardo.com/archives/thoughts-on-the-impending-death-of-information-architecture/. Accessed Dec 2 2012.
Quintarelli, E., Resmini, A. & Rosati, L. (2007). Facetag: Integrating Bottom-up and Top-down Classification. Proceedings of SWAP 2006. Vol. 201. CEUR-WS.
Quintarelli, E. (2005). Folksonomies – Power to the People. ISKO. http://www.iskoi.org/doc/folksonomies.htm. Accessed Apr 16 2013.
Resmini, A. (2012a). Information Architecture in the Age of Complexity. Bulletin of the American Society for Information Science and Technology. Vol. 39. No. 1.
Resmini, A. (2012b). What is Cross-channel. http://andrearesmini.com/blog/what-is-cross-channel. Accessed Dec 6 2012.
Resmini, A., Hobbs, J., & Fenn, T. (2012). Architectures of Meaning. Workshop at Pervasive 2012.
Resmini, A. & Rosati, L. (2011a). A Brief History of Information Architecture. Journal of Information Architecture. Vol 3. Issue 2.
Resmini, A. & Rosati, L. (2009). Information Architecture for Ubiquitous Ecologies. Proceedings of the ACM MEDES 09. http://dx.doi.org/10.1145/1643823.1643859.
Resmini, A. & Rosati, L. (2011b). Pervasive Information Architecture. Morgan Kauffman.
Rombes, N. (2009). Cinema in the Digital Age. Wallflower Press.
Rosati, L. (2007). Architettura dell’Informazione. Apogeo.
Rosati, L. (2012). Cross-channel Design all’Istituto degli Innocenti. http://lucarosati.it/blog/cross-channel-design. Accessed Mar 16 2013.
Rosenfeld, L. & Morville, P. (1998). Information Architecture for the World Wide Web. O'Reilly. 1st edition.
Ryle, G. (2000). The Concept of the Mind. University of Chicago Press. New ed.
Shiffman D. (2008). Learning Processing. Morgan Kaufmann.
Shirky, C. (2008). Here Comes Everybody. Penguin Press.
Sterling, B. (2005). Shaping Things. The MIT Press.
Tryon, C. (2009). Reinventing Cinema - Movies in the Age of Media Convergence. Rutgers University Press.
Tuan, Y. (1977). Space and Place. University of Minnesota Press.
Vander Wal, T. (2007). Folksonomy: Coinage and Definition. http://vanderwal.net/folksonomy.html. Accessed Dec 11 2012.
VanPatter, G. K. (2005). Wurman Uncut: A Conversation with Richard Saul Wurman. NextD Journal. http://issuu.com/nextd/docs/conv16. Accessed Apr 16 2013.
Wurman, R. S. (1997). Information Architects. Graphis Inc.

(Cover: Flight 93 Section in the 9/11 Memorial, New York. Pic is a remix of InSapphoWeTrust, http://www.flickr.com/photos/skinnylawyer/6451064881/ - CC BY-SA 2.0)

  • 1. This non-definition I owe to a rather long list of people, including Luca Rosati with whom I first discussed the pervasiveness of information architecture in 2006, and Jorge Arango, who characterizes information architecture as “the only field I’m aware of that is concerned with the structural integrity of meaning across contexts” (Arango, 2013).
  • 2. “Palaces? They were fine for the grand dukes back then” (Le Corbusier, 2007, p. 150).
  • 3. The similarities with the idea that “designers need to be coders” that has been a common tenet within the industry in the past 2-3 years is far from striking. For an academic take and a more structured overview of the topic of designers / coders, see Shiffman D. (2008). Learning Processing. Morgan Kaufmann. An introductory video is available at http://vimeo.com/16140257.
  • 4. GKVP: “How do you feel about calling yourself an information architect today?” RSW: “Well it’s ok. I would rather call myself that than an information designer because the word design has worse connotations”.
  • 5. Journal of Information Architecture. http://journalofia.org.
  • 6. Even though the expression goes all the way back to Robert Silverberg’s 1970 novel “Tower of Glass”, William Gibson made it famous in “The Winter Market”, a short story in his collection Burning Chrome (1986), where he wrote: “She couldn’t move, not without that extra skeleton, and it was jacked straight into her brain”.
  • 7. Emphasis mine.
  • 8. The “shaky camera” style employed in movies such as Cloverfield (2008) or the “found footage” style of movies such as “Chronicle” (2012) are a clear transposition of reality tv shows stylemes into filmic language.
  • 9. In earlier articles Kirby refers to the phenomenon as digimodernism. See Kirby, 2009, and Kirby, 2010.
  • 10. Quentin Tarantino’s 1994 movie Pulp Fiction or Christopher Nolan’s 2000 Memento are for example prime examples of postmodernist cinema.
  • 11. Regardless of course of the fact that this supposed “naturality” is a precisely organized and extremely artificial construct, an architected narrative, so to speak, where time compression, cuts, juxtaposition, and editing are used to turn boring “reality” into gripping storytelling.
  • 12. As Umberto Eco very eloquently noted in his Postscript to the Name of the Rose, “Is it possible to say ‘It was a beautiful morning at the end of November’ without feeling like Snoopy? But what if I had Snoopy to say it? If, that is, ‘It was a beautiful morning ...’ were said by someone capable of saying it, because in his day it was still possible, still not shopworn? A mask: that was what I needed.”.
  • 13. In English as de Ugarte, D. (2012). Pseudo-modernism and the absence of narrative. http://english.lasindias.com/pseudo-modernism-and-the-absence-of-narrative/ (Translated by S. Herrick).
  • 14. It might be worth noting that user-centered design, very often considered a foundational part of information architecture and not one of many possible methodologies that might be employed, involves considering the users as integral to the development process in terms of needs, wants, and limitations, but says nothing about them as producers or co-producers of the informational content of the final artifact or system.
  • 15. With larger ethical and cultural implications I will not discuss here. For a legal perspective, see Klang, M. (2006). Disruptive Technologies. University of Gothenburg. For a contrary perspective on Internet culture, see Carr, N. (2011). The Shallows. W. W. Norton & Company.
  • 16. For this definition I’m profoundly indebted to Terence Fenn and Jason Hobbs and our team work on the Architectures of Meaning workshop at Pervasive 2012.
  • 17. More on ISET can be found at http://web.viktoria.se/iset/. The project ran 2009-2013 and was funded through grants provided by Vinnova, Region Västra Götaland, and the Sjuhärad Association of Local Authorities.
  • 18. Hobbs coordinated a multi-disciplinary team comprising research staff and students from the Faculty of Arts, Design, and Architecture (FADA) at the University of Johannesburg, gallery staff, stakeholders, and marketing and architectural firms. The author of this paper contributed to the proposal for a cross-channel information architecture for the gallery.
  • 19. As opposed to closed ecosystems such as those from Apple or Amazon, where control is in the hands of a regulating entity or company, an open ecology sees a rather large number of players participate and some of them competing in their offer of alternative services and resources. In this case, means of transport and transport-related facilities.
  • 20. In the 1995 anime movie, whose storyline revolves around the Puppet Master, major Kusanagi ultimately bonds with him (?) to produce a new, self-aware sentient entity.
My Dad's portable Underwood
About this paper
This is the original draft version of a paper written between October 2012 and January 2013. That paper led to the Reframing Information Architecture workshop at the IAS 2013, and has now been published as "Les architectures d’information" (Architectures of Information) in Études de communication n. 41, 2013. As such, it's a long read, and dense in places. If you make it to the end and quote any of this somewhere else, please use EdC's own entry as reference: Resmini, A. (2013). Les architectures d’information. Études de communication [Online]. Vol. 41. http://edc.revues.org/5380.

Big rock small rock

Information architecture, way-finding, user experience, and design.

Usability banzai

Title says it all. The Takeshi's Castle of web site usability

Life in the tech lane

I used to be a sysadmin, and I still rsync now and then.

Daglig Svenska

The undersea adventures of getting settled in Sweden. Just details from a very small picture.