The use of application programming interfaces (APIs) to develop and design technological forms of structured exchanges is an increasingly prevalent practice at present, allowing data to be shared, automated, circulated and redistributed in wider computational culture. Despite acting as key infrastructural elements and connectors, the prominence and importance of APIs is still under recognised. Via a brief survey of the history of API development and then closer regulatory and technical analysis of the long standing, non-profit net.art generator (nag) (1997), this study aims to bring to the fore key sociotechnical elements of API design. Particular attention is given to protocological forms of control as these can be enacted through APIs via the regulations, terms of service and specific operational processes and affordances of fetching networked data. net.art generator uses the Google API and URL and specific attention is given to Google’s setting of terms for exchange. In doing so, we give a few suggestions for how anyone working with APIs might think through certain key questions around the creation and use of APIs, particularly in regards to the parameters of openness, accessibility and terms of inclusivity that APIs set upon practices of knowing, sharing, participation and exchange.

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<p>This paper discusses the role of technology under the framework of Critical Technical Practice specifically in the form of constructing artefacts and deconstructing tools in order to produce what Philip Agre would describe as “reflexive work of critique” (Agre, 1997). By presenting the activities and methods used in the teaching and shaping of undergraduate courses, this paper aims to show how technical objects, such as data, datasets, application programming interfaces and machine learning models, can be considered as discursive subjects, demonstrating pedagogical understanding across fields.</p> <p><br> </p> <p>The courses operate in the humanities tradition and take critical technical practice as a didactic approach, insofar as software and data are understood and manipulated on an instrumental level, while encouraging critical engagement and embodied reflection that bridge the technical and social/cultural domains. Within this pedagogical approach, critical is not only understood as a paradigm of rationality or quantitative, data-driven argumentation, but as adopting a critical position –i.e. to research and reflect on the social structures and cultural phenomena entangled with digital objects, bodies, tools, methods and software production.</p> <p><br> </p> <p>By embracing work-in-progress and reflexive exploration, we aim to extend the notion of critical technical practice by unfolding how (de)constructing machines can be achieved beyond thinking of technology as neutral instrumentalisation. The challenge is how to find a balance, not only as researchers but as educators, unfolding aspects of both formality and functionality as well as questioning and understanding technology at a discursive and critical level. We argue that learning technical practice in an educational setting is not an end, but rather a means to question existing technological structures and create further changes in socio-technical systems.</p>

This paper discusses the role of technology under the framework of Critical Technical Practice specifically in the form of constructing artefacts and deconstructing tools in order to produce what Philip Agre would describe as ‘reflexive work of critique’ (Agre, 1997:155). By presenting the activities and methods used in the teaching and shaping of undergraduate courses, this paper aims to show how technical objects, such as data, datasets, application programming interfaces and machine learning models, can be considered as discursive subjects, demonstrating pedagogical understanding across fields. The courses operate in the humanities tradition and take critical technical practice as a didactic approach, insofar as software and data are understood and manipulated on an instrumental level, while encouraging critical engagement and embodied reflection that bridge the technical and social/cultural domains. Within this pedagogical approach, critical is not only understood as a paradigm of rationality or quantitative, data-driven argumentation, but as adopting a critical position – that is, to research and reflect on the social structures and cultural phenomena entangled with digital objects, bodies, tools, methods and software production. By embracing work-in-progress and reflexive exploration, we aim to extend the notion of critical technical practice by unfolding how (de)constructing machines can be achieved beyond thinking of technology as neutral instrumentalisation. The challenge is how to find a balance, not only as researchers but as educators, unfolding aspects of both formality and functionality as well as questioning and understanding technology at a discursive and critical level. We argue that learning technical practice in an educational setting is not an end, but rather a means to question existing technological structures and create further changes in socio-technical systems.

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<p>This paper discusses the role of technology under the framework of Critical Technical Practice specifically in the form of constructing artefacts and deconstructing tools in order to produce what Philip Agre would describe as “reflexive work of critique” (Agre, 1997). By presenting the activities and methods used in the teaching and shaping of undergraduate courses, this paper aims to show how technical objects, such as data, datasets, application programming interfaces and machine learning models, can be considered as discursive subjects, demonstrating pedagogical understanding across fields.</p> <p><br> </p> <p>The courses operate in the humanities tradition and take critical technical practice as a didactic approach, insofar as software and data are understood and manipulated on an instrumental level, while encouraging critical engagement and embodied reflection that bridge the technical and social/cultural domains. Within this pedagogical approach, critical is not only understood as a paradigm of rationality or quantitative, data-driven argumentation, but as adopting a critical position –i.e. to research and reflect on the social structures and cultural phenomena entangled with digital objects, bodies, tools, methods and software production.</p> <p><br> </p> <p>By embracing work-in-progress and reflexive exploration, we aim to extend the notion of critical technical practice by unfolding how (de)constructing machines can be achieved beyond thinking of technology as neutral instrumentalisation. The challenge is how to find a balance, not only as researchers but as educators, unfolding aspects of both formality and functionality as well as questioning and understanding technology at a discursive and critical level. We argue that learning technical practice in an educational setting is not an end, but rather a means to question existing technological structures and create further changes in socio-technical systems.</p>

The World Wide Web has gone through many improvements since its birth. The Common Gateway Interface (CGI), client and server-side scripting, form processing, integration of Web components, better security are some of the most notable enhancements which bring higher levels of interactivity and 'intelligence' to the Web, making it more able to meet both educational and business needs.

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