Setting up our own (small size) personal cloud infrastructure. Part #1, components

On the way to the development of different artifacts for the design research (Inhabiting & Interfacing the Cloud(s)), we’ll need to work with our own “personal cloud”. The first obvious reason is that we’ll need a common personal platform to exchange research documents, thoughts and work together between the different (geographically distributed) partners involved in the project. We are thus our own first case study. The second one is to exemplify the key components about how a small data center / cloud infrastructure might be assembled today and learn from it.

But then, more importantly, this will become necessary for two other main objectives: first one is that we would like to give access to “cloud” tools to the design, architecture and makers communities, so that they can start play and transform a dedicated infrastructure (and this won’t of course be possible with all type of systems); second one will possibly be for the “hands on” and “prototyping” parts of our research, for which we’ll need an accessible cloud based architecture to modify or customize (this includes both the software and hardware), around which some open developments, networked objects, new interfaces, apps, etc. could be developed.

Rack Mount Cases

A rack mount cases is a transit case with provision for mounting rackmount equipment such as amplifiers, computers, displays, radios, encryption devices, and so forth. In many cases, the internal 19-inch rack is mounted to the transit case via shock absorbing mounts giving the rack sway space to attenuate shocks and bumps that might be seen during shipment and handling. One of the main standards in the design of these cases is MIL-STD-2073-1D – Standard Practice for Military Packaging. This can be linked to products of mobile data centers like Dell’s one for the military, which is based on a smaller scale than Googles 40” Shipping containers, for extra transportability. You can have an look at the product via Green (low Carbon) Data Center Blog.

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Source: http://en.wikipedia.org/wiki/Transit_case

Reblog > Internet machine

Note: an interesting “documentary” project/resource for our project is this recent work by designer and researcher Timo Arnall. It was published last May on his website and on different blogs. The focus is obviously here on the data center as a (fascinating?) contemporary artifact, in which the search for technical efficiency, rationality, security, redundancy, clean air, modularity, etc. leads to a specific spatial aesthetic. It is this aesthetic that seems to become the “main character” for this movie that mixes techniques, even so the idea is to reveal/desacralize the “hidden materiality of our data”. This project is planned to be displayed as a multi-screen installation.

While I didn’t have the occasion to see the movie yet, we should keep it in mind and try to display it in the frame of our own research, in particular to the students that will take part to the different I&IC workshops.

 

Via elasticspace

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Internet machine is a multi-screen film about the invisible infrastructures of the internet. The film reveals the hidden materiality of our data by exploring some of the machines through which ‘the cloud’ is transmitted and transformed.

 

Film: 6 min 40 sec, digital 4K, 25fps, stereo.
Installation: Digital projection, 3 x 16:10 screens, each 4.85m x 2.8m.
Medium: Digital photography, photogrammetry and 3D animation.

Reblog > Floating Datacenters

The prototypes of the “Google Navy” have been discovered on both coasts. But are they floating data centers? Or some kind of marketing facility for Google Glass? This perspective pushes further the question of the legal borders of the physical nature of data. This refers to our research in a sociological way, and makes me think of Sealand’s Datacenter HeavenCo in international waters (even if the scale of the infrastructure is in no way simmilar).

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Via DataCenterKnowloedge

Reblog > Setting up a Raspberry Pi to run bots

Artist Jeff Thompson has put this comprehensive tutorial on how to run bots on a Raspberry-Pi microcomputer – including the basics of setting up the Pi to run without a screen and programming it remotely by SSH-ing into it from another computer. This is an interesting way to tap into small ressources of the cloud without necessarily consuming vast quantities of energy.

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Via Algopop