Pionen Datacenter

In search of sustainable data storage

In search of sustainable data storage

TYPE Underground commons
STATUS Ongoing
KEYWORDS Data Storage, Digital Commons, Intangible Commons, Waste-Heat Recycling
PERIOD 21st Century
USE data storage
COMMONERS Data producers and internet users
INSTITUTIONS Bahnhof AB: independent internet service provider (ISP), Pionen Datacenter : colocation center Wikileaks: “team” composed by open-source computer engineers and political activists.
REGULATORS -
COMMONING PRACTICES -
Christina Cibeira Lachmann
Summary

The Pionen Datacenter is owned by the Swedish independent internet service provider (ISP) Bahnhof AB. Pionen Datacenter is a colocation center: a type of data center that provides space, power, cooling, and physical security for servers, storage, and networking equipment. Located under the white rock of Vita Bergen (figure 1), in the previous underground civil defense center built in 1943 under the Swedish governments’ decision.

The Pionen Datacenter is active in the sharing of an almost uncensored information to a large community of users, and digital informations’ ouvriers[1]. It is a political pioneer that positions it role in a neutral technological tool providing access to datasets of censored or restricted official materials (from Wikileaks[2], for instance). Data centers are potent providers of this collective invention: the intangible resource. Conditioned by the innovation and the collective intelligence the data centers like Pionen rises the question of the position of data centers in the body of the digital and data commons.

The process of sharing informations in internet often necessitates a co-operation between other governing system.[3]  Indeed, internet platform needs to be connected to a storing system that are energy-hungry. This collecting service can be provided by data centers. They may need to be part of a larger infrastructure that provide them electricity for computing and energy for instance. The most common solutions to recover the over-energy use and heat over-production is to decentralize and a sustainable one is to locate data centers in cold lands. The Swedish northern climate is favorable to the Pionen Datacenter for the political free-standing storing of the resource, data. Indeed, it allows to be detached from the urban grid and the censorship regulations.

According to previsions in 2030 the energy consumption will reach 13% of the global electricity.[4] The Pionen Datacenter tries to re-valorize waste-heat by experimenting the transformation of this energy in a source of heating in the Swedish capital. The access is not for free but they try to offer a ‘below-market rates’. That question the position of the data center Pionen as a commoners in the energy supply. Through injecting its waist-heat production in the urban energy infrastructure, it reveals two other commons; the energy and urban commons. Indeed, by trying to interconnect internet infrastructure to urban life; a system of water, energy and heat supply.[5]

Through the uncovering of an interconnected digital-data and energy production loop. The Pionen Datacenter contributes to the urban and energy commons of Stockholm and a wider commons, the data.

[1] Lopez, Fanny and Diguet, Cécile. « Data-centers, derrière la façade, le coût réel des données virtuelles », In Revue du Crieur (N° 10), (February 2018). p.101

[2] « They sought to expose corrupt and oppressive regimes throughout the world. […] WikiLeaks thereby established a powerful brand identity as a technologically sophisticated service capable of distributing purloined data anonymously and publicizing its release. »

Fenster, Mark. « Disclosure’s Effects: WikiLeaks and Transparency », Iowa Law Review 97(3), (July 2011). p.759-760

[3] Madison, Michael J., Strandburg, Katherine J. and Frischmann, Brett M. « Knowledge Commons ». Peter Menell & David Schwartz eds. (Edward Elgar Publishing), Forthcoming, Research Handbook on the Economics of Intellectual Property Law, Vol. II – Analytical Methods, Pitt Law University of Pittsburgh (September 2016).
p.86

[4] Lopez, Fanny and Diguet, Cécile. « Data-centers, derrière la façade, le coût réel des données virtuelles », In Revue du Crieur (N° 10), (February 2018). p.96

[5] Velkova, Julia. « Data that warms: Waste heat, infrastructural convergence and the computation traffic commodity ». Big Data and Society, Volume 3, Issue 2. Department of Media and Communication Studies, Södertörn University, Sweden (December 1, 2016). p.2

 

References

Madison, Michael J., Strandburg, Katherine J. and Frischmann, Brett M. « Knowledge Commons ». Peter Menell & David Schwartz eds. (Edward Elgar Publishing), Forthcoming, Research Handbook on the Economics of Intellectual Property Law, Vol. II – Analytical Methods, Pitt Law University of Pittsburgh (September 2016).

Velkova, Julia. « Data that warms: Waste heat, infrastructural convergence and the computation traffic commodity ». Big Data and Society, Volume 3, Issue 2. Department of Media and Communication Studies, Södertörn University, Sweden (December 1, 2016).

Lopez, Fanny and Diguet, Cécile. « Data-centers, derrière la façade, le coût réel des données virtuelles », In Revue du Crieur (N° 10), (February 2018).

Images

Image 1 –
Ahlgrensson, Fritz. The White Stone. Vita Bergen (1899)

Stockholm Stad. https://stockholmskallan.stockholm.se/post/8926

Image 2 –
Unknown

Aerial photograph of Hammarby Sjöstad and Södermalm. (2001)

Image 3 –
Sahlén, Kristina. Swedish internet provider Bahnhof converted an old Stockholm Cold War facility into a data centre

abc.net.au. 2019

Image 4 –
France Lanord, Albert. Floorplan and Section

Archdaily 2008