of Tampere Emerging hackerspaces – Peer-production generation Jarkko Moilanen PhD Candidate [email protected] University of Tampere School of Information Sciences
motivation • Personal history in hackerspaces and in hacker culture • Started as pure 'hackerspaces' study, expanded to cover other forms as well. • To provide missing accurate longitudinal statistical research data and results about commons-based peer production community such as: • Common characteristics of the community • Member motivation and • Community values • To put DIY communities on the larger context of hacker generations as 'Peer-production' generation
and surveys • Methods used • Empirical observation (helped in defining survey questions) – Tampere Hacklab • Annual surveys (main data collection method)
loving altruistic community • Altruism, community commitment, meeting other hackers in real world and having fun • having fun (98%) • meeting other hackers and hacker- minded people (95%) • contributing to community without expecting something in return (80%) • commitment to community (75%)
funded • Question 'From which sources funding and resources can/should be obtained?' was added to 2011 survey. • Membership fees: over 92% • Donations from individuals: 88% • Governmental sources: 60% • Company donations: around 57%
generation Suggested view to Hacker generations. Source: Modified from Taylor (2005). Peer- production added by the author. Beginning of peer-production generation is debatable. Hackerspaces emerged in small scale around 1995, but breakthrough happened around 2001-2002 and after that other forms of peer-production emerged.
generation • Motivation: altruism, community commitment, meeting other hackers in real world and having fun • Small-ish local communities (with own space) • While members value social events, they value doing/'making' more • Peer funding (over company or goverment) • Hackerspaces resemble 'third places' defined by Oldenburg
model • hackerspace communities have a strong ‘social motivation factor’. Not found significant in other research on open source development Modified from Martine Aalbers, 2004. “Motivation for participation in an open source software community,” at http://download.blender.org/documentation/bc2004/Martine_Aalbers/results-summary.pdf
related research • 3D Manufacturing community ('revolutionary activity') • Next gen 3D printing has roots in hackerspace movement • “Zach “Hoeken” Smith, Adam Mayer, and Bre Pettis founded MakerBot Industries less than a year ago. All three men, who met through Brooklyn hackerspace NYC Resistor”
in DIY communities ...sign of a continuing trend that could, for instance, signal that 3D printing is, in part, breaking out of the “geek” habitat towards a wider and more general community.
what usage do you use 3D printing? 2012: • Functional models (144 times), • Artistic items (140 times), • Spare parts to devices (133 times), • For research/educational purposes (128 times) and • Direct part production (113 times) 2013: • Artistic items (165 times), • Functional models (136 times), • Spare parts to devices (131 times), • Direct part production (108 times) and • For research/educational purposes (100 times)
• design process related (software and models), • hardware related (printers and configuration), • production related (lack of speed, lack of materials, high costs) and • business model related (patents, polarization and difficulties in startups).
• “FDM is a toy, not a tool!” • “in practical terms, the weakness of development of 3D technology is the 3D software.” • “need a consumer-ready interface for creating 3d models (think leap-motion/kinect integration)” • The role of “monster” companies in 3D printer technology • Patents • Lack of good 3D model management platform • “No way to control 1-50 machines through one ‘command and control’ machine used for queuing up of said printed object.” • lack of “multi-materials printing” and “more soft and flexible materials”
trends in the 2013 survey • increase in the number of different models of 3D printers used • increase in the number of different 3D printing services used • growing economical interests: 3D Printer manufacturing market polarization, new manufacturer startups and kickstarter driven 3D printers • possible signs of maturing ecosystem and that 3D printing might be on the verge of spreading outside geek communities dispite the lacks in hardware and software.