Tech That Helps the World

Lee Felsenstein's session on what he terms fair trade technology and technology that helps the world had shamefully low attendance given the subject matter. Indeed this was unusual given the ordinarily optimistic and near-utopian vibe of ETech, however the poor attendance may be due in part to poor schduling at the close of the conference when many delegates are leaving the venue.

Nevertheless, Felsenstein's session was a great introduction to the altruistic work of the Fonly Institute and their work in the Third World. Felsenstein opened by profiling Phon Kom, a community in Laos that is unable to feed itself reliably, yet high social cohesion has enabled themselves to raise taxes, improve schooling, relocate from the Plain of Jars and improve employment prospects. However, Phon Kom's rural economy s struggling against the forces of globalisation as free-trade agreements and markups by middlemen and retailers in the developed world are not passed to the villagers, who are becoming increasingly disconnected from their traditional culture, buffeted by crime and political instability.

Phon Kom expatriates led a former US serviceman and the Jhai Foundation to understand what could help the villagers compete in a global market place.

Felsenstein draws an interesting parallel between Free Trade and Fair Trade; where the former applys the rule of the strongest with no regard to non-economic consequences, agricultural issues, the latter takes human interactions into account, promoting a sustainable agricultural market where the farmer is a participant in the market economy, not simply accepting of given prices. This requires that farmers have access to market information.

Felsenstein went on to articulate some principles for Fair Trade Technologies:

  • Migration by neccessity rather than opportunity is destabilising to society
  • Neccessary changes include:
    • Improvement of rural ncomes
    • Reduction of cultural isolation
    • Improvement of opportunities for the young
  • Telecoms are essential factor
  • Enabling technologies include embedded processors, open source software, VoIP and WiFi

Felsenstein describes the increasing marginalisation of rural communities across the globe as an gradually destabilising factor for modern society. Historically, as human agriculture created food surplusses, cities became possible and indeed became cultural commons as rural communities become increasingly culturally marginalised despite feeding urban centres. As culture begins migrating to electronic media, rural people can potentially find some equity.

In the village of El Limon, within the Dominican Republic, there are 20-100 homes suffering endemic poverty, with no telecommunications and very limited electricity and road networks. However, the village has line-of-sight to a small town with a population of 100'000 equipped with DSL access. In 1998, Fonly constructed a wireless link between the town and El Limon.

Like Phon Kom, the residents of El Limon have high social cohesion and taking responsibility for their own future, are collaborating to effect social change, notably by articulating their requirements for telecommunication:

  • Education
  • Friends - all over the spanish speaking world! give them equal foorting and language skills acquired through chat
  • Family
  • Healthcare
  • Economic development

Felsenstein described this cohesion and the fulfillment of these needs as cultural justice and also that the most important lessons learned in equipping rural communities are to build on existing technologies and social structures and listening to the needs of the community.

In the region around El Limon, Fonly has helped build out an infrastructure using lower power PCs, generic wifi and inter-village VoIP and PSTN services for El Limon, Los Martinez, Los Ranchos and Las Caobas - serving a population of around 1000 rural residents.

Though successful, the infrastructure does require a technical and financial support base, self-configuring networks, a prepay phone system (perhaps based on Asterisk) and of course more computers. More generally, Felsenstein's loose system requirements for rural services to date are:

  • Village-based systems, capable of operation & maintenance by children (they are usually the only ones with time)
  • Telcos - local & internet-capable
  • 10 year longevity
  • Localised software
  • Web browsing, word processing, spreadsheets & printing

The Jhai Foundation's reference plaform, as used in Phon Kom, consists of 802.11b networks that link villages, data and VoIP services to the internet and links to the PSTN with OpenH323, POTS calls and PABX functionality.

Felsenstein sees expatatriate disporas as crucial to distribution as they can aggregate the cost of the village system, they know the culture, the village and the players, they are willing to maintain contact and can provide commercial opportunities.

The prospects for Fonly and Felsenstein's work are promising, with a potential market of 100s of millions, if not billions, of customers - if costs can be kept low. There is an industry in formation around rural telecommunication, based on open source software and commodity hardware that could provide many global benefits, including direct economic benefits to participants on all sides.

For Wanadoo's TR team, it may represent an opportunity to apply the research from Project Mosaic, a low cost domestic computing+communication appliance, to a economically and socially just cause.

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You can download the full text of Felsenstein's speech here...

ifabricate: Collaborative Atom Hacking

SquidBuilding on ETech's Remix theme the closing session today was presented by Saul Griffith of SQUID:Labs and HowToons. Several months ago, following a Bruce Sterling article on the potential of fabbing technologies, I riffed on the convergence of desktop fabrication technologies with mobile and broadband networks - Fabster.com and the HP Deskfab. What Griffith presented today was in essence my Fabster.com concept - a library of licensed and unlicensed fabjects, or blueprints for fabricating objects.

Developed by SQUID:Labs, the iFabricate 'superbeta' is, to paraphrase Griffith's, a Sourcefourge-like resource to enable the hacking of atoms and indeed hacking the planet. SQUID:Labs itself is a company that creates and fabricates customised hardware and machines - taking inspiration from Vannevar Bush's As We May Think (notions of researcher's work eventually becoming self-documenting), SQUID:Labs have sought to create a platform enabling inventors not only to document their findings, but also the 'instructions' to enable others to build their findings.

Griffith described his experience as an MIT student and the Materials & Methods methodology students are encouraged to follow in documenting research. Using an example paper, Griffith showed how a particular piece of research couldn't be replicated as the DXF source code files for the fabrication of the artefact were not part of this methodology. Using LEGO building plans as an example, Griffith illustrates that such a step-by-step method is much more valuable in disseminating research for replication.

Already, individuals are sharing expertise in online 'how to' guides - iFabricate intends to offer an open, structured, standardised platform to enable anyone to construct 'recipe books' for their inventions and indeed express some intellectual property rules around their work. A Sourcefourge for atoms and a library for bits. iFabricate itself is based on a visual wiki - Griffith talked the attendees through the creation of a plan for building a toy helicopter:

  • Enter a Title and Description
  • Select a license (Public Domain, Proprietary Development, Production Royalties, Teaser)
  • Enter each fabrication step in turn with embedded video, CAD and image references in addition to tools for notes, discussions and links

The visual wiki nature of iFabricate enables authors to reference the processes of others enhancing the multiplier network-effect of many participants sharing expertise. In the toy helicopter example, Griffith linked to a process for drilling accurate holes authored by an expert craftsman.

In essence what SQUID:Labs have created is a Napster for hardware - enabling inventors to share digital recipes for machines along with the expertise required to construct them - supporting an extensible and open remix culture for artefacts.

Griffith cheekily closed the session with an iFabricate entry for combining pliers, a coathanger, rubber bands and a washer to create a machine that replicating belching sounds!

What SQUID:Lab's are illustrating is an underlying trend towards mass-amateurisation of fabrication and invention, using the network effect to amplify the abilities of each participant.

Taking Back Television: An Open Approach to the Development and Deployment of Next Generation Media

Next Session...

Future Cookies

Futurecookies Wanadoo and France Telecom have been experimenting with futures markets as a tool for aggregating and applying the collective wisdom of FT to accurate predictions about emerging technologies and industry developments - Project Destiny.

Here at ETech, I wondered if this abandoned tray of fortune cookies, discovered during a break, might be carrying geek predictions of the future?

The simplest ideas may be the best... ;)

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