[foaf-dev] A FOAF 2 FOAF (micro) payment system
GK at ninebynine.org
Sun Jul 25 10:02:25 CEST 2010
This is probably unrelated, and I haven't been following the technical details
in this thread, but this was just mentioned on the foocampers list (I understand
that microfinance and micropayment are different issues, but the discussions
seem to cross over, so please just ignore this if it's irrelevant):
a ref on microfinance and tools:
they talked about MIFOS: open source banking software : http://www.mifos.org/
What is the Mifos Initiative?
Mifos is an industry-wide initiative to address the microfinance industry's
information management challenge. Using the open source paradigm, we are
creating a new service model that will increase access to technology for all
microfinance institutions, ultimately enabling them to extend their reach to the
At the center of the initiative is the Mifos product, a freely available
world-class management information system (MIS) that provides the core
functionality required by microfinance institutions. The flexibility and
scalability of the product means that we'll be able to simultaneously
standardize common processes, accommodate regional variations, and scale for new
innovations in the future.
Melvin Carvalho wrote:
> On 24 July 2010 14:02, Melvin Carvalho <melvincarvalho at gmail.com
> <mailto:melvincarvalho at gmail.com>> wrote:
> I would like to propose a simple FOAF 2 FOAF payment system, also
> describing a reference implementation.
> The system should be as easy as typing on the command line :
> $ pay toby 1.23
> >> Processing ...
> >> Payment Successful! $1.23 has been paid to Toby Inskster
> 1. For this exepriment I'm going to use FOAF / WebID  as the
> primary key, and bitcoin P2P crypto currency  as a reference
> payment system.
> 2. Setup: the system will have your WEBID set as an environment
> variable, and also the bitcoin payment system running on your machine
> 3. A command script pay <recipient> <amount> will invoke a script
> that will continue processing
> 4. Recipient is checked against entries in your foaf:knows via
> sparql. It can be a webid or a partial name match.
> 5. Once the recipient webid is known a payment system is looked for
> via SPARQL. Here is a proposal of how bitcoin will look:
> <rdf:Description rdf:about="http://foaf.me/melvincarvalho#bitcoin1">
> 6. SPARQL for the account name and use that as the payment address
> 7. Run the payment command such as ./bitcoin sendtoaddress
> 1J4F6Beb2zFSuoyj15mdhw3HA7KkEVa8DS <amount>
> 8. Report success / failure
> Extending the system
> I think this system would work fine for FOAF using the bitcoin
> system. But further work could be to extend to other payment
> systems and delivery mechanisms. For example, email, much like
> paypal do.
> I'd encourage FOAFers to play around with bitcoin, and I'm very
> happy if anyone wants to experiment further with this tech.
> See also the bitcoin networked economy:
> /*The goal of the specifications and protocols listed on this site is to
> allow any merchant, exchange, or individual to publish information
> describing products and services that may be bought and sold with
> bitcoins. Once this metadata is published, any automated spider may
> crawl this information and generate a searchable index of bitcoin
> products and services.*/
>  http://esw.w3.org/WebID
>  http://www.bitcoin.org/
> foaf-dev mailing list
> foaf-dev at lists.foaf-project.org
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