While we are on this topic, let me take a chance to promote my own project, currently on the verge of release.
The project is meant to given a common development framework to improve decision-making, to inspire a transhumanist agenda, and to push the development of open source hardware.
{And I am going to wait until at least Sunday night / early Monday morning to release the website in this forum.}
Currently the program is formulated in Java, but that is subject to change. The software application is a serverless P2P application.
I am developing animated content in Blender, but the source of the video files need not be consistent.
The technology initiatives derive from established technologies or ongoing research (though some are as of yet unsolved).
This project is proceding ahead of schedule.
Programmers are needed to bring the application from demo to production.
Animators and other producers of videos are needed to present the storyline.
Engineers are needed to develop the hardware.
Collaborators are needed accross the board.
If you have relevant skills or would just like to learn more, let me know your skills and areas of interest so I can direct you to the proper resources.
Once implemented, the software application will answer unbounded (limited only by unicode) user requests with peer created responses. These responses will in turn point to peer-created methods to satisfy those requests.
Peer created data will be shared in the background via a P2P network (JXTA) which will also serve as the backbone for a P2P barter network.
A scheduling function allows the same needs to be met with differing methods on a regular basis.
The “screensavers,” or animated content, run within the app and provide hard links into the request function to allow users to obtain or contribute to the technology depicted.
A variety of additional software modules and hardware projects fill out the project to enable it to comprise an economy.
So far, circumstances have pushed me ahead of schedule for this release of information.
Hardware suitability tests are long since complete for food printing, urban agriculture, and personal manufacturing. The purpose of which was to examine datatypes necessary for shared devo.
Previous implementations of the significant sharing algorithm has undergone three iterative testing phases, in an alternate context. To wit, a play-by-mail civilization simulator. But we trust it because it is Bayesian.
While we are on this topic, let me take a chance to promote my own project, currently on the verge of release.
The project is meant to given a common development framework to improve decision-making, to inspire a transhumanist agenda, and to push the development of open source hardware.
{And I am going to wait until at least Sunday night / early Monday morning to release the website in this forum.}
Currently the program is formulated in Java, but that is subject to change. The software application is a serverless P2P application.
I am developing animated content in Blender, but the source of the video files need not be consistent.
The technology initiatives derive from established technologies or ongoing research (though some are as of yet unsolved).
This project is proceding ahead of schedule.
Programmers are needed to bring the application from demo to production. Animators and other producers of videos are needed to present the storyline. Engineers are needed to develop the hardware.
Collaborators are needed accross the board.
If you have relevant skills or would just like to learn more, let me know your skills and areas of interest so I can direct you to the proper resources.
More to come.
This sounds interesting! However, I don’t from your comment alone understand what the project is, exactly. Can you go into more detail?
I think I might work on the transhumanist portal for the project website, until that is ready, here is the opensource page:
Plan A
I’m not sure that explains it either. It’s a set of screensavers and / or an online shopping aid?
Once implemented, the software application will answer unbounded (limited only by unicode) user requests with peer created responses. These responses will in turn point to peer-created methods to satisfy those requests.
Peer created data will be shared in the background via a P2P network (JXTA) which will also serve as the backbone for a P2P barter network.
A scheduling function allows the same needs to be met with differing methods on a regular basis.
The “screensavers,” or animated content, run within the app and provide hard links into the request function to allow users to obtain or contribute to the technology depicted.
A variety of additional software modules and hardware projects fill out the project to enable it to comprise an economy.
Interesting! Let us know how it progresses.
Thank you.
So far, circumstances have pushed me ahead of schedule for this release of information.
Hardware suitability tests are long since complete for food printing, urban agriculture, and personal manufacturing. The purpose of which was to examine datatypes necessary for shared devo.
Previous implementations of the significant sharing algorithm has undergone three iterative testing phases, in an alternate context. To wit, a play-by-mail civilization simulator. But we trust it because it is Bayesian.