MIND - Revision history

imported>Isaac: /* GrinnellMIND */

2011-02-05T17:49:31Z

GrinnellMIND

← Older revision		Revision as of 17:49, 5 February 2011
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	==GrinnellMIND==		==GrinnellMIND==
	[[GrinnellMIND]]		[[GrinnellMIND]]

	Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.		Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.

imported>Isaac: /* GrinnellMIND */ gMIND link

2011-02-05T17:49:11Z

GrinnellMIND: gMIND link

← Older revision		Revision as of 17:49, 5 February 2011
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	=Deployments=		=Deployments=
	==GrinnellMIND==		==GrinnellMIND==
			[[GrinnellMIND]]
	Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.		Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.

imported>Isaac: /* GrinnellMIND */ -mind

2011-01-27T20:39:01Z

GrinnellMIND: -mind

← Older revision		Revision as of 20:39, 27 January 2011
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	=Deployments=		=Deployments=
	==GrinnellMIND==		==GrinnellMIND==
	Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is ~~like~~ second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.		Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.

imported>Isaac: grinnellMIND, darknet, reformat

2011-01-27T20:38:28Z

grinnellMIND, darknet, reformat

← Older revision		Revision as of 20:38, 27 January 2011
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	MIND stands for Mesh Interface for Network Devices. The MIND will be an open, free, and global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is called the interface, and the second is called the backhaul.		MIND stands for Mesh Interface for Network Devices. The MIND will be an open, free, and global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is called the interface, and the second is called the backhaul.

			=Architechture=
			==Interface==
	In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.		In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.

	~~A few weeks ago, it came to our attention that~~ the problem ~~of village isolation~~ could ~~be solved through~~ the ~~use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative~~ called ~~[[Buy this satellite]]~~ to ~~acquire just such resources~~. ~~The plan is~~ to ~~use satellites to connect up each~~ of ~~the individual villages in~~ a global ~~network~~. ~~Thus the MIND springs~~ to ~~life,~~ a ~~nervous system for humanity~~. It ~~will offer everyone in the world the chance to communicate with one another~~, ~~to learn~~, ~~to rejoice in our common humanity~~, ~~and to tackle the problems that our civilization now faces on a global scale~~.		==Backhaul==
			One potential solution for the backhaul problem was suggested by [user:martin martin]: We could use the networking software called freenet to establish secure links between digital villages via the wider internet. While this would require that someone within the mesh to maintain an outboard internet connection, it would allow for the private, secure transmission of information on a global scale. This is essentially akin to creating a functional mesh within the existing structure of the internet. It is immediately viable, and an excellent stopgap. Still, a more permanent, less internet-dependent solution is probably desirable.

	=GrinnellMIND=		A few weeks ago, it came to our attention that the problem of village isolation could also be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

			=Deployments=
			==GrinnellMIND==
	Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is like second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.		Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is like second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.

imported>Isaac: recent developments

2011-01-27T20:32:10Z

recent developments

← Older revision		Revision as of 20:32, 27 January 2011
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	A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.		A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

			=GrinnellMIND=
			Freenet members at Grinnell College have made (tentative) arrangements to procure networking hardware. The provisional request is for as many as four mesh potatoes. The plan is to experiment, hack, and otherwise abuse the hardware until building a mesh network is like second nature. Initial experiments will include relay challenges and establishing inter-mesh connections via Freenet/Darknet protocols. Eventually, we hope to conduct extensive testing of device performance, resilience, and reliability.

imported>Maliwana: removed two extra THEs

2011-01-10T09:53:53Z

removed two extra THEs

← Older revision		Revision as of 09:53, 10 January 2011
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	MIND stands for Mesh Interface for Network Devices. The MIND will be an open, free, and global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is ~~the~~ called the interface, and the second is ~~the~~ called the backhaul.		MIND stands for Mesh Interface for Network Devices. The MIND will be an open, free, and global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is called the interface, and the second is called the backhaul.

	In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.		In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.

	A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.		A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

imported>Isaac at 06:48, 10 January 2011

2011-01-10T06:48:08Z

← Older revision		Revision as of 06:48, 10 January 2011
Line 1:		Line 1:
	MIND stands for Mesh Interface for Network Devices. The MIND ~~is a prospective design for~~ an open, free, global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is the called the interface, and the second is the called the backhaul.		MIND stands for Mesh Interface for Network Devices. The MIND will be an open, free, and global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is the called the interface, and the second is the called the backhaul.

	In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.		In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.

	A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.		A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

imported>Isaac at 06:47, 10 January 2011

2011-01-10T06:47:40Z

← Older revision		Revision as of 06:47, 10 January 2011
Line 1:		Line 1:
	MIND stands for ~~the~~ Mesh Interface for Network Devices. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is the called the interface, and the second is the called the backhaul.		MIND stands for Mesh Interface for Network Devices. The MIND is a prospective design for an open, free, global telecommunications network. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is the called the interface, and the second is the called the backhaul.

	In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.		In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.

	A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.		A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

imported>Isaac at 06:42, 10 January 2011

2011-01-10T06:42:20Z

← Older revision		Revision as of 06:42, 10 January 2011
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	~~Grow your own network~~.		MIND stands for the Mesh Interface for Network Devices. It is the ultimate end of the movement, and one of the greatest endeavors ever undertaken by our species. There are two basic layers to the MIND. The first layer is the called the interface, and the second is the called the backhaul.

	The ~~Mesh Interface~~ for ~~Network Devices~~		In the interface layer, humans connect to the network via computers equipped with radios. This is akin to conventional wifi, though the routing protocols, network architecture and radio frequencies may be slightly different. This is the surface of the mesh. This is what we are designing and building. Yet, the interface layer only works so long as individual human/computer nodes are able to communicate with one another - this requires each node to be within radio range of at least one other node. The idea works well, but only for localized communities, what we call digital villages. For a while, this is where we were stumped. We can make it so that nodes are able to communicate with all of the other nodes in their village, but the MIND needs to be global. That's where the backhaul comes in.

			A few weeks ago, it came to our attention that the problem of village isolation could be solved through the use of telecommunications satellites. It won't come cheap, but Kosta Grammatis has started an initiative called [[Buy this satellite]] to acquire just such resources. The plan is to use satellites to connect up each of the individual villages in a global network. Thus the MIND springs to life, a nervous system for humanity. It will offer everyone in the world the chance to communicate with one another, to learn, to rejoice in our common humanity, and to tackle the problems that our civilization now faces on a global scale.

imported>Isaac: Created page with "Grow your own network. The Mesh Interface for Network Devices"

2011-01-09T07:32:56Z

Created page with "Grow your own network. The Mesh Interface for Network Devices"

New page

Grow your own network.

The Mesh Interface for Network Devices