It is an engineering statement. Information is, in general, easy to copy and leak, and difficult to keep secret.
This is very true.
Do you think there is someway to get Bitcoin on the ISS?
Topic: Bitcoins in space! - page 8. (Read 36217 times)
This is very true.
Do you think there is someway to get Bitcoin on the ISS?
It is an engineering statement. Information is, in general, easy to copy and leak, and difficult to keep secret.
Actually that gives me an idea, get Bitcoin on the ISS! I wonder how that could be arranged?
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
Information wants to be free.
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
Many humans want information to be free.
Sure. Just because lots of people want information to be free does not mean information wants to be free. Information does not want anything.
Also many humans believe in an omnipotent being determining the outcome of their lives and watching over them, just because many want or believe does not make it right or true.
:p
Actually that gives me an idea, get Bitcoin on the ISS! I wonder how that could be arranged?
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
Information wants to be free.
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
Many humans want information to be free.
Actually that gives me an idea, get Bitcoin on the ISS! I wonder how that could be arranged?
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
Information wants to be free.
Really? Last time I check inanimate objects or concepts did not yearn for anything. :p
For Phase 1, dealing with investors/shareholders would just be far too annoying. It would get in the way of getting things done.
I'll be interested to invest. Sounds like a crazy but awesome idea.
Glad you brought this up Jeff. I think this is a brilliant step forward to having Bitcoin transactions survive despite the internet being shut down. I propose utilizing the existing amateur radio frequencies to propagate Blockchain transactions. Satellites, in conjunction with converted wireless routers (HSMM-MESH), can enable a cheaply configured network that can operate with minimal electricity and no internet connection. These transaction terminals can also be configured to have Bluetooth low energy attachments that would allow it to interface with mobile devices.
Amateur Radio Rules
Under Title 47- Part 97 of the FCC amateur radio services, I believe transmitting Blockchain transmission is a good use of the amateur radio frequencies. 97.1 Basis and purpose "(e) Continuation and extension of the amateur's unique ability to enhance international goodwill." And I don't see it violating any prohibited transmissions, this one in particular:
97.113 Prohibited transmissions "(2) Communications for hire or for material compensation, direct or indirect, paid or promised, except as otherwise provided in these rules" I believe Blockchain transmissions are not classified as material compensation, but rather a ledger update, or an information bulletin update. If the Blockchain protocol cannot be broadcast legally under Part 97, I recommend taking the concept in a direction that would comply with Part 15 rules.
Firmware
One popular way to access amateur only frequencies is to modify an off-the-shelf access point with custom firmware. This custom firmware is freely available on the Internet from projects such as DD-WRT and OpenWrt. The most popular piece of hardware that is modified is the Linksys WRT54GL because of the widespread availability of both the hardware and third party firmware.
Current Implementation
HSMM-MESH is meant to be the high speed digital progression of existing Amateur Radio practices and used only by licensed Amateur Radio operators. It also is suitable for permanent installation, providing high speed digital Amateur Radio communications over a region with line-of-sight RF access to at least one of the participating nodes. It is a fully self-sufficient network and does not require any other infrastructure or resources to be in place for its participating nodes to be able to communicate with each other.
Broadband-Hamnet is the self configuring ham network. Hams have transferred IP data by radio for ages. Mesh nodes were originally consumer wireless routers but changed function when the firmware was changed. Mesh nodes are self discovering, self configuring, self advertising and fault tolerant. Mesh nodes are small, portable, low-power and inexpensive. They are easily battery powered. Mesh nodes can easily have a range of 10 miles or more using stock power and gain antennas if you have true line of sight. Mesh nodes on channels 1-6 use FCC part 97 rules instead of part 15. This allows big antennas, more power, other changes. Data is data. It can be IP Video, VOIP, LAN traffic between computers, clients to a web server/FTP/NAS/printer, keyboard chat, hop to the Internet, etc
Frequencies
802.11a
802.11b
802.11g
802.11n
Identification
As with any amateur radio mode stations must identify at least once every 10 minutes. One acceptable method for doing so is to transmit one’s call sign inside an ICMP echo request (commonly known as a ping). If the access point is set to "master" then the user’s call sign may be set as the "SSID" and therefore will be transmitted at regular intervals.
It is also possible to use a DDNS "push" request to automatically send an amateur callsign in plain text (ASCII) every 10 minutes. This requires that a computers hostname be set to the callsign of the amateur operator and that the DHCP servers lease time be set to less than or equal to 10 minutes. With this method implemented the computer will send a DNS "push" request that includes the local computers hostname every time the DHCP lease is renewed. This method is supported by all modern operating systems including but not limited to Windows, Mac OS X, BSD, and Linux. 802.11 hardware may transmit and receive the entire time it is powered on even if the user is not sending data.
Cheers,
Dan
Amateur Radio Rules
Under Title 47- Part 97 of the FCC amateur radio services, I believe transmitting Blockchain transmission is a good use of the amateur radio frequencies. 97.1 Basis and purpose "(e) Continuation and extension of the amateur's unique ability to enhance international goodwill." And I don't see it violating any prohibited transmissions, this one in particular:
97.113 Prohibited transmissions "(2) Communications for hire or for material compensation, direct or indirect, paid or promised, except as otherwise provided in these rules" I believe Blockchain transmissions are not classified as material compensation, but rather a ledger update, or an information bulletin update. If the Blockchain protocol cannot be broadcast legally under Part 97, I recommend taking the concept in a direction that would comply with Part 15 rules.
Firmware
One popular way to access amateur only frequencies is to modify an off-the-shelf access point with custom firmware. This custom firmware is freely available on the Internet from projects such as DD-WRT and OpenWrt. The most popular piece of hardware that is modified is the Linksys WRT54GL because of the widespread availability of both the hardware and third party firmware.
Current Implementation
HSMM-MESH is meant to be the high speed digital progression of existing Amateur Radio practices and used only by licensed Amateur Radio operators. It also is suitable for permanent installation, providing high speed digital Amateur Radio communications over a region with line-of-sight RF access to at least one of the participating nodes. It is a fully self-sufficient network and does not require any other infrastructure or resources to be in place for its participating nodes to be able to communicate with each other.
Broadband-Hamnet is the self configuring ham network. Hams have transferred IP data by radio for ages. Mesh nodes were originally consumer wireless routers but changed function when the firmware was changed. Mesh nodes are self discovering, self configuring, self advertising and fault tolerant. Mesh nodes are small, portable, low-power and inexpensive. They are easily battery powered. Mesh nodes can easily have a range of 10 miles or more using stock power and gain antennas if you have true line of sight. Mesh nodes on channels 1-6 use FCC part 97 rules instead of part 15. This allows big antennas, more power, other changes. Data is data. It can be IP Video, VOIP, LAN traffic between computers, clients to a web server/FTP/NAS/printer, keyboard chat, hop to the Internet, etc
Frequencies
802.11a
802.11b
802.11g
802.11n
Identification
As with any amateur radio mode stations must identify at least once every 10 minutes. One acceptable method for doing so is to transmit one’s call sign inside an ICMP echo request (commonly known as a ping). If the access point is set to "master" then the user’s call sign may be set as the "SSID" and therefore will be transmitted at regular intervals.
It is also possible to use a DDNS "push" request to automatically send an amateur callsign in plain text (ASCII) every 10 minutes. This requires that a computers hostname be set to the callsign of the amateur operator and that the DHCP servers lease time be set to less than or equal to 10 minutes. With this method implemented the computer will send a DNS "push" request that includes the local computers hostname every time the DHCP lease is renewed. This method is supported by all modern operating systems including but not limited to Windows, Mac OS X, BSD, and Linux. 802.11 hardware may transmit and receive the entire time it is powered on even if the user is not sending data.
Cheers,
Dan
One of the key tenets is that bitcoin block data is easy to distribute widely. Information wants to be free. One of the ways we may keep bitcoin healthy and free is finding alternative ways to distribute block chain data. This provides resilience in case the P2P mesh network is attacked.
My personal favorite is satellite distribution, something I have been working on quietly in the background. Satellites means one of two things:
Buying bandwidth is the most cost-effective, and readily attainable method today. However, not just any satellite channel will do. Bitcoin requires a dedicated, one-to-many broadcast mechanism. This is like renting a TV channel -- although at much lower bandwidth requirements (1MB every minute or two).
Nanosatellites have recently cut satellite costs down from the absurd, traditional $20m+ build, $50m+ launch. There is now a standardized cubesat size. Two innovations reduced launch costs down into the $100k's range: (1) Many organizations collaborate together (rideshare), paying a portion of the launch cost. Sometimes 27 or more cubesats are launched at once. (2) These clusters of cubesats are launched as a secondary payload. A primary payload has priority, which means secondary payloads are sometimes not launched into a proper orbit. With these two factors, cubesat construction and launch is lowered to a reachable price: $2m or so.
Several people, including some investors, in the bitcoin community have privately expressed interest. It seemed like a good time to move forward with Phase 1 of the project.
Phase 1 is: flesh out cubesat specifications, research leased bandwidth pricing, and specific data needs (xmit tech, frequencies). The initial goal is broadcasting worldwide (or at least major continents) the latest bitcoin block, over and over again. Stretch goals include broadcasting recent chains, recent TX's, and other data.
A word about government involvement: Set expectations properly. There are three points at which government is inevitably involved, at some level: (a) getting launch approval, (b) ground station(s) inevitably must be located in some useful geolocation, and (c) frequency selection. Fundamentally, these satellites will be broadcasting public, not-encrypted blockchain data, so the content should not be an issue.
Donations accepted at 1M9MyyPsAak7zRjW4D96pTxDaAEpDDZLR7
Feb 05 update:
Project update #1: Permalink
BitSat architecture, v0.1: Permalink
Files posted on http://bitsat.org/#/docs
Sponsors (1 BTC or more):
Standard disclaimer: This is a personal project. Nothing to do with my employer.
My personal favorite is satellite distribution, something I have been working on quietly in the background. Satellites means one of two things:
- 1. Buy some bandwidth on an existing satellite.
- 2. Launch your own satellite.
Buying bandwidth is the most cost-effective, and readily attainable method today. However, not just any satellite channel will do. Bitcoin requires a dedicated, one-to-many broadcast mechanism. This is like renting a TV channel -- although at much lower bandwidth requirements (1MB every minute or two).
Nanosatellites have recently cut satellite costs down from the absurd, traditional $20m+ build, $50m+ launch. There is now a standardized cubesat size. Two innovations reduced launch costs down into the $100k's range: (1) Many organizations collaborate together (rideshare), paying a portion of the launch cost. Sometimes 27 or more cubesats are launched at once. (2) These clusters of cubesats are launched as a secondary payload. A primary payload has priority, which means secondary payloads are sometimes not launched into a proper orbit. With these two factors, cubesat construction and launch is lowered to a reachable price: $2m or so.
Several people, including some investors, in the bitcoin community have privately expressed interest. It seemed like a good time to move forward with Phase 1 of the project.
Phase 1 is: flesh out cubesat specifications, research leased bandwidth pricing, and specific data needs (xmit tech, frequencies). The initial goal is broadcasting worldwide (or at least major continents) the latest bitcoin block, over and over again. Stretch goals include broadcasting recent chains, recent TX's, and other data.
A word about government involvement: Set expectations properly. There are three points at which government is inevitably involved, at some level: (a) getting launch approval, (b) ground station(s) inevitably must be located in some useful geolocation, and (c) frequency selection. Fundamentally, these satellites will be broadcasting public, not-encrypted blockchain data, so the content should not be an issue.
Donations accepted at 1M9MyyPsAak7zRjW4D96pTxDaAEpDDZLR7
Feb 05 update:
Project update #1: Permalink
BitSat architecture, v0.1: Permalink
Files posted on http://bitsat.org/#/docs
Sponsors (1 BTC or more):
- Mohit Kalra (2 BTC, May 2014)
- Unknown (1 BTC, Apr 2014)
- http://www.redstarmining.com/ (1 BTC, Jan 2014)
- Roger Ver (5 BTC, Dec 2013)
- Erik Voorhees (5 BTC, Dec 2013)
- Rusty Russell (1 BTC, Dec 2013)
- BitcoinGrant.org (25 BTC, Nov 2013)
- Jeff Garzik (1 BTC, Nov 2013)
Standard disclaimer: This is a personal project. Nothing to do with my employer.
Jump to: