When I read that RFC, I imagined that a barcode would be more reliable to read in and process than printing the hex characters.
Typical 1D barcode has a size limit, and the RFC is from 1990. Nowadays you could just use a QR code, which would be comfortable enough to have a 1500 MTU in a single QR code. It probably warrants an additional layer so multiple QR codes can be transmitted by a single carrier.
IP over Avian Carriers RFC 1149 event (2001)
21–30 of 38 posts
Re: IP over Avian Carriers RFC 1149 event (2001)
#22Not so funny at times: an article from 2009, "In Africa, A Pigeon Transfers Data Faster Than The Internet": * https://www.wired.com/2009/09/in-africa-a-pigeon-transfers-d... * https://spectrum.ieee.org/carrier-pigeon-beats-internet-
Re: IP over Avian Carriers RFC 1149 event (2001)
#23Re: IP over Avian Carriers RFC 1149 event (2001)
#24> with ping times varying from 3211 to 6389 seconds. I guess this is a new record for ping times… Hmm, T-mobile's network comes close, but not quite that high, I think. /s Somewhat more seriously, I have seen ping times approaching 20,000 ms on their network. Given the light-distance to the moon is ~1.3 seconds, this ping clearly went significantly further than the moon's orbit, and back; very clearly some routes nee…
Re: IP over Avian Carriers RFC 1149 event (2001)
#25Re: IP over Avian Carriers RFC 1149 event (2001)
#26Not so funny at times: an article from 2009, "In Africa, A Pigeon Transfers Data Faster Than The Internet": * https://www.wired.com/2009/09/in-africa-a-pigeon-transfers-d... * https://spectrum.ieee.org/carrier-pigeon-beats-internet-
A truck full of storage volumes can have a higher bandwidth than fiber. Just really bad latency.
An A380 filled with micro SD cards would likely beat any conceivable fiber network in bandwidth, if not latency.
Re: IP over Avian Carriers RFC 1149 event (2001)
#27Earlier quoted context omitted.
Typical 1D barcode has a size limit, and the RFC is from 1990. Nowadays you could just use a QR code, which would be comfortable enough to have a 1500 MTU in a single QR code. It probably warrants an additional layer so multiple QR codes can be transmitted by a single carrier.
Looked into using paper as an archival for small amounts of data as a long-term backup of very important data, and found this[1], which would allow encoding ~200kB of data per A4 page. Should be applicable for avian IP as well. [1]: https://blog.za3k.com/paper-archival/
Re: IP over Avian Carriers RFC 1149 event (2001)
#28RFC 1149 was updated in RFC 6214 [1] to support IPv6 but adoption has been painstakingly slow among avian ISPs. [1]: https://datatracker.ietf.org/doc/html/rfc6214
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