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Network Working Group V. Cerf
Request for Comments: 1607 Internet Society
Category: Informational 1 April 1994
A VIEW FROM THE 21ST CENTURY
Status of this Memo
This memo provides information for the Internet community. This memo
does not specify an Internet standard of any kind. Distribution of
this memo is unlimited.
A NOTE TO THE READER
The letters below were discovered in September 1993 in a reverse
time-capsule apparently sent from 2023. The author of this paper
cannot vouch for the accuracy of the letter contents, but spectral
and radiation analysis are consistent with origin later than 2020. It
is not known what, if any, effect will arise if readers take actions
based on the future history contained in these documents. I trust
you will be particularly careful with our collective futures!
THE LETTERS
To: "Jonathan Bradel" <jbradel@astro.luna.edu>
CC: "Therese Troisema" <ttroisema@inria.fr>
From: "David Kenter" <dkenter@xob.isea.mr>
Date: September 8, 2023 08:47.01 MT
Subject: Hello from the Exobiology Lab!
Hi Jonathan!
I just wanted to let you know that I have settled in my new
offices at the Exobiology Lab at the Interplanetary Space
Exploration Agency's base here on Mars. The trip out was
uneventful and did let me get through an awful lot of
reading in preparation for my three year term here. There
is an excellent library of material here at the lab and
reasonable communications back home, thanks to the CommRing
satellites that were put up last year here. The transfer
rates are only a few terabits per second, but this is
usually adequate for the most part.
We've been doing some simulation work to test various
theories of bio-history on Mars and I have attached the
output of one of the more interesting runs. The results are
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RFC 1607 A View from the 21st Century 1 April 1994
best viewed with a model VR-95HR/OS headset with the
peripheral glove adapter. I would recommend finding an
outdoor location if you activate the olfactory simulator
since some of the outputs are pretty rank! You'll notice
that atmospheric outgassing seriously interfered with any
potential complex life form development.
We tried a few runs to see what would happen if an
atmospheric confinement/replenishment system had been in
place, but the results are too speculative to be more than
entertaining at this point. There has been some serious
discussion of terra-forming options, but the economics are
still very unclear, as are the time-frames for realizing
any useful results.
I have also been trying out some new exercises to recover
from the effects of the long trip out. I've attached a
sample neuroscan clip which will give you some feeling for
the kinds of gymnastics that are possible in this gravity
field. My timing is still pretty lousy, but I hope it will
improve with practice.
I'd appreciate it very much if you could track down the
latest NanoConstructor ToolKit from MIT. I have need of
some lab gear which isn't available here and which would be
a lot easier to fabricate with the tool kit. The version I
have is NTK-R5 (2020) and I know there has been a lot added
since then.
Therese,
I wanted you to see the simulation runs, too. You may be
able to coax better results from the EXAFLOP array at CERN,
if you still have an account there. We're still limping
along with the 50 PFLOP system that Danny Hillis donated to
the agency a few years back.
The attached HD video clip shows the greenhouse efforts
here to grow grapes from the cuttings that were brought out
five years ago. We're still a long ways from '82
Beaucastel!
Gotta get ready for a sampling trip to Olympus Mons, so
will send this off for now.
Warmest regards,
David
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To: "David Kenter" <dkenter@xob.isea.mr>
CC: "Therese Troisema" <ttroisema@inria.fr>
From: "Jonathan Bradel" <jbradel@astro.luna.edu>
Date: September 10, 2023 12:30:14 LT
Subject: Re: Hello from the Exobiology Lab!
David,
Many thanks for your note and all its news and interesting
data! Melanie and I are glad to know you are settled now
and back at work. We've been making heavy use of the new
darkside reflector telescope and, thanks to the new petabit
fiber links that were introduced last year, we have very
effective controls from Luna City. We've been able to run
some really interesting synthetic aperture observations by
linking the results from the darkside array and the Earth-
orbiting telescopes, giving us an effective diameter of
about 200,000 miles. I can hardly wait to see what we can
make of some of the most distant Quasars with this set-up.
We had quite a scare last month when Melanie complained of
a recurring vertigo. None of the usual treatments seemed to
help so a molecular-level brain bioscan was done. An
unexpectedly high level of localized neuro-transmitter
synthesis was discovered but has now been corrected by
auto-gene therapy.
As you requested, I have attached the latest
NanoConstructor ToolKit from MIT. This version integrates
the Knowbot control subsystem which allows the NanoSystem
to be fully linked to the Internet for control, data
sharing and inter-system communication. By the way, the
Internet Society has negotiated a nice discount for nano-
fab services if you need something more elaborate than the
ISEA folks have available at XOB. I could put the
NanoSystem on the Solex Mars/Luna run and have it to you
pretty quickly.
Keep in touch!
Jon and Melanie
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To: "David Kenter" <dkenter@xob.isea.mr>
CC: "Jonathan Bradel" <jbradel@astro.luna.edu>
CC: "Troisema" <rm1023@geosync.hyatt.com>
From: "Therese Troisema" <ttroisema@inria.fr>
Date: September 10, 2023 12:30:14 UT
Subject: Re: Hello from the Exobiology Lab!
Bon Jour, David!
I am writing to you from the Hyatt Geosync where your email
was forwarded to me from INRIA. Louis and I are here
vacationing for two weeks. I have some time available and
will set up a simulation run on my EXAFLOP account. They
have the VR-95HR/OS headsets here for entertainment
purposes, but they will work fine for examining the results
of the simulation.
I have been taking time to do some research on the
development of the Interplanetary Internet and have found
some rather interesting results. I guess this counts as a
kind of paleo-networking effort, since some of the early
days reach back to the 1960s. It's hard to believe that
anyone even knew what a computer network was back then!
Did you know that the original work on Internet was
intended for military network use? One would never guess it
from the current state of affairs, but a lot of the
original packet switching work on ARPANET was done under
the sponsorship of something called the Advanced Research
Projects Agency of the US Department of Defense back in
1968. During the 1970s, a number of packet networks were
built by ARPA and others (including work by the predecessor
to INRIA, IRIA, which developed a packet network called
CIGALE on which the CYCLADES network operating system was
built). There was also work done by the French PTT on an
experimental system called RCP that later became a
commercial system called TRANSPAC. Some seminal work was
done in the mid-late 1960s in England at the National
Physical Laboratory on a single node switch that apparently
served as the first local area network! It's very hard to
believe that this all happened over 50 years ago.
A radio-based network was developed in the same 1960s/early
1970s time period called ALOHANET which featured use of a
randomly-shared radio channel. This idea was later realized
on a coaxial cable at XEROX PARC and called Ethernet. By
1978, the Internet research effort had produced 4 versions
of a set of protocols called "TCP/IP" (Transmission Control
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RFC 1607 A View from the 21st Century 1 April 1994
Protocol/Internet Protocol"). These were used in
conjunction with devices called gateways, back then, but
which became known as "routers". The gateways connected
packet networks to each other. The combination of gateways
and TCP/IP software was implemented on a lot of different
operating systems, especially something called UNIX. There
was enough confidence in the resulting implementations that
all the computers on the ARPANET and any networks linked to
the ARPANET by gateways were required to switch over to use
TCP/IP at the beginning of 1983. For many historians, 1983
marks the start of global Internet growth although it had
its origins in the research effort started at Stanford
University in 1973, ten years earlier.
I am going to read more about this and, if you are
interested, I can report on what happened after 1983.
I will leave any simulation results from the EXAFLOP runs
in the private access directory in the CERN TERAFLEX
archive. It will be accessible using the JIT-ticket I have
attached, protected with your public key.
Au revoir, mon ami, Therese
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RFC 1607 A View from the 21st Century 1 April 1994
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To: "Troisema" <rm1023@geosync.hyatt.com>
CC: "Jonathan Bradel" <jbradel@astro.luna.edu>
CC: "Therese Troisema" <ttroisema@inria.fr>
From: "David Kenter" <dkenter@xob.isea.mr>
Date: September 10, 2023 17:26:35 MT
Subject: Internet History
Dear Therese,
I am so glad you have had a chance to take a short
vacation; you and Louis work too hard! I changed the
subject line to reflect the new thread this discussion
seems to be leading in. It sounds as if the whole system
started pretty small. How did it ever get to the size it is
now?
David
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To: "David Kenter" <dkenter@xob.isea.mr>
CC: "Therese Troisema" <ttroisema@inria.fr>
CC: "Troisema" <rm1023@geosync.hyatt.com>
From: "Jonathan Bradel" <jbradel@astro.luna.edu>
Date: September 11, 2023 09:45:26 LT
Subject: Re: Internet History
Hello everyone! I have been following the discussion with
great interest. I seem to remember that there was an effort
to connect what people thought were "super computers" back
in the mid-1980's and that had something to do with the way
in which the system evolved. Therese, did your research
tell you anything about that?
Jon
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RFC 1607 A View from the 21st Century 1 April 1994
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To: "Jonathan Bradel" <jbradel@astro.luna.edu>
CC: "David Kenter" <dkenter@xob.isea.mr>
CC: "Troisema" <rm1023@geosync.hyatt.com>
From: "Therese Troisema" <ttroisema@inria.fr>
Date: September 12, 2023 16:05:02 UT
Subject: Re: Internet History
Jon,
Yes, the US National Science Foundation (NSF) set up 5
super computer centers around the US and also provided some
seed funding for what they called "intermediate level"
packet networks which were, in turn, connected to a
national backbone network they called "NSFNET." The
intermediate level nets connected the user community
networks (mostly in research labs and universities at that
time) to the backbone to which the super computer sites
were linked. According to my notes, NSF planned to reduce
funding for the various networking activities over time on
the presumption that they could become self-sustaining.
Many of the intermediate level networks sought to create a
larger market by turning to industry, which NSF permitted.
There was a rapid growth in the equipment market during the
last half of the 1980s, for routers (the new name for
gateways), work stations, network servers, and local area
networks. The penetration of the equipment market led to a
new market in commercial Internet services. Some of the
intermediate networks became commercial services, joining
others that were created to meet a growing demand for
Internet access.
By mid-1993, the system had grown to include over 15,000
networks, world-wide, and over 2 million computers. They
must have thought this was a pretty big system, back then.
Actually, it was, at the time, the largest collection of
networks and computers ever interconnected. Looking back
from our perspective, though, this sounds like a very
modest beginning, doesn't it? Nobody knew, at the time,
just how many users there were, but the system was doubling
annually and that attracted a lot of attention in many
different quarters.
There was an interesting report produced by the US National
Academy of Science about something they called
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RFC 1607 A View from the 21st Century 1 April 1994
"Collaboratories" which was intended to convey the idea
that people and computers could carry out various kinds of
collaborative work if they had the right kinds of networks
to link their computer systems and the right kinds of
applications to deal with distributed applications. Of
course, we take that sort of thing for granted now, but it
was new and often complicated 30 years ago.
I am going to try to find out how they dealt with the
problem of explosive growth.
Louis and I will be leaving shortly for a three-day
excursion to the new vari-grav habitat but I will let you
know what I find out about the 1990s period in Internet
history when we get back.
Therese
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To: "Troisema" <rm1023@geosync.hyatt.com>
CC: "David Kenter" <dkenter@xob.isea.mr>
CC: "Therese Troisema" <ttroisema@inria.fr>
From: "Jonathan Bradel" <jbradel@astro.luna.edu>
Date: September 13, 2023 10:34:05 LT
Subject: Re: Internet History
Therese,
I sent a few Knowbot programs out looking for Internet
background and found an interesting archive at the Postel
Historical Institute in Pacific Palisades, California.
These folks have an incredible collection of old documents,
some of them actually still on paper, dating as far back as
1962! This stuff gets addicting after a while.
Postel apparently edited a series of reports called
"Request for Comments" or "RFC" for short. These seem to be
one of the principal means by which the technology of the
Internet has been documented, and also, as nearly as I can
tell, a lot of its culture. The Institute also has a
phenomenal archive of electronic mail going back to about
1970 (do you believe it? Email from over 50 years ago!). I
don't have time to set up a really good automatic analysis
of the contents, but I did leave a couple of Knowbots
running to find things related to growth, scaling, and
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RFC 1607 A View from the 21st Century 1 April 1994
increased capacity of the Internet.
It turns out that the technical committee called the
Internet Engineering Task Force was very pre-occupied in
the 1991-1994 period with the whole problem of
accommodating exponential growth in the size of the
Internet. They had a bunch of different options for re-
placing the then-existing IP layer with something that
could support a larger address space. There were a lot of
arguments about how soon they would run out of addresses
and a lot of uncertainty about how much functionality to
add on while solving the primary growth problem. Some folks
thought the scaling problem was so critical that it should
take priority while others thought there was still some
time and that new functionality would help motivate the
massive effort needed to replace the then-current version 4
IP.
As it happens, they were able to achieve multiple
objectives, as we now know. They found a way to increase
the space for identifying logical end-points in the system
as well increasing the address space needed to identify
physical end-points. That gave them a hook on which to base
the mobile, dynamic addressing capability that we now rely
on so heavily in the Internet. According to the notes I
have seen, they were also experimenting with new kinds of
applications that required different kinds of service than
the usual "best efforts" they were able to obtain from the
conventional router systems.
I found an absolutely hilarious "packet video clip" in one
of the archives. It's a black-and-white, 6 frame per second
shot of some guy taking off his coat, shirt and tie at one
of the engineering committee meetings. His T-shirt says "IP
on everything" which must have been some kind of slogan for
Internet expansion back then. Right at the end, some big
bearded guy comes up and stuffs some paper money in the
other guy's waistband. Apparently, there are quite a few
other archives of the early packet video squirreled away at
the PHI. I can't believe how primitive all this stuff
looks. I have attached a sample for you to enjoy. They
didn't have TDV back then, so you can't move the point of
view around the room or anything. You just have to watch
the figures move jerkily across the screen.
You can dig into this stuff if you send a Knowbot program
to concierge@phi.pacpal.ca.us. This Postel character must
have never thrown anything away!!
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RFC 1607 A View from the 21st Century 1 April 1994
Jon
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To: "Jonathan Bradel" <jbradel@astro.luna.edu>
CC: "David Kenter" <dkenter@xob.isea.mr>
CC: "Troisema" <rm1023@geosync.hyatt.com>
From: "Therese Troisema" <ttroisema@inria.fr>
Date: September 15, 2023 07:55:45 UT
Subject: Re: Internet History
Jon,
thanks for the pointer. I pulled up a lot of very useful
material from PHI. You're right, they did manage to solve a
lot of problems at once with the new IP. Once they got the
bugs out of the prototype implementations, it spread very
quickly from the transit service companies outward towards
all the host computers in the system. I also discovered
that they were doing research on primitive gigabit-per-
second networks at that same general time. They had been
relying on unbelievably slow transmission systems around
100 megabits-per-second and below. Can you imagine how long
it would take to send a typical 3DV image at those glacial
speeds?
According to the notes I found, a lot of the wide-area
system was moved over to operate on top of something they
called Asynchronous Transfer Mode Cell Switching or ATM for
short. Towards the end of the decade, they managed to get
end to end transfer rates on the order of a gigabyte per
second which was fairly respectable, given the technology
they had at the time. Of course, the telecommunications
business had been turned totally upside down in the process
of getting to that point.
It used to be the case that broadcast and cable television,
telephone and publishing were different businesses. In some
countries, television and telephone were monopolies
operated by the government or operated in the private
sector with government regulation. That started changing
drastically as the 1990s unfolded, especially in the United
States where telephone companies bought cable companies,
publishers owned various communication companies and it got
to be very hard to figure out just what kind of company it
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RFC 1607 A View from the 21st Century 1 April 1994
was that should or could be regulated. There grew up an
amazing number of competing ways to deliver information in
digital form. The same company might offer a variety of
information and communication services.
With regard to the Internet, it was possible to reach it
through mobile digital radio, satellite, conventional wire
line access (quaintly called "dial-up") using Integrated
Services Digital Networking, specially-designed modems,
special data services on television cable, and new fiber-
based services that eventually made it even into
residential settings. All the bulletin board systems got
connected to the Internet and surprised everyone, including
themselves, when the linkage created a new kind of
publishing environment in which authors took direct re-
sponsibility for making their work accessible.
Interestingly, this didn't do away either with the need for
traditional publishers, who filter and evaluate material
prior to publication, nor for a continuing interest in
paper and CD-ROM. As display technology got better and more
portable, though, paper became much more of a specialty
item. Most documents were published on-line or on high-
density digital storage media. The basic publishing
process retained a heavy emphasis on editorial selection,
but the mechanics shifted largely in the direction of the
author - with help from experts in layout and
accessibility. Of course, it helped to have a universal
reference numbering plan which allowed authors to register
documents in permanent archives. References could be made
to these from any other on-line context and the documents
retrieved readily, possiblyat some cost for copying rights.
By the end of the decade, "multimedia" was no longer a
buzz-word but a normal way of preparing and presenting
information. One unexpected angle: multimedia had been
thought to be confined to presentation in visual and
audible forms for human consumption, but it turned out that
including computers as senders and recipients of these
messages allowed them to use the digital email medium as an
enabling technology for deferred, inter-computer
interaction.
Just based on what I have been reading, one of the toughest
technical problems was finding good standards to represent
all these different modalities. Copyright questions, which
had been thought to be what they called "show-stoppers,"
turned out to be susceptible to largely-established case
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law. Abusing access to digital information was impeded in
large degree by wrapping publications in software shields,
but in the end, abuses were still possible and abusers were
prosecuted.
On the policy side, there was a strong need to apply
cryptography for authentication and for privacy. This was a
big struggle for many governments, including ours here in
France, where there are very strong views and laws on this
subject, but ultimately, the need for commonality on a
global basis outweighed many of the considerations that
inhibited the use of this valuable technology.
Well, that takes us up to about 20 years ago, which still
seems a far cry from our current state of technology. With
over a billion computers in the system and most of the
populations of information-intensive countries fully
linked, some of the more technically-astute back at the
turn of the millennium may have had some inkling of what
was in store for the next two decades.
Therese
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To: "Therese Troisema" <ttroisema@inria.fr>
CC: "Jonathan Bradel" <jbradel@astro.luna.edu>
From: "David Kenter" <dkenter@xob.isea.mr>
Date: September 17, 2023 06:43:13 MT
Subject: Re: Internet History
Therese and Jon,
This is really fascinating! I found some more material,
thanks to the Internet Society, which summarizes the
technical developments over the last 20 years. Apparently
one of the key events was the development of all-optical
transmission, switching and computing in a cost-effective
way. For a long time, this technology involved rather
bulky equipment - some of the early 3DV clips from 2000-
2005 showed rooms full of gear required to steer beams
around. A very interesting combination of fiber optics and
three-dimensional electro-optical integrated circuits
collapsed a lot of this to sizes more like what we are
accustomed to today. Using pico- and femto- molecular
fabrication methods, it has been possible to build very
compact, extremely high speed computing and communication
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devices.
I guess those guys at Xerox PARC who imagined that there
might be hundreds of millions of computers in the world,
hundreds or even thousands of them for each person, would
be pleased to see how clear their vision was. The only
really bad thing, as I see it, is that those guys who were
trying to figure out how to deal with Internet expansion
really blew it when they picked a measly 64 bit address
space. I hear we are running really tight again. I wonder
why they didn't have enough sense just to allocate at least
1024 bits to make sure we'd have enough room for the
obvious applications we can see we want, now?
David
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Final Comments
The letters end here, so we are left to speculate about many of the
loose ends not tied up in this informal exchange. Obviously, our
current struggles ultimately will be resolved and a very different,
information-intensive world will evolve from the present. There are a
great many policy, technical and economic questions that remain to be
answered to guide our progress towards the environment described in
part in these messages. It will be an interesting two or three
decades ahead!
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Security Considerations
Security issues are not discussed in this memo.
Author's Address
Vinton Cerf
President, Internet Society
12020 Sunrise Valley Drive, Suite 270
Reston, VA 22091
EMail: +1 703 648 9888
Fax: +1 703 648 9887
EMail: vcerf@isoc.org
or
Vinton Cerf
Sr. VP Data Architecture
MCI Data Services Division
2100 Reston Parkway, Room 6001
Reston, VA 22091
Phone: +1 703 715 7432
Fax: +1 703 715 7436
EMail: vinton_cerf@mcimail.com
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