The Electronic Systems Division (ESD) of the U.S. Air Force
is pleased to announce the award of the Unified Local Area
Network Architecture (ULANA) contracts. The ULANA contracts
consist of a integration and test contract to be managed by ESD
at Hancsom AFB, MA, along with an Indefinite Delivery/Indefinite
Quantity (ID/IQ) contract to be managed by Air Force
Communication Command (AFCC) Engineering Installation Division
(EID) at Tinker AFB, OK. Two awards have been made: one to
Electronic Data Systems (EDS) Corp of Bethesda, MD; and one to
TRW Information Networks Division of Torrance, CA.
ULANA represents a major advance in Air Force networking as
it establishes an Air Force standard for Local Area Networks.
The ULANA program is providing the vehicle to purchase the
components and engineering services to assist in integration,
while the computer systems and LAN media will be provided under
existing AF contracts.
The ULANA program will provide a full range of LAN equipment
for Air Force use. Over 200 different LAN components and related
engineering services with a maximum value of approximately $150
million will be orderable under the ULANA contracts.
The ULANA program will provide standardized Local Area
Networking components based on the IEEE 802.3 standard and the
DoD suite of protocols (TCP/IP, Telnet, FTP, SMTP, UDP, ICMP) The
components available from the ULANA contract will minimize
"unique" LAN implementations within the Air Force and permit
interconnectivity between Air Force standard computer systems.
The computer systems that will be supported include Amdahl/
IBM with MVS, IBM with VM, Sperry 1100 with OS 1100, DEC Vax/
MicroVax with VMS, Zenith Z-150, Z-200, Z-248, IBM XT, IBM AT
Sperry PC40 with MS DOS and Xenix, Cromemco CS-220 with UNIX,
Gould 9050 with UTX 32, Honeywell with GCOS and NCR WS3000/
Burroughs XE520 with CTOS/BTOS.
Other equipment provided under the ULANA contract include
terminal servers, bridges, DDN gateway, LAN encryption and
media attachment units. The media supported by the ULANA
components include baseband (both 10base2 and 10base5), dual
cable broadband, single cable broadband, fiber, and twisted pair.
The initial test and integration contracts will be conducted
at a testbed located at Gunter AFB, Alabama. The test phase will
last eight months during which an Approved Products List (APL)
will evolve. After the products have been qualified and placed
on the APL, the components will then be orderable through the EID
by Air Force users. The dual award will provide a much larger
selection of similar components to better fit each user's needs.
Why didn't you just send a couple of bright Air Force officers
out to InterOp last week with some spec sheets and some POs? You
could have saved yourself a lot of money on consulting fees and you
could have actually seen the stuff work before you bought it.
Works for me.
As they say: "A penny saved kills your career in the Pentagon."
--
The meek can have the Earth; | Henry Spencer at U of Toronto Zoology
the rest of us have other plans.|uunet!attcan!utzoo!henry he...@zoo.toronto.edu
I didn't work on that project but I read 2 of the spec revisions in
'84 and '86.
Doug Olson
Digital Equipment Corporation
ex-USAF Lieutenant!
One should be somewhat more realistic. The number of vendors that you
can go to and say "I'd like to buy 5000 IP routers, 4000 TCP terminal
servers, and 1000 miles of assorted interconnecting cables over the
next 5 years, and by the way, I expect you to install, interconnect,
maintain, and train our personnel in their use..." is approximately 0.
Thus some large company like TRW, who has experience in handling such
large bids, replys, and THEY send people to Interop and realted shows
to pick out routers, terminal servers, cable, modems, and so on.
Trying to grow a huge network one or two pieces at a time can be a
bad idea. (Trying to plan a huge network in one fell swoop can also
be a bad idea...)
William Westfield
cisco Engineering
-------
It would indeed be nice to accost the vendors, checkbook in hand.
Unfortunately, government, and military especially, procurement
just doesn't work that way. First of all, you have to understand
that, between wars, and sometimes during them, the bean counters
are in charge. The little guy behind four locked and guarded
Pentagon doors is not a little man staring at a big red button.
Rather, it is a little guy with green eyeshaes and a helluvalot
of large tomes telling you why you can't buy the button, much
less press it. Unfortunately, whenever someone tries to beat
the system, often as not with the taxpayers best interests in mind,
a scandal somehow erupts and congress gives the little guy some more
rules to tell you how you can't do things.
Enough flame -- there are some very valid reasons as well.
Primary among these is standardization. To this audience, the first
reason for standardization -- interoperability -- should be
second nature. But, there is more. Standardization for logistics
reasons is vital to the military. I've had to keep equipment operating
in the Arctic, the Antarctic, Iwo Jima, Japan, and several places
in between -- a lot of which aren't covered by your corner repair
centers. The Navy currently haves something over 35 radar repeaters
in their inventory and keeping them all in parts is driving the
logistics guys nuts. The third reason for standardization is the
human reason -- keeping maintenance and operator training costs
within bounds. A common man-machine interface across a large
installed base has very large (if subtle and usually unnoticed)
benefits (remember the cars with push-button controlled automatic
transmissions?).
By far the most effective means to gain this standardization is exactly
what the Air Force has done -- get an open, requirements contract
out on the street. Then the whole Air Force, not just a couple bright
guys, is only a PO away from a solution that has virtually all
of the standardization benefits. Remember Herman Wouk's line in
Caine Mutiny -- the system was invented by geniuses to be run by
idiots. How many people in the Air Force really know what
they should be buying?
Rex Buddenberg
USCG Headquarters
One should be somewhat more realistic. The number of vendors that you
can go to and say "I'd like to buy 5000 IP routers, 4000 TCP terminal
servers, and 1000 miles of assorted interconnecting cables over the
next 5 years, and by the way, I expect you to install, interconnect,
maintain, and train our personnel in their use..." is approximately 0.
Thus some large company like TRW, who has experience in handling such
large bids, replys, and THEY send people to Interop and realted shows
to pick out routers, terminal servers, cable, modems, and so on.
Trying to grow a huge network one or two pieces at a time can be a
bad idea. (Trying to plan a huge network in one fell swoop can also
be a bad idea...)
And now for a philosphical question: Is this the shape of things
to come? Will future tcp/ip acquisitions (and possibly iso/osi
acquisitions when it becomes real vs when GOSIP specifies) be so
large and complex that only large companies will be able to bid?
Marty
If the "Requirements for Internet Hosts" RFC had been done a year ago,
would the authors of ULANA have known about it? Could they have used
it, if they had (perhaps because it wasn't MilStd)? I hope that the next
generation of this spec can, and does...
James VanBokkelen
FTP Software Inc.
The big problem that these contracts are supposed to solve is the
integration and support role. I suspect that any vendor who would
like to be on the approved list will eventually be able to go to
TRW/EDS and get their product approved.
dennis
I would assume acquiring a large GOSIP data network will be like
acquiring a large ISDN (voice) network or a large PBX. System
integrators, they're called, something like a cross between an
elephant and a skunk.
Dave
Yes, that's right and I understand that both TRW and EDS
specified cisco routers for ULANA.
I do understand government and military procurement. From
1979 to 1986 I was in the engineering consulting business working for
consulting firms that had contracts with the Navy, primarily. I
worked on ballistic missile guidance and shipboard navigation systems
accuracy analysis and toward the end, on military tactical data
communications systems, like JTIDS. I understand the business from
the small business setaside end of the table. You know, where the dogs
gather to pick up the crumbs from the mouths of the Big Guys.
Those that run things are the procurement types. It's a
frustrating business working on scraps from the setasides, and that's
one of the reasons I got out. I don't mean to disparage you or anyone
else, I'm talking about my personal views. I'm having more fun on the
Internet than I ever would have figuring out how close to the Russian
silo a D5 missile can get. :-)
I really only meant to point out how nice InterOp was for
someone who doesn't have the weight of the Pentagon behind him. I
really don't imagine that the Air Force will ever be able to operate
like a small, competitive enterprise like GM or IBM. I know the facts
of life and that most everyone involved does his best to see that
useful work gets done in spite of the system of doing business. So,
for those of you still on the inside, good luck, have fun, and do a
good job; I meant no disparagement to anyone working for or inside the
government procurement system. I was poking at the "complex" Eisenhower
talked about when he left the Presidency.
:-)
dennis