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Re: security hole in swais, FYI
by hfl＠cert.org 03 Sep '92

03 Sep '92

Thanks very much for keeping us informed on this one. Howard Lipson, Computer Security Researcher Computer Emergency Response Team Software Engineering Institute Carnegie Mellon University Pittsburgh, Pa. 15213-3890 Internet E-mail: cert(a)cert.org (monitored during business hours) Telephone: (412) 268-7090 (answers 24 hour a day)

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Re: Remote Gear Support ..
by prue＠ISI.EDU 02 Sep '92

02 Sep '92

From jwabik(a)msc.edu Wed Sep 2 10:33:07 1992 Subject: Remote Gear Support .. To: regional-techs(a)merit.edu I've been poking around (thru the Black Box catalog, for example) for equipment to help us support our remote network gear located near the NSS to which we attach. I've had little success at finding the right pieces. I'm wondering if any of you have implemented any of these (listed below) solutions, and if so, where you found the equipment to do it; then subsequent sucess/failure information. Not in any particular order, here are the functions I'd like to be able to perform remotely.. This is a "grandiose wish list", as it were. * Software switchable dial-up access to serial ports on all gear (several ports): To Device 1 +-------------> |+------------> || To Device 2 Phone line +-------+ +---------+++ . -----------------| Modem |---| Magic Box | . +-------+ +-----------+ . || To Device (n-1) |+------------> +-------------> To Device (n) In this scenario, I dial into the modem to the "magic box", and give it some character code or sequence to attach me to the specified port. I can escape back to the magic-box and request subsequent connections without having to redial. [Black box has one of these for 4 ports, but I hear its not too good. Any experiences?] * Power Cycle any of "n" pieces of remote hardware via RS232 interface and ASCII selection. Ideally, this box attaches to one of the ports of the serial switch above, and asks me which piece of the "n" attached pieces of hardware should be cycled. [Black box has one of these for a single piece of equipment. It requires a dedicated phone line, and uses telco tones to trigger a cycle.] Los Nettos as built a remote access system much like you describe. We use a Newbridge 1080 8 port ASCII async switch, a 9600 bps modem and a Dataprobe K10-A power relay. The Newbridge switch has the ability to configure any or all of their ports as source ports or destination ports or both source and destination ports. A CSU/DSU console is a destination port, while a local console terminal may only be a source port. You configure the switch with port speeds and many other port characteristics. Both source and destination ports can have password protection by option. The device has up to 128 bytes of buffering and can do speed conversion with two types of flow control. It has several options for responding to and providing control leads. It also does data format conversion. It has other options I have not mentioned as well. If 8 ports are not enough one can connect two or more together. The best part is that we get the Newbridge 1080 switch for about $650 each. The switch is configured with lots of parameters for each port. This configuration is maintained during power outages. The Dataprobe K10-A we use is a modified unit from what they have in their catalogue. Our version kills the power to an AC plug if we raise a control lead. Power remains on if there is a low signal or no signal. We plug a power strip into the power relay, plug our router and all of the CSU/DSU's. We thus power cycle everything all at once. We plug a cable between the switch and the power relay. When we select the power relay port our equipment is powered down. Because the switch port fails a DTE-DCE control lead handshake the switch aborts the connection to the power relay device and power is restored automatically. I wanted to be able to power cycle things individually but the only thing I found was a device which is no longer manufactured. I think it was an X-10 or something like that. The Dataprobe K10-A's cost about $150 each. We use NEC 9631 modems which have worked reliably at 9600, even cross country. Two of our Los Nettos members have duplicated our Los Nettos Remote Console Access (RCK) systems for their own corporate networks. I use Cisco routers. I connect both the console port and the AUX port to the switch. In this way I can telnet to the Cisco AUX port and talk to the switch and the CSU/DSU's. I can even connect to the modem through this telnet connection and dial a remote location without leaving my workstation. You can't appreciate how much easier it is to get T1's repaired when you can see both CSU/DSUs on an sick line until you've done it a few times. You can tell the phone company real time which half of a line will test good through a double loop somewhere in the middle. With our CSU/DSUs we can send the phone company a quasi-random signal their test equipment can look at. Testing in this mode goes so much quicker. * T1 line switch: Incoming T1 +--------+ +-----------+ | |-----------------| CSU/DSU 1 |----> To router 1 -----------------| Switch | +-----------+ | |-----------------| CSU/DSU 2 |----> To router 2 +--------+ +-----------+ ^ | V RS232 Input Ideally, this box also attaches to one of the ports on the n-by serial switch above, and has some sort of menu or ASCII code line selection mechanism. Being a software guy, I thought about wiring this up using a switch for RS232 from Black Box.. Hardware people informed me that this wasn't a good idea. I believe that a T1 line switch violates the T1 tarifs. The first thing the T1 is suppose to see is a CSU to protect the network from the customer equipment. I would like to hear that I am wrong because I have wanted to do just the same thing on multiple occasions. Again, these are the thoughts on my mind... and an "ideal wish list". I'd appreciate hearing about any implementations or similar tools that you have experience with. Thanks! -Jeff Cisco AGS+ routers come with an environmental monitor card. This card tests the power and the temperature and puts constant updates out as ASCII async data. If we connected that to the switch we could remotely receive this data when we selected that switch port as well. What I would like is to have the protocol used on the CSU/DSU port be more computer friendly. With our Datatel CSU/DSUs it is diffucult to teach a computer program how to interpret the output display. The data is context and position dependent. The base display format is unknown but dependent on how it was left from last time. There is no way to force the console port into a base mode where one can know that sending certain inputs to the console port will deliver a specific output, or initiate a loop without looking at the console output for feedback each step of the way. I would like an interface that would be easy to do testing under program control with a minimum of code development. I think some new CSU/DSUs have or will have this in the future. Of course these are the most expensive models. Give me a call if you have any specific questions. Walt Prue Los Nettos 310-822-1511

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Re: Remote Gear Support ..
by craig＠icp.net 02 Sep '92

02 Sep '92

> About this time last year I was using the Lantronix and Hughes/CMC > terminal Server. The Lantronix was advertised as able to do many > different type of connectivity, but I didn't like the support and > the performance and quality were not as good as the Hughes. > I had good field support and ROM upgrades. > The software which came with the Lantronix was buggy. Then > again it was trying to run on an AT&T 3B2 600G (oh my!). > > craig(a)icp.net > 703 904 2084 > How much does the Hughes go for? BTW, the Lantronix has improved quite a bit since last year (I looked at them too then also). The only problem I have seen so far is that they have a 2 byte (yes, 2 byte) serial line buffer which can easily be overrun if you have dumb (aka, no flow control) serial devices. I remember the GSA price for the Navy was something like $1000 - $1300. FYI: The original reason for the terminal server was to do network printing from an AT&T 3B2 600 System V.3.2 on 10Base-T. I wrote some code to integrate with the System V print spooler called 'netlp' to print to a RAW TCP socket on the terminal server. The results were very good. The serial port on the Laser could be throttled as wide as the terminal server could handle. Now the Navy Medical data services center can print anywhere over IP on their network. craig(a)icp.net

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Re: Remote Gear Support ..
by craig＠icp.net 02 Sep '92

02 Sep '92

> We are currently evaluating a cheap terminal server to replace the COS for > our out-of-band access. Lantronix makes a TS for about $1200 (Univ price). > Although a bit more expensive then the COS, it provides much more flexibility > (like begin able to telnet to dumb async devices when the network is up, > and being able to have multiple sessions going which makes realtime debugging > of problems easier). I would be interested if anyone knows of any cheaper > TS out there. > > Tom About this time last year I was using the Lantronix and Hughes/CMC terminal Server. The Lantronix was advertised as able to do many different type of connectivity, but I didn't like the support and the performance and quality were not as good as the Hughes. I had good field support and ROM upgrades. The software which came with the Lantronix was buggy. Then again it was trying to run on an AT&T 3B2 600G (oh my!). craig(a)icp.net 703 904 2084

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Re: Remote Gear Support ...
by Dan Long 02 Sep '92

02 Sep '92

Yes--we've run into the problem with the 4 and 8-way COS switches too. Always connect to an unused port before hanging up.... Dan ------- Forwarded Message To: Jeff Wabik <jwabik(a)msc.edu> cc: nearnet-ops Subject: Re: Remote Gear Support .. In-reply-to: Your message of Wed, 02 Sep 92 12:28:01 -0500. <9209021728.AA02344(a)sniper.msc.edu> Date: Wed, 02 Sep 92 14:15:19 -0400 From: "Dan Long" <long(a)bbn.com> From: Jeff Wabik <jwabik(a)msc.edu> Subject: Remote Gear Support .. Date: Wed, 2 Sep 92 12:28:01 CDT I've been poking around (thru the Black Box catalog, for example) for equipment to help us support our remote network gear located near the NSS to which we attach. I've had little success at finding the right pieces. I'm wondering if any of you have implemented any of these (listed below) solutions, and if so, where you found the equipment to do it; then subsequent sucess/failure information. We've done all this stuff with (almost) stock Black Box gear. I'll fax you a copy of a diagram of a setup we actually implemented when we had a T1 line going to Princeton and wanted to be able to power cycle the gear, access various console ports, and switch a T1 line from one DSU/CSU to another. It all worked fine. Not in any particular order, here are the functions I'd like to be able to perform remotely.. This is a "grandiose wish list", as it were. * Software switchable dial-up access to serial ports on all gear (several ports): To Device 1 +-------------> |+------------> || To Device 2 Phone line +-------+ +---------+++ . -----------------| Modem |---| Magic Box | . +-------+ +-----------+ . || To Device (n-1) |+------------> +-------------> To Device (n) In this scenario, I dial into the modem to the "magic box", and give it some character code or sequence to attach me to the specified port. I can escape back to the magic-box and request subsequent connections without having to redial. [Black box has one of these for 4 ports, but I hear its not too good. Any experiences?] We do this with their 4-way or 8-way switch. There's also a (nicer) box from Newbridge called the 1008 Mainstreet Data Controller ($1100) (703-834-3600). * Power Cycle any of "n" pieces of remote hardware via RS232 interface and ASCII selection. Ideally, this box attaches to one of the ports of the serial switch above, and asks me which piece of the "n" attached pieces of hardware should be cycled. [Black box has one of these for a single piece of equipment. It requires a dedicated phone line, and uses telco tones to trigger a cycle.] We use the black box LOR-II and we just change a wire on the relay to make it be Normally-Closed instead of Normally-Open. Works great. Power goes off as long as you stay connected to the appropriate serial port on the switch. Be aware of the LOR's load limitations, however. Another option (which I haven't tested is: Heathkit/Radio Shack sell the BSR wireless controlers which has an RS-232C interface. These devices communicate over the AC power lines and can operate relays wich can switch an inductive load of up to 20 Amps - which is sufficent for the devices we would use. The problem with this technology is that if the power lines have a lot of noise, the units may not respond to commands. The benifit is they are small, cheap, and work well. * T1 line switch: Incoming T1 +--------+ +-----------+ | |-----------------| CSU/DSU 1 |----> To router 1 -----------------| Switch | +-----------+ | |-----------------| CSU/DSU 2 |----> To router 2 +--------+ +-----------+ ^ | V RS232 Input Ideally, this box also attaches to one of the ports on the n-by serial switch above, and has some sort of menu or ASCII code line selection mechanism. Being a software guy, I thought about wiring this up using a switch for RS232 from Black Box.. Hardware people informed me that this wasn't a good idea. This may not be a good idea (may even be illegal) but we needed to do it and it worked like a champ (saved our asses at least once). We used a Black Box tone-activated-talking switch and wired the 4-wire T1 line up to it. It operates based on touch-tone input (not RS232). Since we only wanted one phone line, then we put the equivalent of an ASD-4 (they used to have a 2-port version called a Call Distribution Switch) in front to select either the TATS or the modem/8-way box. And we put security codes on the TATS and modem (a security modem from black box) so random people couldn't toy with our gear. Again, these are the thoughts on my mind... and an "ideal wish list". I'd appreciate hearing about any implementations or similar tools that you have experience with. Works for us. Your mileage may vary. Good luck. Regards, Dan ------- End of Forwarded Message

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Remote Gear Support ..
by jwabik＠msc.edu 02 Sep '92

02 Sep '92

I've been poking around (thru the Black Box catalog, for example) for equipment to help us support our remote network gear located near the NSS to which we attach. I've had little success at finding the right pieces. I'm wondering if any of you have implemented any of these (listed below) solutions, and if so, where you found the equipment to do it; then subsequent sucess/failure information. Not in any particular order, here are the functions I'd like to be able to perform remotely.. This is a "grandiose wish list", as it were. * Software switchable dial-up access to serial ports on all gear (several ports): To Device 1 +-------------> |+------------> || To Device 2 Phone line +-------+ +---------+++ . -----------------| Modem |---| Magic Box | . +-------+ +-----------+ . || To Device (n-1) |+------------> +-------------> To Device (n) In this scenario, I dial into the modem to the "magic box", and give it some character code or sequence to attach me to the specified port. I can escape back to the magic-box and request subsequent connections without having to redial. [Black box has one of these for 4 ports, but I hear its not too good. Any experiences?] * Power Cycle any of "n" pieces of remote hardware via RS232 interface and ASCII selection. Ideally, this box attaches to one of the ports of the serial switch above, and asks me which piece of the "n" attached pieces of hardware should be cycled. [Black box has one of these for a single piece of equipment. It requires a dedicated phone line, and uses telco tones to trigger a cycle.] * T1 line switch: Incoming T1 +--------+ +-----------+ | |-----------------| CSU/DSU 1 |----> To router 1 -----------------| Switch | +-----------+ | |-----------------| CSU/DSU 2 |----> To router 2 +--------+ +-----------+ ^ | V RS232 Input Ideally, this box also attaches to one of the ports on the n-by serial switch above, and has some sort of menu or ASCII code line selection mechanism. Being a software guy, I thought about wiring this up using a switch for RS232 from Black Box.. Hardware people informed me that this wasn't a good idea. Again, these are the thoughts on my mind... and an "ideal wish list". I'd appreciate hearing about any implementations or similar tools that you have experience with. Thanks! -Jeff -- Jeff Wabik E/Mail: jwabik(a)msc.edu Minnesota Supercomputer Center AT&T: +1 612 626 0211 Minneapolis, MN FAX: +1 612 624 6550

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Re: Remote Gear Support ..
by e-krol＠uiuc.edu 02 Sep '92

02 Sep '92

At 2 Sep 12:28 CDT, Jeff Wabik wrote: > > >I've been poking around (thru the Black Box catalog, for example) for >equipment to help us support our remote network gear located near the >NSS to which we attach. I've had little success at finding the >right pieces. I'm wondering if any of you have implemented any of >these (listed below) solutions, and if so, where you found the >equipment to do it; then subsequent sucess/failure information. > >Not in any particular order, here are the functions I'd like to be able >to perform remotely.. This is a "grandiose wish list", as it were. > > * Software switchable dial-up access to serial ports > on all gear (several ports): > To Device 1 > +-------------> > |+------------> > || To Device 2 > Phone line +-------+ +---------+++ . >-----------------| Modem |---| Magic Box | . > +-------+ +-----------+ . > || To Device (n-1) > |+------------> > +-------------> > To Device (n) > > In this scenario, I dial into the modem to the "magic box", > and give it some character code or sequence to attach me to > the specified port. I can escape back to the magic-box > and request subsequent connections without having to > redial. [Black box has one of these for 4 ports, but I hear > its not too good. Any experiences?] > CICnet did just this. There was a 4 port I thought black box code controled switch. There was one port to the cisco router and one to each of the csu ports. The switch had like and esc, ctlz, n where n was 1 - 4 saying switch to port 1-4. Otherwise it was transparent. ------------------------- Ed Krol 217-333-7886 University of Illinois 1304 W. Springfield Urbana, IL 61801 Maturity is a measure of ones ability to deal with Ambiguity

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Re: security hole in swais, FYI
by Peter Schmid - UnixOps 02 Sep '92

02 Sep '92

-------- yet another of these WAIS thingies. FYI. res. -- pete Jonny Goldman <jonathan(a)Think.COM> writes: * From: Marten Terpstra <Marten.Terpstra(a)ripe.net> * Date: Tue, 01 Sep 92 15:46:22 +0200 * * We've known about this.The solution is to run swais under a chroot, wit h a * very limited bin directory. This is how swais is run on Quake, and we' ve * had no evidence of any tampering. The version I have (b4) does not have a chroot in it. Currently we are running without the mail and pipe options ... The loss of a pipe option is no problem, the mail option is. * I've done this by using a special .cshrc, but I just thought of a way t hat * could be defeated. Hmmm, I want users to be able to use a limited set of * commands. Perhaps swais needs a "secure" command list. A secure command list would be very nice, or perhaps like other programs a simple compile time enable/disable flag for each command. Pagers like "less " have something along these lines. Anyway, let us know if something more "safe" comes along. Cheers, -Marten --------

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security hole in swais, FYI
by Steve Goldstein--Ph +1-202-357-9717 02 Sep '92

02 Sep '92

George and Brewster, Please take note of this and act accordingly. (Thanks for the heads-up, Scott! I took the liberty of alerting the CERT with a cc: The community of serving organizations should be notified and the fix provided, when proven. If I'm behind the power curve, and if you have already done this, please excuse my misplaced zeal.) Thanks, Steve G. ------- Forwarded Message From: scottw(a)nic.ddn.mil (Scott Williamson) Message-Id: <9208312050.AA22641(a)nic.ddn.mil> Subject: Re: WAIS on DDN To: sgoldste(a)cise.cise.nsf.gov (Steve Goldstein--Ph +1-202-357-9717) Date: Mon, 31 Aug 92 16:50:13 EDT In-Reply-To: <9208282127.AA06081(a)cise.cise.nsf.gov>; from "Steve Goldstein--Ph +1-202-357-9717" at Aug 28, 92 5:27 pm X-Mailer: ELM [version 2.3 PL2] Steve, We have the login wais disabled. There is a security whole in the swais interface that you can drive a truck through. We are working on a fix so that we reactivate this feature. Mark Kosters has informed RIPE of the problem with an explanation of how one could get in. He also suggested the fix. Scott > > > >SG> And, folks, what you really want to see is NIC databases accessible > >SG> with WAIS, so's you don't have to use their search fields, > >SG>but can > >SG> use any search string (e.g., telephone number, city, etc.) > >SG>NIC.DDN.MIL > >SG> has just brought up a WAIS server, and RIPE NCC has had one > >SG>up for a while > >SG> (wais.ripe.net) These are REALLY neat, as in "who does networking > >SG>in > >SG> Dresden?" --SG > > > >I've managed to telnet to wais.nic.ddn.mil (192.112.38.103) > >but don't know the login/password. Can you advise? > > > Sorry. I did it with a WAIS client. I just tried logging in a telnet > session with user=wais, password=<all_sorts_of_things_including_profanity>, > but nothing worked. Ought not be passworded! > > Scott? > > --SG > >Ripe works fine. > > > >Regards, > >Peter Scott > ------- End of Forwarded Message

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Additions to the NSFNET policy-based routing database
by Riaz Taherzadeh-Yazdian 01 Sep '92

01 Sep '92

The following networks have been added to the NSFNET policy-based routing database: T1 Network: ---------- Network IP: 146.107 Network Name: GSF-NET Location: GSF - Forschungszentrum fuer Umwelt und Gesundheit GmbH, Rechenzentrum, Ingolstaedter Landstrasse 1, D-W-8042 Neuherberg, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 155.33 Network Name: NEASTU-NET2 Location: Northeastern University, 360 Huntington Avenue, Boston, MA 02115, USA Country Code: US 1:560 NEARnet Regional Network 2:281 NEARnet Regional Network 3:1384 NEARnet Regional Network 4:1383 NEARnet Regional Network 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 161.80 Network Name: EPANESC Location: U.S. Environmental Protection Agency, Highway 54 & Alexander Dr., Research Triangle Park, NC 27711, USA Country Code: US 1:750 T1-T3 Network Interconnect (Ann Arbor, MI) 2:756 T1-T3 Network Interconnect (Princeton, NJ) 10:81 CONCERT Network IP: 161.130 Network Name: MUHSCNET Location: University of Missouri-Columbia, Campus Computing, 200 Heinkel Bldg., Columbia, MO 65211, USA Country Code: US 1:93 Midnet 12:754 T1-T3 Network Interconnect (Houston, TX) 13:751 T1-T3 Network Interconnect (San Diego, CA) Network IP: 192.70.213 Network Name: GREBYN-NET Location: Grebyn Corporation, P.O. Box 497, Vienna, VA 22183-0497, USA Country Code: US 1:701 Alternet 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) 20:279 SURANET Regional Network (Georgia Tech) Network IP: 192.77.167 Network Name: ANS-CNET17 Location: ANS-Reston, 1875 Campus Commons Drive, Campus South Building, 2nd Floor - Suite 220, Reston, Virgina, 22091, USA Country Code: US 1:750 T1-T3 Network Interconnect (Ann Arbor, MI) 2:756 T1-T3 Network Interconnect (Princeton, NJ) 3:754 T1-T3 Network Interconnect (Houston, TX) 4:751 T1-T3 Network Interconnect (San Diego, CA) Network IP: 192.109.42 Network Name: POP-BERLIN Location: IN, Stephanstr. 7, D-W-1000 Berlin 21, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 192.148.167 Network Name: SPRITEL Location: SPRI, S.A., Programa SPRITEL, Parque Tecnologico, Edificio 103, E-48016 ZAMUDIO (VIZCAYA), SPAIN Country Code: ES 1:590 EASInet Regional Network Network IP: 192.187.8 Network Name: ARL-VA-US1 Location: University of Southern California / Information Sciences Institute, 4001 N. Fairfax Dr., Ste 670, Arlington, VA 22203, USA Country Code: US 1:750 T1-T3 Network Interconnect (Ann Arbor, MI) 2:756 T1-T3 Network Interconnect (Princeton, NJ) 3:754 T1-T3 Network Interconnect (Houston, TX) 4:751 T1-T3 Network Interconnect (San Diego, CA) Network IP: 192.190.3 Network Name: LANCITY-NET Location: LANcity Company, 100 Brickstone Square, Andover, MA 01810, USA Country Code: US 1:1384 NEARnet Regional Network 2:1383 NEARnet Regional Network 3:560 NEARnet Regional Network 4:281 NEARnet Regional Network 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.32 Network Name: GUPS-NET-1 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.33 Network Name: GUPS-NET-2 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.34 Network Name: GUPS-NET-3 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.35 Network Name: GUPS-NET-4 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.36 Network Name: GUPS-NET-5 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.37 Network Name: GUPS-NET-6 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.38 Network Name: GUPS-NET-7 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.39 Network Name: GUPS-NET-8 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.40 Network Name: GUPS-NET-9 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.41 Network Name: GUPS-NET-10 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.42 Network Name: GUPS-NET-11 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.43 Network Name: GUPS-NET-12 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.44 Network Name: GUPS-NET-13 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.45 Network Name: GUPS-NET-14 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.46 Network Name: GUPS-NET-15 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Network IP: 193.96.47 Network Name: GUPS-NET-16 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) 10:750 T1-T3 Network Interconnect (Ann Arbor, MI) 11:756 T1-T3 Network Interconnect (Princeton, NJ) Total configured T1 networks: 6385 T3 Network: ---------- Network IP: 129.125 Network Name: RUGNET Location: RUG University, Paddepoel-terrein, Landleven 1, Groningen, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 130.89 Network Name: UTNET Location: University Twente, Postbox 217, 7500 AE Enschede, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 130.112 Network Name: ECN-NET Location: Netherlands Energy Research Foundation ECN, Westerduinweg 3, 1755 Le Petten, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 130.115 Network Name: EURNET Location: Erasmus University Rotterdam, Burg. Oudlaan 50, 3062 PA Rotterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 130.161 Network Name: DUNET Location: Technische Universiteit Delft, Wippolder, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 131.155 Network Name: TUENET1 Location: Eindhoven University of Technology, Den Dolech 2, Eindhoven, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 131.174 Network Name: NUNET Location: University of Nijmegen, Computer and Communications Department, Faculty of Science, Toernooiveld 1, 6525 ED, Nijmegen, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 131.211 Network Name: RUUNET Location: Universiteit Utrecht, Budapestlaan 8, NL- 3584 CD Utrecht, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 132.229 Network Name: RUL-NL Location: Leiden University, Leiden, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 136.231 Network Name: DELFTHYDRAUL Location: Delft Hydraulics Network De Voorst, P.O. Box 152, NL-8300 AD Emmeloord, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 137.17 Network Name: NLRNET Location: National Aerospace Laboratory, Voorsterweg 31, 8316 PR Marknesse, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 137.56 Network Name: KUBNET-B Location: Tilburg University, Hogeschoollaan 225, Tilburg, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 137.120 Network Name: MAASNET Location: Rijks Universiteit Limburg, p/a Rekencentrum, P.O. Box 616, NL-6200 MD Maastricht, Holland, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 137.224 Network Name: WAU-NET Location: Wageningen Agricultural University, Dreyenplein 2, 6703 HB Wageningen, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 139.63 Network Name: PTT-RESEARCH Location: PTT Research, Dr. Neher Laboratorium, St. Paulusstraat 4, P.O. Box 421, 2260 AK Leidschendam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.1 Network Name: NIOZ Location: Nederlands Instituut voor Onderzoek der Zee, Landsdiep 4, Den Hoorn - Texel, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.2 Network Name: IJSELLAN Location: Rijkshogeschool Ijseland, Gibsonstraat 10, Deventer, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.3 Network Name: DELFTGEOT Location: Grondmechanica Delft, Stieltjesway 2, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.5 Network Name: CADANSNET Location: Stichting CADANS, Catharijnesingel 52, Utrecht, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.9 Network Name: DELFTHYDRO Location: Waterloopkundig Laboratorium, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.18 Network Name: UVANET1 Location: University of Amsterdam, Turfdraagsterpad 9, NL - 1012 XT Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.23 Network Name: KNMI-NET Location: Royal Netherlands Meteorological Institute, P.O. Box 201, 3730 AE DE BILT, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.24 Network Name: HRONET Location: Hogeschool Rotterdam & Omstreken, Rochussenstraat 125, 3015 EJ Rotterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.25 Network Name: IAMPET-IPNET Location: Institute for Advanced Materials, SURFnet BV, P.O. Box Utrecht, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.30 Network Name: AMSMSS Location: Koninklijke/Shell-Laborotorium Amsterdam, P.O.Box 3003, NL - 1003 AA Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 145.36 Network Name: ESPIP1 Location: Elsevier Science Publishers BV, P.O. Box 211, NL-1000 AE Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 146.107 Network Name: GSF-NET Location: GSF - Forschungszentrum fuer Umwelt und Gesundheit GmbH, Rechenzentrum, Ingolstaedter Landstrasse 1, D-W-8042 Neuherberg, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 147.12 Network Name: MARSUR Location: Maritime Research Institute Netherlands MARIN, Hageweg 2, NL-6708 PM Wageningen, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 155.33 Network Name: NEASTU-NET2 Location: Northeastern University, 360 Huntington Avenue, Boston, MA 02115, USA Country Code: US 1:560 NEARnet Regional Network 2:281 NEARnet Regional Network Network IP: 161.80 Network Name: EPANESC Location: U.S. Environmental Protection Agency, Highway 54 & Alexander Dr., Research Triangle Park, NC 27711, USA Country Code: US 1:81 CONCERT Network IP: 161.130 Network Name: MUHSCNET Location: University of Missouri-Columbia, Campus Computing, 200 Heinkel Bldg., Columbia, MO 65211, USA Country Code: US 1:93 ENSS 140, Lincoln, Nebraska Network IP: 192.16.185 Network Name: IKONET Location: NIKHEF section K, Science Park Watergraafsmeer, Kruislaan 407-415, NL-1009 Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.186 Network Name: HEF-DOMAIN Location: NIKHEF section H, Science Park Watergraafsmeer, Kruislaan 407-415, NL-1009 Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.188 Network Name: SARA-LAN Location: Stichting Academisch Rekencentrum, Science Park Watergraafsmeer, Kruislaan 407-415, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.189 Network Name: AMOLF Location: FOM Institute for Atomic and Molecular Physics, Science Park Watergraafsmeer, Kruislaan 407-415, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.194 Network Name: IKO-DOMAIN Location: NIKHEF section K, Science Park Watergraafsmeer, Kruislaan 407-415, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.195 Network Name: HEF-ANNEXNET Location: NIKHEF section H, Science Park Watergraafsmeer, Kruislaan 407-415, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.16.199 Network Name: HEFNET Location: Local Ethernet, NIKHEF section H, Science Park Watergraafsmeer, Kruislaan 407-415, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.31.125 Network Name: DUNET-A Location: Technische Universiteit Delft, Wippolder, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.31.126 Network Name: DUNET-B Location: Technische Universiteit Delft, Wippolder, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.31.127 Network Name: DUNET-C Location: Technische Universiteit Delft, Wippolder, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.31.128 Network Name: DUNET-D Location: Technische Universiteit Delft, Wippolder, Delft, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.113 Network Name: AMC-NET Location: University of Amsterdam, Academic Computing Services Amsterdam, P.O. Box 4613, 1009 AP Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.114 Network Name: NKI Location: Netherlands Cancer Research Institute, P.O. Box 4613, 1009 AP Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.123 Network Name: UVA-PHYS Location: Universiteit van Amsterdam, Vakgroup Experimentele Fysica, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.124 Network Name: RIJNH Location: FOM Instituut voor Plasmafysica "Rijnhuizen", c/o SARA - Academic Computing Services Amsterdam, P.O. Box 4613,1009 AP Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.125 Network Name: AMC-NET2 Location: University of Amsterdam, Academic Medical Center - Amsterdam, Kruislaan 415, NL-1098 SJ Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.126 Network Name: RIJNH2 Location: Euratom - FOM Association, FOM Institute for Plasmaphysics "Rijnhuizen", P.O. Box 1207, NL-3430 BE Nieuwegein, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.42.127 Network Name: SWIDOC Location: Sociaal Wetenschappelijk Informatie en Documentatie Centrum, Herengracht 410-412, NL-1017 BX Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.65.81 Network Name: SIPLAN Location: SURFnet BV, Godebaldkwartier 24, Hoog Catharijne, Utrecht, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.70.213 Network Name: GREBYN-NET Location: Grebyn Corporation, P.O. Box 497, Vienna, VA 22183-0497, USA Country Code: US 1:701 Alternet 2:702 Alternet Network IP: 192.77.167 Network Name: ANS-CNET17 Location: ANS-Reston, 1875 Campus Commons Drive, Campus South Building, 2nd Floor - Suite 220, Reston, Virgina, 22091, USA Country Code: US 1:1934 ANS, Reston, Virginia Network IP: 192.87.1 Network Name: NFRA Location: Netherlands Foundation for Research in Astronomy, Oude Hogeveensedijk 4, Dwingeloo, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.5 Network Name: SNET-AT-KUN Location: SURFnet at KU Nijmegen, Geert Grooteplein Zuid 41, Nijmegen, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.17 Network Name: UTLEEUWARDEN Location: University Twente, Postbox 217, 7500 AE Enschede, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.30 Network Name: RARE-SEC-LAN Location: RARE Secretariat, Singel 466-468, NL-1017 AW, Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.32 Network Name: SLIP-NET Location: SURFnet SLIP Network / SARA, Kruislaan 415, NL-1098 SJ Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.33 Network Name: NKIRTCLIN Location: Nederlands Kanker Instituut, Afdeling Radiotherapie, Plesmanlaan 121, NL-1066 CX Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.34 Network Name: NKIRT Location: Nederlands Kanker Instituut, Afdeling Radiotherapie, NL-1066 CX Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.36 Network Name: SNET-AT-TUD Location: SURFnet IP LAN at TUDelft, SURFnet BV, P.O. Box 19035, NL-3501 DA Utrecht, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.45 Network Name: RIPE-NCC Location: RIPE Network Coordination Centre, Kruislaan 413, NL-1098 SJ Amsterdam, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.46 Network Name: SNET-AT-RUU Location: SURFnet IP LAN at Rijks University - Utrecht, NL-3584 CD Utrech, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.49 Network Name: ROB-IPNET Location: Rijksdienst voor het Oudheidkundig Bodemonderzoek, Kerkstraat 1, NL-3811 CV Amersfoort, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.87.50 Network Name: SWETS Location: Swets & Zeitlinger BV, P.O. Box 855, NL-2160 SZ Lisse, NETHERLANDS Country Code: NL 42:1800 ICM (FIX-East) Network IP: 192.109.42 Network Name: POP-BERLIN Location: IN, Stephanstr. 7, D-W-1000 Berlin 21, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 192.187.8 Network Name: ARL-VA-US1 Location: University of Southern California / Information Sciences Institute, 4001 N. Fairfax Dr., Ste 670, Arlington, VA 22203, USA Country Code: US 1:1972 DARPA Network IP: 192.190.3 Network Name: LANCITY-NET Location: LANcity Company, 100 Brickstone Square, Andover, MA 01810, USA Country Code: US 1:560 NEARnet Regional Network 2:281 NEARnet Regional Network Network IP: 193.96.32 Network Name: GUPS-NET-1 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.33 Network Name: GUPS-NET-2 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.34 Network Name: GUPS-NET-3 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.35 Network Name: GUPS-NET-4 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.36 Network Name: GUPS-NET-5 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.37 Network Name: GUPS-NET-6 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.38 Network Name: GUPS-NET-7 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.39 Network Name: GUPS-NET-8 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.40 Network Name: GUPS-NET-9 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.41 Network Name: GUPS-NET-10 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.42 Network Name: GUPS-NET-11 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.43 Network Name: GUPS-NET-12 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.44 Network Name: GUPS-NET-13 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.45 Network Name: GUPS-NET-14 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.46 Network Name: GUPS-NET-15 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Network IP: 193.96.47 Network Name: GUPS-NET-16 Location: Garmhausen & Partner Service GmbH, Alte Bottroper Str. 39, D-W-4300 Essen 11, GERMANY Country Code: DE 1:701 Alternet 2:1800 ICM (FIX-East) Total configured T3 networks: 5676 The following T3 routers have also been added: AS Number: 1664 AS Notes: Mead Data Central AS Country Code: US ANS: Yes BkBn: 690 NSS: 140.222.193 - Mead Data Central, Miamisburg, Ohio - ENSS193 Miamisburg, Ohio, USA Gate: 192.73.216.1 - meaddata-gateway.jvnc.net Mead Data Central, Miamisburg, OH AS Number: 1810 AS Notes: NEARnet-2 AS Country Code: US ANS: No BkBn: 690 NSS: 140.222.134 - bo-enss Boston, Mass Gate: 192.54.222.1 - w91-cisco-external-ether.mit.edu NEARnet, Boston, MA AS Number: 1972 AS Notes: DARPA AS Country Code: US ANS: No BkBn: 690 NSS: 140.222.146 - DARPA Arlington, VA Gate: 192.187.8.2 - unknown, DARPA DARPA, Arlington, VA ***************************************************************** The configuration reports, map information sheets, and configuration files which reflect these changes are available for anonymous ftp on nis.nsf.net as usual. nsfnet/announced.networks - configuration reports latest report for: - NSFNET T1 has the file extension .now - NSFNET T3 has the file extension 3.now nsfnet/backbone.configuration - configuration files for the routing software for each NSS latest report for: - NSFNET T1 has the file format config.nss# - NSFNET T3 has the file extension .t3p Please send all requests for configuration changes to nsfnet-admin(a)merit.edu using the NSFNET configuration forms. The forms are available on-line. from the nis.nsf.net machine. Use ftp and the anonymous login to get on the machine. Do a "cd nsfnet/announced.networks" and get the files TEMPLATE.NET, TEMPLATE.GATE, and TEMPLATE.AS. ******************************* --Riaz Taherzadeh-Yazdian Merit/NSFNET --Steve Widmayer Merit/NSFNET

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