ÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜ Alternative Lifestyles ķ Anarchist Ū°±²±°±²±°±²±°±²²±°Ū Philosophies ķ Conspiracies Ū°±²²±°ŪßßßßßßßßßŪ°±Ū Destruction ķ Fiction ķ Freedom Ū°±ŪßŪ°±Ū Ū±°Ū Hacker Ethics ķ Hacking Tutorials Ū°±Ū Ū±°Ū Ū°±Ū Hacking Utilities ķ Individualism Ū°±Ū Ū°±Ū Ū±°Ū /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Ū°±Ū Ū±°Ū ÜÜÜÜÜÜÜÜŪ°±Ū ś ÄÄÄ A N A R C H I S T ÄÄÄ ś Ū°±ŪÜÜÜÜÜŪ°±Ū Ū°±²±°±²²±°Ū ś ÄÄÄ P H I L O S O P H E R S ÄÄÄ ś Ū°±²±°±²±°±±°Ū ßßßßßßßßßßß ś ÄÄÄ U N I T E D ÄÄÄ ś Ū°±ŪßßßßßßßŪ°±Ū ÜÜÜÜ ÜÜÜÜ /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Ū°±Ū Ū±°Ū Ū°±Ū Ū±°Ū Paranormal Phenomena ķ Political Ū°±Ū Ū°±Ū Ū±°Ū Ū°±Ū Opinions ķ Pranks ķ Religion Ū°±Ū Ū±°Ū Ū°±Ū Ū±°Ū Scams/Frauds ķ Scanning Results Ū°±Ū Ū°±Ū Ū±°ŪÜÜÜÜÜŪ°°Ū Security ķ Social Engineering Ū°±Ū Ū±°Ū Ū°±²±°±²±°±°Ū Telecommunications ķ Unix Support ßßßß ßßßß ßßßßßßßßßßßßß VAX/VMS Support Welcome to the fourth release by Anarchist Philosophers United. More than just the appearance of our philes has changed since the last release. We now have a new member, Falstaff. Falstaff is a hacker/phreaker with good experience and his first phile will be a beginner's guide to hacking Unix systems. He is also skilled at trashing and might be writing a phile about that in the future. Virtuoso, a non-hacker but good programmer and anarchist has also joined. He plans to write a phile about his views of anarchy, and perhaps some- thing about programming later on. Here is our member listing as of 26-02-95, in order of joining: Sine ģ Falstaff ģ Virtuoso As you can see we're still quite small. Hopefully now that we'll be able to produce more philes we'll be able to advertise better. In the time since #003 was released, I have uploaded a file called APU-AD.ZIP. It contains a short ad explaining that we want new writers and what topics we're interested in. If you want to join APu and write about some of the topics listed in the logo above, or other relevant topics, please leave me a message on The Hayden Andre Project or Total Mayhem. (You'll get a much faster response if you leave it on THAP.) Falstaff is also on THAP, and Virtuoso has recently applied, though we're not sure whether he's been validated yet. It may be tough, since while he is a whiz programmer he has only a rudimentary knowledge of H/P topics. Here's a list of APu releases so far: ŚÄÄÄĀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄĀÄÄÄÄÄÄÄÄÄÄÄÄĀÄÄÄÄÄÄÄÄÄÄæ ³ # ³ Title ³ Author ³ Date ³ ĆÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄ´ ³001³ A Simple Unix Decoy (DCOY) ³ Sine ³ 05-02-95 ³ ³002³ Hacker Security (SAFE) ³ Sine ³ 17-02-95 ³ ³003³ Political Correctness (RACE) ³ Sine ³ 20-02-95 ³ ³004³ Young Hacker's Guide to X.25 Networks (X25)³ Sine ³ 27-02-95 ³ ĄÄÄÄĮÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄĮÄÄÄÄÄÄÄÄÄÄÄÄĮÄÄÄÄÄÄÄÄÄÄŁ The four-letter word in brackets refers to the filename it was released as. For example, (DCOY) would mean that the file is APU-DCOY.ZIP. Upcoming from APu: I was originally planning phile #004 to be a guide to phone pranking, but I ran out of ideas. I have handed the partial phile to Falstaff, who plans to expand on it and release it as a co-authorship (perhaps with some ideas from Virtuoso about pranking restaurants). In the near future I plan to work on "The Anarchist Manifesto", which is a plan for a country based on my 'modified anarchy' system. And now enough with the introduction, let's go on to the phile itself. Keep on hacking, śSine -----BEGIN PGP PUBLIC KEY BLOCK----- Version: 2.6 mQCNAy9GqwgAAAEEALk/hjSprZ0bsVCHZUCn1dE+w3FKtnEVJUgY9CkEOy6IpBve hFFKeM4cSlJYrHoDKgRRLLe5NZ4jEHLqdIHbThMQH0rVI/73YaXsVN/2Msk07PkD yEzAKcqoLccSQrsNj3j/GQAUqY22tLBSbwyLb9gdFBVJfAeXh6tKuMCs+sFRAAUR tCtTaW5lIG9mIEFuYXJjaGlzdCBQaGlsb3NvcGhlcnMgVW5pdGVkIDxBUHU+ =knAI -----END PGP PUBLIC KEY BLOCK----- ÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ 004 004 004 004 004 004 004 004 004 004 004 004 004 004 004 004 004 004 004 The Young Hacker's Guide to X.25 NETWORKS by Sine Released Monday 27 February, 1995 ŚÄÄ ÄÄÄ ÄÄ Ä ś ³ Introduction I have often heard the Internet being referred to as 'the Net.' While this is mostly used by computer-illiterate buffoons and equally illiterate Compu$erve salesmen, it is also a term used quite often by hackers. The Internet is the most popular computer network in the world, but it is not the only one. If you include the criss-crossing of networks available from the larger X.25 networks, it isn't even the largest network in the world. Calling it the Net is both arrogant and incorrect. (References to William Gibson's cyberpunk novels are a different matter. In those books there is only one major worldwide network, but it's not the same in the real world.) This, the first in my 'Young Hackers' series, is concerned with X.25 networks, which I have dubbed "alternative" networks. These include BT Tymnet (the largest), Datapac (Canadian), Telenet (also known as SprintNet), and dozens of others. I will concentrate on those three, though, because Telenet and Tymnet are the largest and Datapac is from Canada, my Home and Native Land. ŚÄÄÄ ÄÄÄ ÄÄ Ä ś ³ X.25 Networks X.25 networks are simply packet switching networks (PSNs) that use the X series of transfer protocols. When you call up an X.25 network like Telenet or Datapac, you are connecting to a public PAD, or Packet Assembler/Disassembler. X.25 networks work by taking the data you enter and bundling it into an 128 or 256 byte packet, which is then transmitted at a high baud rate to another PAD or remote system you are calling. This allows systems with different baud rates and protocols to communicate without a minimum of error. Most systems on X.25 networks accept collect calls. This is especially good, because they are basically paying for you to hack them. However, many systems refuse collect connections. There are two ways around this. The first method is to use an NUI (Network User ID). This is like a calling card number in that you can use it to access places that don't accept collect calls. The legitimate owner of the NUI will pay for them. But, unlike calling cards, it is very hard to get caught using one. The problem with NUIs is that they are very difficult to obtain. Unlike normal user/password combinations, they are often random strings of alpha- numeric characters. Brute-forcing them takes a very long time. The best way is to get them from someone else who is able to socially engineer one (or you could give it a shot yourself if you're having a lucky day). The second way is to call from a private PAD. These are just like the PADs you call up by phone, but they are privately owned. In this case the PAD pays for all the calls you make. Private PADs are accessable from other systems, like Gandalf StarMasters or Unix and VMS systems with a PAD program running. These will almost certainly be passworded, so you will have to do some hacking to get in. (Unless you have friends, thanks for that StarMaster account Falstaff. ;) ) Finding an NUI or private PAD is an accomplishment in itself, even though you can't use it for anything except accessing other systems. Many of the systems that don't accept collect calls seem to think this is adequate security, and therefore have very weak defenses once you get through the no-collect-call barrier. ŚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Advantages of X.25 Networks X.25 networks have long been one of the hacker community's favourite ways to access systems. There are several reasons why: 1. There are a lot of systems available to hack. From one local access number you will have access to hundreds of systems, all free of charge. Scan results of working addresses are easily obtainable on hacker boards everywhere. And since the networks are so widely used, you'll probably never get caught for scanning. 2. Systems on X.25 networks usually have quite lax security, especially if you're accessing them from a private PAD (see below). While working hard is part of hacking, we all love a free ride now and then. 3. Compared to other methods of system accessing, it's relatively safe. If a system you're on tries to trace you, they will have to go to the X.25 network first, then to your local indial, then to you. If you loop through a private PAD first, you'll be even more difficult to trace. ŚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Disadvantages of X.25 Networks There are a few downsides to X.25 hacking, however. 1. Because X.25 networks are so popular, many of the systems have been 'over-hacked.' Their security holes have been plugged, and intelligent, hacker-aware sysadmins have been hired. 2. You won't find any 'important' systems on networks, i.e., no government or military computers. To access these you will probably have to dial them up by phone. I think the disadvantages are quite minor compared to the advantages as far as a beginning hacker is concerned. You decide ... ŚÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ X.25 Addresses Each X.25 network has its own addressing system, but there is a standard system that all the major networks use. I'll explain the individual addressing systems later on when I describe each network in turn. X.25 NUAs (Network User Addresses) follow this standard format: XYYYYZZZZZZZZSS /___/_______/_/ | | | |___ subaddress | | |_____ network address (NUA) | |_____________ DNIC |________________ pre-DNIC digit The pre-DNIC digit is almost always a 0, but it is a 1 on Datapac. It is only necessary if you are including a DNIC after it, similar to dialing a 1 before making a long distance call. (It's long distance in the sense that you're connecting to another network.) The four-digit DNIC (Data Network Identifier Code) is required when you are making calls outside your network. For example, if you are using Telenet (DNIC 3110) you do not need to include the DNIC unless you are calling an address outside 3110. A list of DNICs is printed near the end of this phile in Appendix 2. The NUA is eight digits long, and is usually divided into a prefix and an actual address. On Telenet, the prefix is three digits and is the area code of the system you're calling. With Datapac, the prefix is four digits. Subaddress or LCNs (Logical Channel Numbers) go from 01 to 99. Most of these subaddresses are unused, however. The letters A - Z can be used to substitute the first 26 subaddresses, for example 0311071400112A. This usually represents different access ports of the same general system. ŚÄÄ ÄÄ Ä ś ³ Outdials One of the most useful things you will connect to through an X.25 network is an outdial. Most outdials don't require passwords, and either give you direct access to the modem (meaning you have to dial through AT commands) or they prompt you for the number you want to dial. You can't miss outdials, as they will almost certainly identify themselves as such. If they don't, simply type AT and you should get an OK shot back at you. Help is sometimes available using standard commands (HELP, H, ?, etc.). Often the outdial will not reveal the area code it is in. With Telenet you will know from the prefix, but not with Datapac or other networks. Simply try a few numbers you know are in certain area codes and if they work you'll know what area code it serves. Keep a list of all the area codes you have outdials for, and only use PBX codes for everywhere else. The less you use PBX codes, the better. If you are very lucky you will find a GOD, or Global Outdial. GOD is a fitting name, because once you have access to one you can dial long distance anywhere for free, and with much better security than using PBX codes. If you find one, you'd better become my friend *real quick*. ;) ŚÄÄÄÄÄÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Scanning X.25 Networks Scanning X.25 addresses is much safer than scanning phone numbers, simply because the networks don't have the time or money to sort through the high volume of traffic to look for suspicious calling patterns. Only if you scan continuously for days on end will you likely raise eyebrows in the network's security department. X.25 scanning is also much more productive than phone scanning. Depending on the network you're using, you should be able to find at least one system in twenty addresses, probably even more in the lower address ranges. In my area phone scanning nets me about one carrier in fifty numbers, and many of these require parity and emulation adjustments before I can do anything. X.25 packet-switching standardises all this. Usually you don't need to take the security precaution of randomising your address list like many people do when phone scanning. Systems belonging to the same company will often be close together, so it is logical to scan in order. Now on to my three favourite X.25 networks, Telenet (SprintNet), BT Tymnet, and Canada's own Datapac. If you thought everything in this phile so far was boring theory, here's your chance to get some practical knowl- edge. ŚÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Telenet/SprintNet Supposedly Tymnet is the largest network in the world, but if so Telenet (now called SprintNet, but I like the old name better) is a close second. Telenet by itself is very large, and if you include all the other networks accessable from it, it ends up larger than the Internet (gasp!). My local Telenet dialup is (416)594-1121. To find out your dialup call 800-424-9494 (data). Press enter a few times until you get a TERMINAL= prompt. Here you can type vt100 if you have that or just enter again for dumb terminal mode. You will get an '@' prompt. Here you type 'c mail' or just 'mail'. At the username type 'phones' and type 'phones' again for the password. Hopefully you can navigate the following menu system. If you can't, read "PCs for Dummies" and then come back to this phile. The procedure with the TERMINAL= prompt and all that is the same when you call your dialup and connect to your local PAD. Telenet addresses are divided into a three-digit prefix that corresponds directly to the area code the system is in, and then a five-digit local NUA. If you want to type the full 13-digit address, go ahead, but Telenet makes things much simpler. To connect to the NUA 30300089, for example, you can type 303 89. This really speeds things up if you're scanning by hand (like all the Macho Real Men/Hackers do). Scanning is easy because you'll know what prefixes are valid (they have to be valid area codes). As far as individual NUAs are concerned, the lower the range of numbers the more systems there will be. 0-150 will probably hold more systems than the entire 1000-2000 range. If you're doing a quick scan, you can probably stop around 300-400. But for a much better selection of systems, go to at least 1000. Some area codes will have run out of systems by then, while others might still be going strong. Telenet also comes with a small collection of commands. BYE/DISCONNECT/HANGUP Logs out. CONNECT/C Supposed to be used before an address, but optional DTAPE Something to do with file transfers. ENABLE/DISABLE ECHO Sets local echo. ENABLE/DISABLE FLOW Sets flow control from PAD to host system ENABLE/DISABLE TFLOW Sets flow control from you to the PAD FULL/HALF Sets full/half duplex ID Sets the NUI RESETS Resets the port, as if you just logged in RST/RST? Show/set remote parameters PAR? Show ITI parameters STATUS Displays your network address and port SET? : Set ITI parameters (too big a list to print here) TERM Set your terminal emulation (same as TERMINAL=) TEST CHAR Tests all Ascii characters (useless) TEST ECHO Echos what you type (again useless) TEST TRIANGLE Prints some sort of stupid triangle (still useless) TEST VERSION Displays information about your PAD's software When you're calling systems on Telenet, and especially if you're scanning, you'll be repeatedly sent a DISCONNECTED message followed by a string of numbers. In case you're interested in why you were rudely given the boot, here is the format for that message: DISCONNECTED 00 00 00:00:00:00 000 00 _/ _/ __________/ __/ _/ | | | | |___ packets sent | | | |______ packets received | | |__________ days:hrs:mins:secs connected | |______________________ clearing diagnostic code |_________________________ clearing cause code If you are kicked off before the connection is fully established, you will only receive the cause and diagnostic codes, as none of the other infor- mation applies. Below is a list of cause codes. The list of diagnostic codes is much longer, and is printed at the near the end of this phile in Appendix 1. 0 DTE originated clear 1 Number busy 3 Invalid facility requested 5 Network congestion 9 Out of order 11 Access barred 13 Not obtainable 17 Remote Procedure Error 19 Local Procedure Error 21 RPOA out of order 25 Reverse Charge not Subscribed to 33 Incompatible destination 41 Fast Select acceptance not subscribed 49 Ship absent 128 DTE originated with top bit set 193 Gateway procedural error 195 Gateway congestion 199 Gateway Operational ŚÄÄÄ ÄÄ Ä ś ³ BT Tymnet I haven't spent much time on Tymnet because of its tough(er) security measures. However, since it is the largest X.25 network in the world, it just wouldn't be right to not include it in this phile. To find your local dialup call customer service (voice) at 1-800-336-0149, probably between 8:30 and 17:00 EST. Or you can look in the phone book under Tymnet or BT Tymnet, or call directory assistance. Once you are on a Tymnet system you can type INFORMATION for a list of dialups and other useful things. When you connect to Tymnet you will get some garbage or perhaps nothing at all. Hitting enter a few times will give you a "please type your terminal identifier" prompt. Entering 'a' here should set your emulation properly. You will now see the prompt "please log in:", where you can finally enter NUAs. Try mnemonic ones like "access", "console", or "system". If you want to use number-format NUAs to reach the other addresses, though, you will need an NUI. You just need to keep guessing, and guessing, and guessing. Tymnet, as a security measure, will log you out after you make three mistakes of any kind. It will take a lot of guessing before you find a valid NUI. And what do you get after all this brute-forcing? The ability to hack other systems. The Tymnet system itself is of little interest. It's hard enough hacking actual systems, I don't want to spend my time brute-forcing something that won't give me anything to explore right away. For these reasons, I don't like Tymnet much. But to each his own ... ŚÄ ÄÄ Ä ś ³ Datapac Datapac is Canada's own X.25 network, an old giant that grows every day, yet has changed little security-wise over the years. Its lax security makes it the ideal ground for new (and nostalgic) hackers. My local dialup is (416)979-1619. You can look in the phone book under "Datapac Public Dial Port" for your local number. Once you call it you will see nothing. Type three dots and press enter. This will tell Datapac to initialise the port. (Though I've found that just pressing enter a few times works as well.) You will see 'DATAPAC : XXXX XXXX' where the X's represent your dialup's NUA. You are now ready to enter Datapac addresses. These are eight digits, but can go up to ten when subaddressing is used. Datapac NUAs are divided into a four-digit prefix and a four-digit address. The prefixes do not corres- pond to area codes, but numbers close to each other are usually in the same general (geographic) area. As with Telenet, addresses are much more dense in the lower ranges. When scanning you should first test out a prefix by scanning the first 50-100 addresses, and if it works continue on to 1000 or even higher. Ś ÄÄÄ ÄÄ Ä ś ³ Conclusion X.25 networks provide ideal gateways for hackers of all levels of exper- ience. They are relatively safe and provide access to thousands of systems around the world. Now stop reading this and GET HACKING! See you all in our next release ... śSine ŚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Appendix 1: Clear Diagnostic Codes 0 "No additional Information" 1 "Invalid Ps" 2 "Invalid Pr" 16 "Packet Type Invalid" 17 "Packet Type Invalid in state r1" 18 "Packet Type Invalid in state r2" 19 "Packet Type Invalid in state r3" 20 "Packet Type Invalid in state p1" 21 "Packet Type Invalid in state p2" 22 "Packet Type Invalid in state p3" 23 "Packet Type Invalid in state p4" 24 "Packet Type Invalid in state p5" 25 "Packet Type Invalid in state p6" 26 "Packet Type Invalid in state p7" 27 "Packet Type Invalid in state d1" 28 "Packet Type Invalid in state d2" 29 "Packet Type Invalid in state d3" 32 "Packet not allowed" 33 "Packet Type Unidentifiable" 34 "Call on One way LC" 35 "Invalid PVC packet type" 36 "Packet on Unassigned logical channel" 37 "Reject not Subscribed to" 38 "Packet too short" 39 "Packet too long" 40 "Invalid GFI" 41 "Restart/Registration Packet has LC" 42 "Packet type not compatible with Facility" 43 "Unauthorised Interrupt Confirmation" 44 "Unauthorised Interrupt" 45 "Unauthorised Reject" 48 "Timer expired" 49 "Timer expired for Incoming call" 50 "Timer expired for clear Indication" 51 "Timer expired for reset indication" 52 "Timer expired for restart indication" 53 "Timer expired for call forwarding" 64 "Call set up/clear/registration problem" 65 "Facility/registration code not allowed" 66 "Facility parameter not allowed" 67 "Invalid Called Address" 68 "Invalid calling address" 69 "Invalid facility registration length" 70 "Incoming call barred" 71 "No logical channel available" 72 "Call Collision" 73 "Duplicate facility ested" 74 "Non zero address length" 75 "Non zero facility length" 76 "Facility not provided when expected" 77 "Invalid CCITT spec'd facility" 78 "Maximum call redirections/forwardings exceeded" 80 "Miscellaneous" 81 "Improper cause code from DTE" 82 "Non alligned octet" 83 "Inconsistent Q bit setting" 84 "NUI Related problem" 96 "International setup/clearing problem" 97 "Unknown calling DNIC " 98 "TNIC mismatch " 99 "Call identifier mismatch" 100 "Neg' error in utility parm' value" 101 "Invalid utility length " 102 "Non-zero utility length " 103 "M bit violation " 112 "International problem " 113 "Remote Network problem " 114 "International Protocol problem " 115 "International Link out of order " 116 "International Link busy" 117 "Transit Network Facility Problem" 118 "Remote Network Facility Problem" 119 "International routing problem" 120 "Temporary routing problem" 121 "Unknown called DNIC" 122 "MAintenance action" 128 "Network Specific Diagnostic" 218 "trax_trap error for user call" 219 "user task error" 220 "x25 task error" ŚÄÄÄÄÄÄÄÄÄÄÄ ÄÄÄ ÄÄ Ä ś ³ Appendix 2: DNIC List This DNIC list was borrowed from The Neophyte's Guide to Hacking by Deicide. The guide provides some good basic information as well as reference material on common accounts and services. It is an excellent phile to have around. COUNTRY NETWORK DNIC DIRECTION ------- ------- ---- --------- ANDORRA ANDORPAC 2945 BI-DIR ANTIGUA AGANET 3443 INCOMING ARGENTINA ARPAC 7220 BI-DIR ARPAC 7222 BI-DIR AUSTRIA DATEX-P 2322 BI-DIR DATEX-P TTX 2323 BI-DIR RA 2329 BI-DIR AUSTRALIA AUSTPAC 5052 BI-DIR OTC DATA ACCESS 5053 BI-DIR AZORES TELEPAC 2680 BI-DIR BAHAMAS BATELCO 3640 BI-DIR BAHRAIN BAHNET 4263 BI-DIR BARBADOS IDAS 3423 BI-DIR BELGIUM DCS 2062 BI-DIR DCS 2068 BI-DIR DCS 2069 BI-DIR BELIZE BTLDATAPAC 7020 BI-DIR BERMUDA BERMUDANET 3503 BI-DIR BRAZIL INTERDATA 7240 BI-DIR RENPAC 7241 BI-DIR RENPAC 7248 INCOMING RENPAC 7249 INCOMING BULGARIA BULPAC 2841 BI-DIR BURKINA FASO BURKIPAC 6132 BI-DIR CAMEROON CAMPAC 6242 BI-DIR CANADA DATAPAC 3020 BI-DIR GLOBEDAT 3025 BI-DIR CNCP PACKET NET 3028 BI-DIR CNCP INFO SWITCH 3029 BI-DIR CAYMAN ISLANDS IDAS 3463 BI-DIR CHAD CHADPAC 6222 BI-DIR CHILE ENTEL 7302 BI-DIR CHILE-PAC 7303 INCOMING VTRNET 7305 BI-DIR ENTEL 7300 INCOMING CHINA PTELCOM 4600 BI-DIR COLOMBIA COLDAPAQ 7322 BI-DIR COSTA RICA RACSAPAC 7120 BI-DIR RACSAPAC 7122 BI-DIR RACSAPAC 7128 BI-DIR RACSAPAC 7129 BI-DIR CUBA CUBA 2329 BI-DIR CURACAO DATANET-1 3621 BI-DIR CYPRUS CYTAPAC 2802 BI-DIR CYTAPAC 2807 BI-DIR CYTAPAC 2808 BI-DIR CYTAPAC 2809 BI-DIR DENMARK DATAPAK 2382 BI-DIR DATAPAK 2383 BI-DIR DJIBOUTI STIPAC 6382 BI-DIR DOMINICAN REP. UDTS-I 3701 INCOMING EGYPT ARENTO 6020 BI-DIR ESTONIA ESTPAC 2506 BI-DIR FIJI FIJIPAC 5420 BI-DIR FINLAND DATAPAK 2441 BI-DIR DATAPAK 2442 BI-DIR DIGIPAK 2443 BI-DIR FRANCE TRANSPAC 2080 BI-DIR NTI 2081 BI-DIR TRANSPAC 2089 BI-DIR TRANSPAC 9330 INCOMING TRANSPAC 9331 INCOMING TRANSPAC 9332 INCOMING TRANSPAC 9333 INCOMING TRANSPAC 9334 INCOMING TRANSPAC 9335 INCOMING TRANSPAC 9336 INCOMING TRANSPAC 9337 INCOMING TRANSPAC 9338 INCOMING TRANSPAC 9339 INCOMING FR ANTILLIES TRANSPAC 2080 BI-DIR FR GUIANA TRANSPAC 2080 BI-DIR FR POLYNESIA TOMPAC 5470 BI-DIR GABON GABONPAC 6282 BI-DIR GERMANY F.R. DATEX-P 2624 BI-DIR DATEX-C 2627 BI-DIR GREECE HELPAK 2022 BI-DIR HELLASPAC 2023 BI-DIR GREENLAND KANUPAX 2901 BI-DIR GUAM LSDS-RCA 5350 BI-DIR PACNET 5351 BI-DIR GUATEMALA GUATEL 7040 INCOMING GUATEL 7043 INCOMING HONDURAS HONDUTEL 7080 INCOMING HONDUTEL 7082 BI-DIR HONDUTEL 7089 BI-DIR HONG KONG INTELPAK 4542 BI-DIR DATAPAK 4545 BI-DIR INET HK 4546 BI-DIR HUNGARY DATEX-P 2160 BI-DIR DATEX-P 2161 BI-DIR ICELAND ICEPAK 2740 BI-DIR INDIA GPSS 4042 BI-DIR RABMN 4041 BI-DIR I-NET 4043 BI-DIR INDONESIA SKDP 5101 BI-DIR IRELAND EIRPAC 2721 BI-DIR EIRPAC 2724 BI-DIR ISRAEL ISRANET 4251 BI-DIR ITALY DARDO 2222 BI-DIR ITAPAC 2227 BI-DIR IVORY COAST SYTRANPAC 6122 BI-DIR JAMAICA JAMINTEL 3380 INCOMING JAPAN GLOBALNET 4400 BI-DIR DDX 4401 BI-DIR NIS-NET 4406 BI-DIR VENUS-P 4408 BI-DIR VENUS-P 9955 INCOMIMG VENUS-C 4409 BI-DIR NI+CI 4410 BI-DIR KENYA KENPAC 6390 BI-DIR KOREA REP HINET-P 4500 BI-DIR DACOM-NET 4501 BI-DIR DNS 4503 BI-DIR KUWAIT BAHNET 4263 BI-DIR LEBANON SODETEL 4155 BI-DIR LIECHTENSTEIN TELEPAC 2284 BI-DIR TELEPAC 2289 BI-DIR LUXEMBOURG LUXPAC 2704 BI-DIR LUXPAC 2709 BI-DIR MACAU MACAUPAC 4550 BI-DIR MADAGASCAR INFOPAC 6460 BI-DIR MADEIRA TELEPAC 2680 BI-DIR MALAYSIA MAYPAC 5021 BI-DIR MAURITIUS MAURIDATA 6170 BI-DIR MEXICO TELEPAC 3340 BI-DIR MOROCCO MOROCCO 6040 BI-DIR MOZAMBIQUE COMPAC 6435 BI-DIR NETHERLANDS DATANET-1 2040 BI-DIR DATANET-1 2041 BI-DIR DABAS 2044 BI-DIR DATANET-1 2049 BI-DIR N. MARIANAS PACNET 5351 BI-DIR NEW CALEDONIA TOMPAC 5460 BI-DIR NEW ZEALAND PACNET 5301 BI-DIR NIGER NIGERPAC 6142 BI-DIR NORWAY DATAPAC TTX 2421 BI-DIR DATAPAK 2422 BI-DIR DATAPAC 2423 BI-DIR PAKISTAN PSDS 4100 BI-DIR PANAMA INTELPAQ 7141 BI-DIR INTELPAQ 7142 BI-DIR PAPUA-NEW GUINEA PANGPAC 5053 BI-DIR PARAGUAY ANTELPAC 7447 BI-DIR PERU DICOTEL 7160 BI-DIR PHILIPPINES CAPWIRE 5150 INCOMING CAPWIRE 5151 BI-DIR PGC 5152 BI-DIR GLOBENET 5154 BI-DIR ETPI 5156 BI-DIR POLAND POLAK 2601 BI-DIR PORTUGAL TELEPAC 2680 BI-DIR SABD 2682 BI-DIR PUERTO RICO UDTS 3300 BI-DIR UDTS 3301 BI-DIR QATAR DOHPAC 4271 BI-DIR REUNION (FR) TRANSPAC 2080 BI-DIR RWANDA RWANDA 6352 BI-DIR SAN MARINO X-NET 2922 BI-DIR SAUDI ARABIA ALWASEED 4201 BI-DIR SENEGAL SENPAC 6081 BI-DIR SEYCHELLES INFOLINK 6331 BI-DIR SINGAPORE TELEPAC 5252 BI-DIR TELEPAC 5258 BI-DIR SOLOMON ISLANDS DATANET 5400 BI-DIR SOUTH AFRICA SAPONET 6550 BI-DIR SAPONET 6551 BI-DIR SAPONET 6559 BI-DIR SPAIN TIDA 2141 BI-DIR IBERPAC 2145 BI-DIR SRI-LANKA DATANET 4132 BI-DIR SWEDEN DATAPAK TTX 2401 BI-DIR DATAPAK-2 2403 BI-DIR DATAPAK-2 2407 BI-DIR SWITZERLAND TELEPAC 2284 BI-DIR TELEPAC 2285 BI-DIR TELEPAC 2289 BI-DIR TAIWAN PACNET 4872 BI-DIR PACNET 4873 BI-DIR UDAS 4877 BI-DIR TCHECOSLOVAKA DATEX-P 2301 BI-DIR THAILAND THAIPAC 5200 BI-DIR IDAR 5201 BI-DIR TONGA DATAPAK 5390 BI-DIR TOGOLESE REP. TOGOPAC 6152 BI-DIR TORTOLA IDAS 3483 INCOMING TRINIDAD DATANETT 3745 BI-DIR TEXTET 3740 BI-DIR TUNISIA RED25 6050 BI-DIR TURKEY TURPAC 2862 BI-DIR TURPAC 2863 BI-DIR TURKS&CAICOS IDAS 3763 INCOMING U ARAB EMIRATES EMDAN 4241 BI-DIR EMDAN 4243 BI-DIR TEDAS 4310 INCOMING URUGUAY URUPAC 7482 BI-DIR URUPAC 7489 BI-DIR USSR IASNET 2502 BI-DIR U.S.A. WESTERN UNION 3101 BI-DIR MCI 3102 BI-DIR ITT/UDTS 3103 BI-DIR WUI 3104 BI-DIR BT-TYMNET 3106 BI-DIR SPRINTNET 3110 BI-DIR RCA 3113 BI-DIR WESTERN UNION 3114 BI-DIR DATAPAK 3119 BI-DIR PSTS 3124 BI-DIR UNINET 3125 BI-DIR ADP AUTONET 3126 BI-DIR COMPUSERVE 3132 BI-DIR AT&T ACCUNET 3134 BI-DIR FEDEX 3138 BI-DIR NET EXPRESS 3139 BI-DIR SNET 3140 BI-DIR BELL SOUTH 3142 BI-DIR BELL SOUTH 3143 BI-DIR NYNEX 3144 BI-DIR PACIFIC BELL 3145 BI-DIR SWEST BELL 3146 BI-DIR U.S. WEST 3147 BI-DIR CENTEL 3148 BI-DIR FEDEX 3150 BI-DIR U.S. VIRGIN I UDTS 3320 BI-DIR U. KINGDOM IPSS-BTI 2341 BI-DIR PSS-BT 2342 BI-DIR GNS-BT 2343 BI-DIR MERCURY 2350 BI-DIR MERCURY 2351 BI-DIR HULL 2352 BI-DIR VANUATU VIAPAC 5410 BI-DIR VENEZUELA VENEXPAQ 7342 BI-DIR YUGOSLAVIA YUGOPAC 2201 BI-DIR ZIMBABWE ZIMNET 6484 BI-DIR ĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶĶ Originally released to 416/905's largest library of H/P information: ŚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ ŚÄÄÄÄ ŚÄÄÄÄ ś ÜÜ ° ÜÜ ŚÄÄÄÄ ŚÄÄÄÄÄÄ ŚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ ŚÄÄÄÄ ŚÄÄ ß ž Ž²Ż ßßÜś ŚÄÄÄÄ ŚÄÄÄÄÄÄÄ ŚÄÄÄ ŚÄÄ ŚÄÄ ŚÄ ŚÄÄÄÄ Ś ±ÄÄ Ū Ū ° ±ŚÄÄÄÄ ŚÄÄÄÄÄÄÄÄ ŚÄÄ ŚÄÄÄ Ś ŚÄÄÄÄ ŚŽŻÄÄ ŽŻ ŽŻÜܲ ß ÄÄÄ ŚÄÄÄÄÄÄÄÄ ŚÄ ŚÄÄÄ ŚÄÄÄÄ Śž ÄÄ ÜÜŪßŻß² ± Ż ÄÄ ŚÄÄÄÄÄÄÄ Ś ŚÄÄÄ ŚÄÄÄÄÄÄÄÄÄ ÄÄÄß° ŽŻ ž ŽŻ Ū ÄÄ ŚÄÄÄÄÄÄ ŚÄÄÄ ŚÄÄÄÄÄÄÄÄÄŽŻÄÄ ² Ū ß ÄÄ ŚÄÄÄ ŚÄÄÄÄ Ś ±ÄÄ ŽŻ ŽŻ ž ÄÄÄ ŚÄÄÄ ŚÄÄÄÄ ŚÄÄ Ä Ū Ū ° ŚÄÄÄÄ ŚÄÄÄ ŚÄÄÄÄ ŚÄÄÄÄ° ° ܲÜÜÜ žŻß ŚÄÄÄÄ ŚÄÄÄ ŚÄÄÄÄ ŚÄÄÄÄ Ż ° ŚÄÄÄ ŚÄÄÄ ž -/- The Largest H/P Board in 905/416 -\- The Hayden Andre Project - 905.513.XXXX