Monday, October 27, 2008

Internet Architecture

The Internet is by definition a meta-network, a constantly changing collection of thousands of individual networks intercommunicating with a common protocol.

The Internet's architecture is described in its name, a short from of the compound word "inter-networking". This architecture is based in the very specification of the standard TCP/IP protocol, designed to connect any two networks which may be very different in internal hardware, software, and technical design. Once two networks are interconnected, communication with TCP/IP is enabled end-to-end, so that any node on the Internet has the near magical ability to communicate with any other no matter where they are. This openness of design has enabled the Internet architecture to grow to a global scale.

In practice, the Internet technical architecture looks a bit like a multi-dimensional river system, with small tributaries feeding medium-sized streams feeding large rivers. For example, an individual's access to the Internet is often from home over a modem to a local Internet service provider who connects to a regional network connected to a national network. At the office, a desktop computer might be connected to a local area network with a company connection to a corporate Intranet connected to several national Internet service providers. In general, small local Internet service providers connect to medium-sized regional networks which connect to large national networks, which then connect to very large bandwidth networks on the Internet backbone. Most Internet service providers have several redundant network cross-connections to other providers in order to ensure continuous availability.

The companies running the Internet backbone operate very high bandwidth networks relied on by governments, corporations, large organizations, and other Internet service providers. Their technical infrastructure often includes global connections through underwater cables and satellite links to enable communication between countries and continents. As always, a larger scale introduces new phenomena: the number of packets flowing through the switches on the backbone is so large that it exhibits the kind of complex non-linear patterns usually found in natural, analog systems like the flow of water or development of the rings of Saturn.

Each communication packet goes up the hierarchy of Internet networks as far as necessary to get to its destination network where local routing takes over to deliver it to the addressee. In the same way, each level in the hierarchy pays the next level for the bandwidth they use, and then the large backbone companies settle up with each other. Bandwidth is priced by large Internet service providers by several methods, such as at a fixed rate for constant availability of a certain number of megabits per second, or by a variety of use methods that amount to a cost per gigabyte. Due to economies of scale and efficiencies in management, bandwidth cost drops dramatically at the higher levels of the architecture.

Why can't access or surf the Internet?

There are many possible causes. Here are a few tips for resolving the problem.

  1. A loose or disconnected cable will disrupt your service. Make sure all cables are securely connected, including the following:
    • The cable from your computer to the modem
    • The cable from your modem to your phone jack.
  2. Confirm that the green cable from your modem to the wall jack is NOT connected to a phone filter. This filter will block your data from being transmitted or received over the Internet.
  3. If you are running firewall software, be sure it allows the application you are using to access the Internet.
    • Refer to the help section of your firewall software to configure Internet access for your applications.
    • More information on firewalls.
  4. Try “power-cycling” your modem.
    • Unplug the black power cord from the back of the modem.
    • Wait 15 seconds and then plug it back in.
    • The Internet light on the front of the modem will be blinking as it initializes, and then becomes a steady light. This could take several minutes.
    • Wait for the steady light before you try to access the Internet.
  5. Reboot your computer.
    • Click on Start.
    • Select Shut Down and then select Restart.
    • Once your computer restarts, try to access the Internet.
  6. Confirm your computer is free of viruses and spyware.
    • If any viruses or Spyware are found, follow the instructions to clean your computer.
    • You may need to reboot your computer before you try to access the Internet again.

About Static IP Addresses

Overview and general information

What is an Internet Protocol (IP) address?
Computers use IP addresses to locate and talk to each other on the Internet, much the same way people use phone numbers to call someone, street addresses for sending mail, and e-mail addresses to send electronic messages to a specific person. There are two kinds of IP addresses: static and dynamic.

Why would I need a static IP address?
You may want to consider a static IP address if you:

  • Host your Web site on a computer at your home or office.
  • Remotely access your computers over the Internet (e.g., telnet or FTP).
  • Are required to have a static IP address for access to a Virtual Private Network (VPN).learn about VPNs

Do I need a static IP address to have my own web site?
Not necessarily. However, if you store and run your web site using your computer as a server, you will need static IP addresses.

What are the advantages and disadvantages of having only a single static IP address?
Advantages:
A single static IP address uses Network Address Translation (NAT), and It is used for:

  • Operating a Web server
  • Operating a game server
  • Running a corporate Local Area Network (LAN)

Disadvantages:
Single static IP's do not provide the ability to assign a gateway address or assign a public IP address to devices on your internal network.

  • If you lease a single static IP address, it ONLY provides the ability to keep the same public IP assigned to the WAN side of your broadband modem.
  • If you need to assign a public IP address to devices behind your broadband modem, you will need to purchase a block of IP addresses.

Why would I need multiple static IP addresses (referred to as a "block")?
If you need the ability to assign a gateway address or assign a public IP address to devices on the internal network, you will need a block of static IP addresses.

  • If a single static IP address is being leased, it only provides the ability to keep the same public IP address assigned to the WAN side of the modem and nothing more.
  • If public IP addresses need to be assigned to devices behind the broadband modem, you need to lease a block of IP addresses.

What is ARIN?
ARIN (American Registry for Internet Numbers) is a nonprofit corporation that manages the distribution of IP addresses for most of North America.

Why do I have to register my Static IP's?
Static IP addresses require registration for several reasons. Two of the most important reasons are 1) to avoid duplicate distribution, and 2) to ensure that traffic intended for a static IP reaches the correct destination.

Who has access to these numbers and how will they be used?
Static IP addresses, like phone numbers and physical addresses are largely common knowledge. Static IP addresses are used to ensure that data intended for a specific machine can consistently reach that machine, which generally is not possible with dynamic IPs as they can change over time.

How many static IP addresses can I lease per high-speed Internet telephone line?
You can lease a single static IP address from a block of several contiguous IP addresses. Each high-speed Internet telephone line can only have one block leased to it, however there are several choices of block sizes available.

# of IP Addresses Assignable
N/A 1*
8 5
16 13
32 29
64 61

What happens to my IP addresses if I upgrade or downgrade block size?
If you want to increase or decrease your static IP block size, you will be assigned new IP addresses (you can't keep any existing IP addresses). You will then need to make the necessary configuration changes in your equipment to accommodate the new IP address assignments.

What is the difference between how many static IP addresses I lease and how many can be assigned to individual computers on the network?
When you lease a block of IP addresses, three addresses are reserved for network functions. The others are user-assignable to individual computers or servers.

Satellite Broadband




Broadband via Satellite
This is useful in locations where the local telephone exchange is not broadband enabled or is too far away. There are 2 types known as 1-way and 2-way.
Requirements
The requirements for 1-way and 2-way are different
Benefits
High speed web surfing and email collectionAvailable almost anywhere in the UKAccessible from the internet (VPN in) with public IP address (2-way only)

1-way Satellite
This is a low cost solution which provides high speed internet access and email collection and is ideal if you need to download large files. It is a restricted service normally allowing up to 6GB data per month (upgrades available). This is suitable for email and general web surfing for a typical office of 20 people, or for downloading thousands of music tracks.
Requirements
This service uses your existing phone line to provide the upstream connection (data you send from your pc).
You will need an analogue (56kbit/s) line and dial up connection.
Alternatively you may use an ISDN dialup connection.
The downstream data comes via the satellite so you will need a dish directed at the Astra 1G satellite (at 19degrees East), and a satellite card/modem.
(Peakweb can provide and install all equipment needed.)
The PC sends your request for information to the Satellite Ground Station via your line modem and dial-up ISP. The Ground Station obtains the required information from the Internet and transmits it to the Astra 1G Satellite which in turn broadcasts it at high speed. The data is picked up by your dish and routed back to your PC via your satellite modem. Thus the outgoing data is at low speed (56 or 64kbit/s) but the return data is at high speed (300kbit/s).

1-way Satellite Costs
As this service uses a different method for the upstream data to the return data, there are 2 sets of costs to bear in mind. However, this is considerably less than the cost of 2-way satellite.
The first costs are for the upstream link which is performed by a standard 56 / 64kbit/s dial-up connection. You can remain with your existing provider if you wish or transfer to Peakweb.
The second costs are for the satellite return link. Here, there is an installation cost for the equipment (dish, LNB, cabling, satellite modem), an activation fee, and a monthly service subscription depending on the amount of data to be transferred.
2 Way Satellite
This is a corporate solution which provides high speed Internet access and email collection and is ideal if you need to download large files. It can operate at normal broadband speeds of up to 2048 / 256kbit/s. There are no specific download limits, but there is bandwidth monitoring and a fair use policy to prevent misuse by users.
It is suitable for both email and web surfing, as well as video-conferencing.
The system is fully networkable.
Requirements
There are no specific requirements for this system except line of sight with the Eutelsat satellite.
All equipment is supplied and installed by Eutelsat qualified installers.
Planning permission may need to sought due to the size of the dishes (800mm+).
(Peakweb can provide and install all equipment needed.)
When information is sent to or requested from the Internet, it is sent via your transceiver, dish and the Eutelsat satellite to the Satellite Ground Station. This upstream data is at up to 1024kbit/s. The Ground Station obtains the required data from the Internet and transmits it to the satellite which in turn broadcasts it at high speed. The data is picked up by your dish and routed back to your PC via the transceiver. The return data is at up to 2048kbit/s. (The maximum upstream and return speeds depend upon the service to which you have subcribed.)

2-way Satellite Costs
2-way satellite costs are much higher than 1-way due to the nature of the system. Rather than simply picking up a broadcast signal the dish has also to send an accurate beam of data to the satellite. This requires higher quality dishes and far more accurate alignment.
The equipment can only be installed by an approved Eutelsat installer who has been trained and who has the correct installation equipment (GPS receiver, spectrum analyser, etc). Peakweb will manage installation by an approved installer.

Faster Internet Access
By downloading a small and simple piece of software you can increase your dial up effective access speed by up to 5x. This means your dial-up connection can work at near broadband speeds. It also works for broadband (up to 3x faster).
Used in conjunction with a fast web browser such as Opera, you can have much faster web surfing and email downloading without the need to upgrade your service.

Types of Broadband

1. Business Broadband

2. Consumer Broadband

Business Broadband
This is fully supported in the event of faults or problems.
Contention ratio is 20:1 max.
Suitable for:-
Business and Office use
Sharing with other computers via Windows ICS
Full network access via a router
Broadband upload speed is 256kbit/s
Each telephone extension requires a microfilter. One is supplied with the modem.
1 fixed IP address is supplied with each connection

Consumer Broadband
This is fully supported and some services do not have a download limit.Contention ratio is 50:1 max
Suitable for:-
Home and home office use
Occasional sharing with 1 or 2 computers via Windows or with a router
Broadband upload speed is 256kbit/s
Each telephone extension requires a microfilter. One is supplied with the modem.
1 fixed IP address is supplied with each connection

ADSL Broadband via Landline (telephone line)
This is is the traditional method of obtaining a broadband connection.Some Peakweb ADSL services have NO download limits. Unlike many providers, Peakweb does not cut off your service when your limit is reached, instead it slows down to 64kbits/s which is still faster than dial up. Alternatively you may purchase additional GB to keep you going till your next period.
Requirements
Your local telephone exchange must be "broadband" enabled
You must have an analogue telephone line (ie not digital / ISDN)
if you have a digital line you will need a new analogue line installed or you will need to convert your ISDN line back to analogue.
Benefits
High speed web surfing and email collection
Accessible from the internet (VPN in) with fixed IP address
Surf on the web and talk on the phone at the same time
Enables free or low cost telephone calls with VOIP
Peakweb supply broadband to both businesses and home users

Friday, October 24, 2008

E-mail

Electronic mail, often abbreviated to e-mail, email, or originally eMail, is a store_and_forward method of writing, sending, receiving and saving messages over electronic communication systems. The term "e-mail" (as a noun or verb) applies to the Internet e-mail system based on the simple Mail Transfer Protocol, to network systems based on other protocols and to various mainframe,computer or internet by a particular systems vendor, or on the same protocols used on public networks.

Origin

E-mail predates the inception of the Internet, and was in fact a crucial tool in creating the Internet.

MIT first demonstrated the Compatible Time-sharing System (CTSS) in 1961.It allowed multiple users to log into the IBM 7094 from remote dial-up terminals, and to store files online on disk. This new ability encouraged users to share information in new ways. E-mail started in 1965 as a way for multiple users of a time-sharing mainframe computer to communicate. Although the exact history is murky, among the first systems to have such a facility were SCD's Q32and MIT's CTSS.

E-mail was quickly extended to become network e-mail, allowing users to pass messages between different computers by at least 1966 (it is possible that the SAGE system had something similar some time before).

The ARPANET computer network made a large contribution to the development of e-mail. There is one report that indicates experimental inter-system e-mail transfers began shortly after its creation in 1969. Ray Tomlinson initiated the use of the @ sign to separate the names of the user and their machine in 1971. The ARPANET significantly increased the popularity of e-mail, and it became the killer app of the ARPANET.


The diagram above shows a typical sequence of events that takes place when Alice composes a message using her mail user agent (MUA). She types in, or selects from an address book, the e-mail address of her correspondent. She hits the "send" button.

  1. Her MUA formats the message in Internet e-mail format and uses the Simple Mail Transfer Protocol (SMTP) to send the message to the local mail transfer agent (MTA), in this case smtp.a.org, run by Alice's Internet Service Provider (ISP).
  2. The MTA looks at the destination address provided in the SMTP protocol (not from the message header), in this case bob@b.org. An Internet e-mail address is a string of the form localpart@exampledomain.com, which is known as a Fully Qualified Domain Address (FQDA). The part before the @ sign is the local part of the address, often the username of the recipient, and the part after the @ sign is a domain name. The MTA looks up this domain name in the Domain Name System to find the mail exchange servers accepting messages for that domain.
  3. The DNS server for the b.org domain, ns.b.org, responds with an MX record listing the mail exchange servers for that domain, in this case mx.b.org, a server run by Bob's ISP.
  4. smtp.a.org sends the message to mx.b.org using SMTP, which delivers it to the mailbox of the user bob.
  5. Bob presses the "get mail" button in his MUA, which picks up the message using the Post Office Protocol (POP3).

This sequence of events applies to the majority of e-mail users. However, there are many alternative possibilities and complications to the e-mail system:

  • Alice or Bob may use a client connected to a corporate e-mail system, such as IBM Lotus Notes or Microsoft Exchange. These systems often have their own internal e-mail format and their clients typically communicate with the e-mail server using a vendor-specific, proprietary protocol. The server sends or receives e-mail via the Internet through the product's Internet mail gateway which also does any necessary reformatting. If Alice and Bob work for the same company, the entire transaction may happen completely within a single corporate e-mail system.
  • Alice may not have a MUA on her computer but instead may connect to a webmail service.
  • Alice's computer may run its own MTA, so avoiding the transfer at step 1.
  • Bob may pick up his e-mail in many ways, for example using the internet message access protocol, by logging into mx.b.org and reading it directly, or by using a webmail service.
  • Domains usually have several mail exchange servers so that they can continue to accept mail when the main mail exchange server is not available.
  • E-mail messages are not secure if e-mail encryption is not used correctly.

It used to be the case that many MTAs would accept messages for any recipient on the Internet and do their best to deliver them. Such MTAs are called open mail relays. This was important in the early days of the Internet when network connections were unreliable. If an MTA couldn't reach the destination, it could at least deliver it to a relay that was closer to the destination. The relay would have a better chance of delivering the message at a later time. However, this mechanism proved to be exploitable by people sending unsolicited bulk e-mail and as a consequence very few modern MTAs are open mail relays, and many MTAs will not accept messages from open mail relays because such messages are very likely to be spam.


Header

Each message has exactly one header, which is structured into fields. Each field has a name and a value. RFC 5322 specifies the precise syntax.

Informally, each line of text in the header that begins with a printable character begins a separate field. The field name starts in the first character of the line and ends before the separator character ":". The separator is then followed by the field value (the "body" of the field). The value is continued onto subsequent lines if those lines have a space or tab as their first character. Field names and values are restricted to 7-bit ASII characters. Non-ASCII values may be represented using MIME encoded words.

Internet fax

Internet fax

It uses the internet to receive and send faxes.

Traditional faxing involves sending a scanned copy of a document (a facsimile) from one fax machine to another, over the phone network. Internet faxing (or "online faxing") is a general term which can refer to one of several methods of achieving this over the Internet - with a goal of both reduced costs and increased functionality over traditional faxing.

Depending on the specific method/implementation (see below), advantages of using the internet can include

  1. no extra telephone line required for the fax
  2. paperless communication, integrated with email
  3. send and receive multiple faxes simultaneously
  4. reduction in phone costs

Traditional fax

The traditional method for sending faxes over phone lines (PSTN)

  • Fax machine → Phone line → Fax machine

A fax machine is an electronic instrument composed of a scanner, a modem, and a printer. It transmits data in the form of pulses via a telephone line to a recipient, usually another fax machine, which then transforms these impulses into images, and prints them on paper.

The traditional method requires a phone line, and only one fax can be connected to send or receive at a time.

Internet Fax

Internet Fax achieves a dramatic reduction in communication costs especially when long faxes are frequently exchanged with overseas or distant offices.

Since there is no telephone connection charge when sending a fax over the Internet, the cost of sending faxes is covered entirely by the fixed line Internet connection fee. The recipient machine must also be compatible with Internet Fax.

Hardcopy is converted to TIFF or PDF data and attached to an e-mail in MIME format. Then, taking advantage of a connection to the office LAN, data is sent via TCP/IP directly to any Internet Fax on the intranet or Internet. Because they make use of TCP/IP, Internet Faxes do not incur long-distance transmission costs and reception is verifiable.

IP Fax and IP Address Relay

IP Fax transmits data over an office intranet from a networked multifunctional device to the IP address of another. Taking advantage of an established LAN / WAN infrastructure, IP Fax eliminates costly connection and transmission fees.

Also, IP Fax does not require a dedicated server or make use of the office mail server. IP Address Relay forwards to a multifunctional device for relaying to a local G3 fax machine.

Computer-based faxing

As modems came into wider use with personal computers, the computer was used to send faxes directly. Instead of first printing a hard copy to be then sent via fax machine, a document could now be printed directly to the software fax, then sent via the computer's modem. Receiving faxes was accomplished similarly.

  • Computer → Phone line → Fax machine
  • Fax Machine → Phone line → Computer

A disadvantage of receiving faxes this way is that the computer has to be turned on and running the fax software to receive any faxes.

Internet fax servers/gateways

The Internet has enabled development of several other methods of sending and receiving a fax. The more common method is an extension of computer-based faxing, and involves using a fax server gateway to the Internet to convert between faxes and emails. It is often referred to as "fax to mail" or "mail to fax". This technology is more and more replacing the traditional fax machine because it offers the advantage of dispensing with the machine as well as the additional telephone line.

Reception:

  • Fax machine → Phone line → Fax gateway → email message (over Internet) → computer email account

A fax is sent via the Public Switched Telephone Network (PSTN) on the fax server, which receives the fax and converts it into PDF or TIFF Tformat, according to the instructions of the user. The fax is then transmitted to the Web server which posts it in the Web interface on the account of the subscriber, who is alerted of the reception by an email containing the fax as an attached file and sometimes by a message on their mobile phone.

Sending:

  • Computer → Internet → Fax gateway → Phone line → Fax machine

From his/her computer, in the supplier Web site, the user chooses the document s/he wants to send and the fax number of the recipient. When sending, the document is usually converted to PDF format and sent by the Web server to the fax server, which then transmits it to the recipient fax machine via the Standard Telephone Network. Then the user receives a confirmation that the sending was carried out, in his/her web interface and/or by email.

An Internet fax service allows one to send faxes from a computer via an Internet connection, thanks to a Web interface usually available on the supplier's Web site. This technology has many advantages:

  • No fax machine → no maintenance, no paper, toner expenditure, possible repairs, etc.
  • Mobility → All actions are done on the Web interface; the service is thus available from any computer connected to Internet, everywhere in the world.
  • Confidentiality → The faxes are received directly on the account of the user; he is the only one who can access it. The received faxes are then less likely to be lost or read by the wrong people.
  • No installation of software or hardware → All actions are done on the Web interface of the supplier, on the account of the user.
  • No telephone subscription for an additional line dedicated to the fax.
  • Many faxes can be sent or received simultaneously, and faxes can be received while the computer is switched off.

Early email to fax services such as the phone company and Digital chicken were developed in the mid-1990s.

Fax using Voice over IP

Making phone calls over the Internet (Voice over Internet Protocol, orVOIP ) has become increasingly popular. Compressing fax signals is different from compressing voice signals, so a new standard has been created for this. If the VoIP adapter and gateway are T.38 compliant, most fax machines can simply be plugged into the VoIP adapter instead of a regular phone line.

  • Fax machine → VoIP adapter → VoIP gateway → Phone line → Fax machine (or vice versa)

As with regular faxes, only one fax can be sent or received at a time.

Fax using email

While the needs of computer-to-fax communications are well covered, the simplicity of quickly faxing a handwritten document combined with the advantages of email are not.

"iFax" was designed for fax machines to directly communicate via email. Faxes are sent as e-mail attachments in a TIFF-F format.

  • iFax machine → email message (over Internet) → computer email account
  • iFax machine → email message (over Internet) → iFax machine (using email address)

A new fax machine (supporting iFax/T.37) is required, as well as a known email address for the sending and receiving machines. This has limited the standard's use, though a system for looking up a fax's email address based on its phone number is under development.

To work with existing fax machines, all iFax machines support standard faxing (requiring a regular phone line). Alternatively, an iFax can be used in conjunction with a fax gateway.

  • iFax machine → email message (over Internet) → Fax gateway → Phone line → traditional Fax machine (or vice versa)

Thursday, October 23, 2008

How Modern Terrorism Uses the Internet

Introduction

internet imageThis al Qaeda website image claims responsibility for attacks in Kenya and the United States.

The story of the presence of terrorist groups in cyberspace has barely begun to be told. In 1998, around half of the thirty organizations designated as "Foreign Terrorist Organizations" under the U.S. Antiterrorism and Effective Death Penalty Act of 1996 maintained websites; by 2000, virtually all terrorist groups had established their presence on the Internet. Our scan of the Internet in 2003–4 revealed hundreds of websites serving terrorists and their supporters. And yet, despite this growing terrorist presence, when policymakers, journalists, and academics have discussed the combination of terrorism and the Internet, they have focused on the overrated threat posed by cyberterrorism or cyberwarfare (i.e., attacks on computer networks, including those on the Internet) and largely ignored the numerous uses that terrorists make of the Internet every day.

In this report we turn the spotlight on these latter activities, identifying, analyzing, and illustrating ways in which terrorist organizations are exploiting the unique attributes of the Internet. The material presented here is drawn from an ongoing study (now in its sixth year) of the phenomenon, during which we have witnessed a growing and increasingly sophisticated terrorist presence on the World Wide Web. Terrorism on the Internet, as we have discovered, is a very dynamic phenomenon: websites suddenly emerge, frequently modify their formats, and then swiftly disappear—or, in many cases, seem to disappear by changing their online address but retaining much the same content. To locate the terrorists' sites, we have conducted numerous systematic scans of the Internet, feeding an enormous variety of names and terms into search engines, entering chat rooms and forums of supporters and sympathizers, and surveying the links on other organizations' websites to create and update our own lists of sites. This is often a herculean effort, especially because in some cases (e.g., al Qaeda's websites) locations and contents change almost daily.

The report begins by sketching the origins of the Internet, the characteristics of the new medium that make it so attractive to political extremists, the range of terrorist organizations active in cyberspace, and their target audiences. The heart of the report is an analysis of eight different uses that terrorists make of the Internet. These range from conducting psychological warfare to gathering information, from training to fundraising, from propagandizing to recruiting, and from networking to planning and coordinating terrorist acts. In each instance, we offer concrete examples drawn from our own research, from cases reported in the media, and from contacts with Western intelligence organizations. Although the bulk of the report amounts to a strong argument for the political, intelligence, and academic communities to pay much more attention to the dangers posed by terrorists' use of the Internet, the report concludes with a plea to those same communities not to overreact. The Internet may be attractive to political extremists, but it also symbolizes and supports the freedom of thought and expression that helps distinguish democracies from their enemies. Effective counterterrorist campaigns do not require, and may be undermined by, draconian measures to restrict Internet access.

  • The great virtues of the Internet—ease of access, lack of regulation, vast potential audiences, and fast flow of information, among others—have been turned to the advantage of groups committed to terrorizing societies to achieve their goals.
  • Today, all active terrorist groups have established their presence on the Internet. Our scan of the Internet in 2003–4 revealed hundreds of websites serving terrorists and their supporters.
  • Terrorism on the Internet is a very dynamic phenomenon: websites suddenly emerge, frequently modify their formats, and then swiftly disappear—or, in many cases, seem to disappear by changing their online address but retaining much the same content.
  • Terrorist websites target three different audiences: current and potential supporters; international public opinion; and enemy publics.
  • The mass media, policymakers, and even security agencies have tended to focus on the exaggerated threat of cyberterrorism and paid insufficient attention to the more routine uses made of the Internet. Those uses are numerous and, from the terrorists' perspective, invaluable.
  • There are eight different ways in which contemporary terrorists use the Internet, ranging from psychological warfare and propaganda to highly instrumental uses such as fundraising, recruitment, data mining, and coordination of actions.
  • While we must better defend our societies against cyberterrorism and Internet-savvy terrorists, we should also consider the costs of applying counterterrorism measures to the Internet. Such measures can hand authoritarian governments and agencies with little public accountability tools with which to violate privacy, curtail the free flow of information, and restrict freedom of expression, thus adding a heavy price in terms of diminished civil liberties to the high toll exacted by terrorism itself.

How Terrorists Use the Internet


We have identified eight different, albeit sometimes overlapping, ways in which contemporary terrorists use the Internet. Some of these parallel the uses to which everyone puts the Internet—information gathering, for instance. Some resemble the uses made of the medium by traditional political organizations—for example, raising funds and disseminating propaganda. Others, however, are much more unusual and distinctive—for instance, hiding instructions, manuals, and directions in coded messages or encrypted files.

Psychological Warfare

Terrorism has often been conceptualized as a form of psychological warfare, and certainly terrorists have sought to wage such a campaign through the Internet. There are several ways for terrorists to do so. For instance, they can use the Internet to spread disinformation, to deliver threats intended to distill fear and helplessness, and to disseminate horrific images of recent actions, such as the brutal murder of the American journalist Daniel Pearl by his captors, a videotape of which was replayed on several terrorist websites. Terrorists can also launch psychological attacks through cyberterrorism, or, more accurately, through creating the fear of cyberterrorism. "Cyberfear" is generated when concern about what a computer attack could do (for example, bringing down airliners by disabling air traffic control systems, or disrupting national economies by wrecking the computerized systems that regulate stock markets) is amplified until the public believes that an attack will happen. The Internet—an uncensored medium that carries stories, pictures, threats, or messages regardless of their validity or potential impact—is peculiarly well suited to allowing even a small group to amplify its message and exaggerate its importance and the threat it poses.

Al Qaeda combines multimedia propaganda and advanced communication technologies to create a very sophisticated form of psychological warfare. Osama bin Laden and his followers concentrate their propaganda efforts on the Internet, where visitors to al Qaeda's numerous websites and to the sites of sympathetic, aboveground organizations can access prerecorded videotapes and audiotapes, CD-ROMs, DVDs, photographs, and announcements. Despite the massive onslaught it has sustained in recent years—the arrests and deaths of many of its members, the dismantling of its operational bases and training camps in Afghanistan, and the smashing of its bases in the Far East—al Qaeda has been able to conduct an impressive scare campaign. Since September 11, 2001, the organization has festooned its websites with a string of announcements of an impending "large attack" on U.S. targets. These warnings have received considerable media coverage, which has helped to generate a widespread sense of dread and insecurity among audiences throughout the world and especially within the United States.

Interestingly, al Qaeda has consistently claimed on its websites that the destruction of the World Trade Center has inflicted psychological damage, as well as concrete damage, on the U.S. economy. The attacks on the Twin Towers are depicted as an assault on the trademark of the U.S. economy, and evidence of their effectiveness is seen in the weakening of the dollar, the decline of the U.S. stock market after 9/11, and a supposed loss of confidence in the U. S. economy both within the United States and elsewhere. Parallels are drawn with the decline and ultimate demise of the Soviet Union. One of bin Laden's recent publications, posted on the web, declared that "America is in retreat by the Grace of Almighty and economic attrition is continuing up to today. But it needs further blows. The young men need to seek out the nodes of the American economy and strike the enemy's nodes."

Publicity and Propaganda

The Internet has significantly expanded the opportunities for terrorists to secure publicity. Until the advent of the Internet, terrorists' hopes of winning publicity for their causes and activities depended on attracting the attention of television, radio, or the print media. These traditional media have "selection thresholds" (multistage processes of editorial selection) that terrorists often cannot reach. No such thresholds, of course, exist on the terrorists' own websites. The fact that many terrorists now have direct control over the content of their message offers further opportunities to shape how they are perceived by different target audiences and to manipulate their own image and the image of their enemies.

As noted earlier, most terrorist sites do not celebrate their violent activities. Instead, regardless of the terrorists' agendas, motives, and location, most sites emphasize two issues: the restrictions placed on freedom of expression and the plight of comrades who are now political prisoners. These issues resonate powerfully with their own supporters and are also calculated to elicit sympathy from Western audiences that cherish freedom of expression and frown on measures to silence political opposition. Enemy publics, too, may be targets for these complaints insofar as the terrorists, by emphasizing the antidemocratic nature of the steps taken against them, try to create feelings of unease and shame among their foes. The terrorists' protest at being muzzled, it may be noted, is particularly well suited to the Internet, which for many users is the symbol of free, unfettered, and uncensored communication.

Terrorist sites commonly employ three rhetorical structures, all used to justify their reliance on violence. The first one is the claim that the terrorists have no choice other than to turn to violence. Violence is presented as a necessity foisted upon the weak as the only means with which to respond to an oppressive enemy. While the sites avoid mentioning how the terrorists victimize others, the forceful actions of the governments and regimes that combat the terrorists are heavily emphasized and characterized with terms such as "slaughter," "murder," and "genocide." The terrorist organization is depicted as constantly persecuted, its leaders subject to assassination attempts and its supporters massacred, its freedom of expression curtailed, and its adherents arrested. This tactic, which portrays the organization as small, weak, and hunted down by a strong power or a strong state, turns the terrorists into the underdog.

A second rhetorical structure related to the legitimacy of the use of violence is the demonizing and delegitimization of the enemy. The members of the movement or organization are presented as freedom fighters, forced against their will to use violence because a ruthless enemy is crushing the rights and dignity of their people or group. The enemy of the movement or the organization is the real terrorist, many sites insist: "Our violence is tiny in comparison to his aggression" is a common argument. Terrorist rhetoric tries to shift the responsibility for violence from the terrorist to the adversary, which is accused of displaying its brutality, inhumanity, and immorality.

A third rhetorical device is to make extensive use of the language of nonviolence in an attempt to counter the terrorists' violent image. Although these are violent organizations, many of their sites claim that they seek peaceful solutions, that their ultimate aim is a diplomatic settlement achieved through negotiation and international pressure on a repressive government.

Data Mining

The Internet may be viewed as a vast digital library. The World Wide Web alone offers about a billion pages of information, much of it free—and much of it of interest to terrorist organizations. Terrorists, for instance, can learn from the Internet a wide variety of details about targets such as transportation facilities, nuclear power plants, public buildings, airports, and ports, and even about counterterrorism measures. Dan Verton, in his book Black Ice: The Invisible Threat of Cyberterrorism (2003), explains that "al-Qaeda cells now operate with the assistance of large databases containing details of potential targets in the U.S. They use the Internet to collect intelligence on those targets, especially critical economic nodes, and modern software enables them to study structural weaknesses in facilities as well as predict the cascading failure effect of attacking certain systems." According to Secretary of Defense Donald Rumsfeld, speaking on January 15, 2003, an al Qaeda training manual recovered in Afghanistan tells its readers, "Using public sources openly and without resorting to illegal means, it is possible to gather at least 80 percent of all information required about the enemy."

The website operated by the Muslim Hackers Club (a group that U.S. security agencies believe aims to develop software tools with which to launch cyberattacks) has featured links to U.S. sites that purport to disclose sensitive information such as code names and radio frequencies used by the U.S. Secret Service. The same website offers tutorials in creating and spreading viruses, devising hacking stratagems, sabotaging networks, and developing codes; it also provides links to other militant Islamic and terrorist web addresses. Specific targets that al Qaeda-related websites have discussed include the Centers for Disease Control and Prevention in Atlanta; FedWire, the money-movement clearing system maintained by the Federal Reserve Board; and facilities controlling the flow of information over the Internet. Like many other Internet users, terrorists have access not only to maps and diagrams of potential targets but also to imaging data on those same facilities and networks that may reveal counterterrorist activities at a target site. One captured al Qaeda computer contained engineering and structural features of a dam, which had been downloaded from the Internet and which would enable al Qaeda engineers and planners to simulate catastrophic failures. In other captured computers, U.S. investigators found evidence that al Qaeda operators spent time on sites that offer software and programming instructions for the digital switches that run power, water, transportation, and communications grids. Numerous tools are available to facilitate such data collection, including search engines, e-mail distribution lists, and chat rooms and discussion groups. Many websites offer their own search tools for extracting information from databases on their sites. Word searches of online newspapers and journals can likewise generate information of use to terrorists; some of this information may also be available in the traditional media, but online searching capabilities allow terrorists to capture it anonymously and with very little effort or expense.

Fundraising

Like many other political organizations, terrorist groups use the Internet to raise funds. Al Qaeda, for instance, has always depended heavily on donations, and its global fund-raising network is built upon a foundation of charities, nongovernmental organizations, and other financial institutions that use websites and Internet-based chat rooms and forums. The Sunni extremist group Hizb al-Tahrir uses an integrated web of Internet sites, stretching from Europe to Africa, which asks supporters to assist the effort by giving money and encouraging others to donate to the cause of jihad. Banking information, including the numbers of accounts into which donations can be deposited, is provided on a site based in Germany. The fighters in the Russian breakaway republic of Chechnya have likewise used the Internet to publicize the numbers of bank accounts to which sympathizers can contribute. (One of these Chechen bank accounts is located in Sacramento, California.) The IRA's website contains a page on which visitors can make credit card donations.

Internet user demographics (culled, for instance, from personal information entered in online questionnaires and order forms) allow terrorists to identify users with sympathy for a particular cause or issue. These individuals are then asked to make donations, typically through e-mails sent by a front group (i.e., an organization broadly supportive of the terrorists' aims but operating publicly and legally and usually having no direct ties to the terrorist organization). For instance, money benefiting Hamas has been collected via the website of a Texas-based charity, the Holy Land Foundation for Relief and Development (HLF). The U.S. government seized the assets of HLF in December 2001 because of its ties to Hamas. The U.S. government has also frozen the assets of three seemingly legitimate charities that use the Internet to raise money—the Benevolence International Foundation, the Global Relief Foundation, and the Al-Haramain Foundation—because of evidence that those charities have funneled money to al Qaeda.

In another example, in January 2004, a federal grand jury in Idaho charged a Saudi graduate student with conspiring to help terrorist organizations wage jihad by using the Internet to raise funds, field recruits, and locate prospective U.S. targets—military and civilian—in the Middle East. Sami Omar Hussayen, a doctoral candidate in computer science in a University of Idaho program sponsored—ironically—by the National Security Agency, was accused of creating websites and an e-mail group that disseminated messages from him and two radical clerics in Saudi Arabia that supported jihad.

Recruitment and Mobilization

The Internet can be used not only to solicit donations from sympathizers but also to recruit and mobilize supporters to play a more active role in support of terrorist activities or causes. In addition to seeking converts by using the full panoply of website technologies (audio, digital video, etc.) to enhance the presentation of their message, terrorist organizations capture information about the users who browse their websites. Users who seem most interested in the organization's cause or well suited to carrying out its work are then contacted. Recruiters may also use more interactive Internet technology to roam online chat rooms and cybercafes, looking for receptive members of the public, particularly young people. Electronic bulletin boards and user nets (issue-specific chat rooms and bulletins) can also serve as vehicles for reaching out to potential recruits.

Some would-be recruits, it may be noted, use the Internet to advertise themselves to terrorist organizations. In 1995, as reported by Verton in Black Ice, Ziyad Khalil enrolled as a computer science major at Columbia College in Missouri. He also became a Muslim activist on the campus, developing links to several radical groups and operating a website that supported Hamas. Thanks in large part to his Internet activities, he came to the attention of bin Laden and his lieutenants. Khalil became al Qaeda's procurement officer in the United States, arranging purchases of satellite telephones, computers, and other electronic surveillance technologies and helping bin Laden communicate with his followers and officers.

More typically, however, terrorist organizations go looking for recruits rather than waiting for them to present themselves. The SITE Institute, a Washington, D.C.-based terrorism research group that monitors al Qaeda's Internet communications, has provided chilling details of a high-tech recruitment drive launched in 2003 to recruit fighters to travel to Iraq and attack U.S. and coalition forces there. Potential recruits are bombarded with religious decrees and anti-American propaganda, provided with training manuals on how to be a terrorist, and—as they are led through a maze of secret chat rooms—given specific instructions on how to make the journey to Iraq. In one particularly graphic exchange in a secret al Qaeda chat room in early September 2003 an unknown Islamic fanatic, with the user name "Redemption Is Close," writes, "Brothers, how do I go to Iraq for Jihad? Are there any army camps and is there someone who commands there?" Four days later he gets a reply from "Merciless Terrorist." "Dear Brother, the road is wide open for you—there are many groups, go look for someone you trust, join him, he will be the protector of the Iraqi regions and with the help of Allah you will become one of the Mujahidin." "Redemption Is Close" then presses for more specific information on how he can wage jihad in Iraq. "Merciless Terrorist" sends him a propaganda video and instructs him to download software called Pal Talk, which enables users to speak to each other on the Internet without fear of being monitored.

Many terrorist websites stop short of enlisting recruits for violent action but they do encourage supporters to show their commitment to the cause in other tangible ways. "How can I help the struggle: A few suggestions," runs a heading on the Kahane Lives website; "Action alert: What you can do" is a feature on the Shining Path's website. The power of the Internet to mobilize activists is illustrated by the response to the arrest of Abdullah Ocalan, leader of the Kurdish terrorist group the PKK. When Turkish forces arrested Ocalan, tens of thousands of Kurds around the world responded with demonstrations within a matter of hours—thanks to sympathetic websites urging supporters to protest.

Networking

Many terrorist groups, among them Hamas and al Qaeda, have undergone a transformation from strictly hierarchical organizations with designated leaders to affiliations of semi-independent cells that have no single commanding hierarchy. Through the use of the Internet, these loosely interconnected groups are able to maintain contact with one another—and with members of other terrorist groups. In the future, terrorists are increasingly likely to be organized in a more decentralized manner, with arrays of transnational groups linked by the Internet and communicating and coordinating horizontally rather than vertically.

Several reasons explain why modern communication technologies, especially computer-mediated communications, are so useful for terrorists in establishing and maintaining networks. First, new technologies have greatly reduced transmission time, enabling dispersed organizational actors to communicate swiftly and to coordinate effectively. Second, new technologies have significantly reduced the cost of communication. Third, by integrating computing with communications, they have substantially increased the variety and complexity of the information that can be shared.

The Internet connects not only members of the same terrorist organizations but also members of different groups. For instance, dozens of sites exist that express support for terrorism conducted in the name of jihad. These sites and related forums permit terrorists in places such as Chechnya, Palestine, Indonesia, Afghanistan, Turkey, Iraq, Malaysia, the Philippines, and Lebanon to exchange not only ideas and suggestions but also practical information about how to build bombs, establish terror cells, and carry out attacks.

Sharing Information

The World Wide Web is home to dozens of sites that provide information on how to build chemical and explosive weapons. Many of these sites post The Terrorist's Handbook and The Anarchist Cookbook, two well-known manuals that offer detailed instructions on how to construct a wide range of bombs. Another manual, The Mujahadeen Poisons Handbook, written by Abdel-Aziz in 1996 and "published" on the official Hamas website, details in twenty-three pages how to prepare various homemade poisons, poisonous gases, and other deadly materials for use in terrorist attacks. A much larger manual, nicknamed "The Encyclopedia of Jihad" and prepared by al Qaeda, runs to thousands of pages; distributed through the Internet, it offers detailed instructions on how to establish an underground organization and execute attacks. One al Qaeda laptop found in Afghanistan had been used to make multiple visits to a French site run by the Société Anonyme (a self-described "fluctuating group of artists and theoreticians who work specifically on the relations between critical thinking and artistic practices"), which offers a two-volume Sabotage Handbook with sections on topics such as planning an assassination and antisurveillance methods.

This kind of information is sought out not just by sophisticated terrorist organizations but also by disaffected individuals prepared to use terrorist tactics to advance their idiosyncratic agendas. In 1999, for instance, a young man by the name of David Copeland planted nail bombs in three different areas of London: multiracial Brixton, the largely Bangladeshi community of Brick Lane, and the gay quarter in Soho. Over the course of three weeks, he killed 3 people and injured 139. At his trial, he revealed that he had learned his deadly techniques from the Internet, downloading The Terrorist's Handbook and How to Make Bombs: Book Two. Both titles are still easily accessible. A search for the keywords "terrorist" and "handbook" on the Google search engine found nearly four thousand matches that included references to guidebooks and manuals. One site gives instructions on how to acquire ammonium nitrate, Copeland's "first choice" of explosive material. In Finland in 2002, a brilliant chemistry student who called himself "RC" discussed bomb-making techniques with other enthusiasts on a Finnish Internet website devoted to bombs and explosives. Sometimes he posted queries on topics such as manufacturing nerve gas at home. Often he traded information with the site's moderator, whose messages carried a picture of his own face superimposed on Osama bin Laden's body, complete with turban and beard. Then RC set off a bomb that killed seven people, including himself, in a crowded shopping mall. The website frequented by RC, known as the Home Chemistry Forum, was shut down by its sponsor, a computer magazine. But a backup copy was immediately posted again on a read-only basis.

Planning and Coordination

Terrorists use the Internet not only to learn how to build bombs but also to plan and coordinate specific attacks. Al Qaeda operatives relied heavily on the Internet in planning and coordinating the September 11 attacks. Thousands of encrypted messages that had been posted in a password-protected area of a website were found by federal officials on the computer of arrested al Qaeda terrorist Abu Zubaydah, who reportedly masterminded the September 11 attacks. The first messages found on Zubaydah's computer were dated May 2001 and the last were sent on September 9, 2001. The frequency of the messages was highest in August 2001. To preserve their anonymity, the al Qaeda terrorists used the Internet in public places and sent messages via public e-mail. Some of the September 11 hijackers communicated using free web-based e-mail accounts.

Hamas activists in the Middle East, for example, use chat rooms to plan operations and operatives exchange e-mail to coordinate actions across Gaza, the West Bank, Lebanon, and Israel. Instructions in the form of maps, photographs, directions, and technical details of how to use explosives are often disguised by means of steganography, which involves hiding messages inside graphic files. Sometimes, however, instructions are delivered concealed in only the simplest of codes. Mohammed Atta's final message to the other eighteen terrorists who carried out the attacks of 9/11 is reported to have read: "The semester begins in three more weeks. We've obtained 19 confirmations for studies in the faculty of law, the faculty of urban planning, the faculty of fine arts, and the faculty of engineering." (The reference to the various faculties was apparently the code for the buildings targeted in the attacks.)

  • alneda.com, which, until it was closed down in 2002, is said by U.S. officials to have contained encrypted information to direct al Qaeda members to more secure sites, featured international news about al Qaeda, and published a variety of articles, books, and fatwas (the latter typically declaring war on the United States, Christianity, or Judaism);
  • assam.com, which served as a mouthpiece for jihad in Afghanistan, Chechnya, and Palestine;
  • almuhrajiroun.com, which in the late 1990s and early 2000s urged sympathizers to assassinate Pakistani president Pervez Musharraf;
  • qassam.net, a site that U.S. officials claim is linked not only to al Qaeda but also to Hamas;
  • jihadunspun.net, which offered a thirty-six-minute video of Osama bin Laden lecturing, preaching, and making threats;
  • 7hj.7hj.com, which aimed to teach visitors how to hack into Internet networks and how to infect government and corporate websites with "worms" and viruses;
  • aloswa.org, which featured quotations from bin Laden and religious legal rulings justifying the attacks of 9/11 and other assaults on the West;
  • drasat.com, run (some experts suspect) by a fictional institution called the Islamic Studies and Research Center and reported to be the most credible of dozens of Islamist sites posting al Qaeda news; and
  • jehad.net, alsaha.com, and islammemo.com, which are alleged to have posted al Qaeda statements as well as calls for action and directions for operatives.

Modern Terrorism and the Internet


Paradoxically, the very decentralized network of communication that the U.S. security services created out of fear of the Soviet Union now serves the interests of the greatest foe of the West's security services since the end of the Cold War: international terror. The roots of the modern Internet are to be found in the early 1970s, during the days of the Cold War, when the U.S. Department of Defense was concerned about reducing the vulnerability of its communication networks to nuclear attack. The Defense Department decided to decentralize the whole system by creating an interconnected web of computer networks. After twenty years of development and use by academic researchers, the Internet quickly expanded and changed its character when it was opened up to commercial users in the late 1980s. By the mid-1990s, the Internet connected more than 18,000 private, public, and national networks, with the number increasing daily. Hooked into those networks were about 3.2 million host computers and perhaps as many as 60 million users spread across all seven continents. The estimated number of users in the early years of the twenty-first century is over a billion.

As it burgeoned, the Internet was hailed as an integrator of cultures and a medium for businesses, consumers, and governments to communicate with one another. It appeared to offer unparalleled opportunities for the creation of a forum in which the "global village" could meet and exchange ideas, stimulating and sustaining democracy throughout the world. However, with the enormous growth in the size and use of the network, utopian visions of the promise of the Internet were challenged by the proliferation of pornographic and violent content on the web and by the use of the Internet by extremist organizations of various kinds. Groups with very different political goals but united in their readiness to employ terrorist tactics started using the network to distribute their propaganda, to communicate with their supporters, to foster public awareness of and sympathy for their causes, and even to execute operations.

By its very nature, the Internet is in many ways an ideal arena for activity by terrorist organizations. Most notably, it offers

  • easy access;
  • little or no regulation, censorship, or other forms of government control;
  • potentially huge audiences spread throughout the world;
  • anonymity of communication;
  • fast flow of information;
  • inexpensive development and maintenance of a web presence;
  • a multimedia environment (the ability to combine text, graphics, audio, and video and to allow users to download films, songs, books, posters, and so forth); and
  • the ability to shape coverage in the traditional mass media, which increasingly use the Internet as a source for stories

An Overview of Terrorist Websites

These advantages have not gone unnoticed by terrorist organizations, no matter what their political orientation. Islamists and Marxists, nationalists and separatists, racists and anarchists: all find the Internet alluring. Today, almost all active terrorist organizations (which number more than forty) maintain websites, and many maintain more than one website and use several different languages.

As the following illustrative list shows, these organizations and groups come from all corners of the globe. (This geographical categorization, it should be noted, reveals the geographical diversity but obscures the fact that many groups are truly transnational, and even transregional, in character.)

  • From the Middle East, Hamas (the Islamic Resistance Movement), the Lebanese Hezbollah (Party of God), the al Aqsa Martyrs Brigades, Fatah Tanzim, the Popular Front for the Liberation of Palestine (PFLP), the Palestinian Islamic Jihad, the Kahane Lives movement, the People's Mujahedin of Iran (PMOI—Mujahedin-e Khalq), the Kurdish Workers' Party (PKK), and the Turkish-based Popular Democratic Liberation Front Party (DHKP/C) and Great East Islamic Raiders Front (IBDA-C).
  • From Europe, the Basque ETA movement, Armata Corsa (the Corsican Army), and the Irish Republican Army (IRA).
  • From Latin America, Peru's Tupak-Amaru (MRTA) and Shining Path (Sendero Luminoso), the Colombian National Liberation Army (ELN-Colombia), and the Armed Revolutionary Forces of Colombia (FARC).
  • From Asia, al Qaeda, the Japanese Supreme Truth (Aum Shinrikyo), Ansar al Islam (Supporters of Islam) in Iraq, the Japanese Red Army (JRA), Hizb-ul Mujehideen in Kashmir, the Liberation Tigers of Tamil Eelam (LTTE), the Islamic Movement of Uzbekistan (IMU), the Moro Islamic Liberation Front (MILF) in the Philippines, the Pakistan-based Lashkar-e-Taiba, and the rebel movement in Chechnya.
Content

What is the content of terrorist sites? Typically, a site will provide a history of the organization and its activities, a detailed review of its social and political background, accounts of its notable exploits, biographies of its leaders, founders, and heroes, information on its political and ideological aims, fierce criticism of its enemies, and up-to-date news. Nationalist and separatist organizations generally display maps of the areas in dispute: the Hamas site shows a map of Palestine, the FARC site shows a map of Colombia, the LTTE site presents a map of Sri Lanka, and so forth. Despite the ever-present vocabulary of "the armed struggle" and "resistance," what most sides do not feature is a detailed description of their violent activities. Even if they expound at length on the moral and legal basis of the legitimacy of the use of violence, most sites refrain from referring to the terrorists' violent actions or their fatal consequences—this reticence is presumably inspired by propagandist and image-building considerations. Two exceptions to this rule are Hezbollah and Hamas, whose sites feature updated statistical reports of their actions ("daily operations") and tallies of both "dead martyrs" and "Israeli enemies" and "collaborators" killed.

Audiences

Whom do the Internet terrorists target at their sites? An analysis of the content of the websites suggests three different audiences.

  • Current and potential supporters. Terrorist websites make heavy use of slogans and offer items for sale, including T-shirts, badges, flags, and videotapes and audiocassettes, all evidently aimed at sympathizers. Often, an organization will target its local supporters with a site in the local language and will provide detailed information about the activities and internal politics of the organization, its allies, and its competitors.
  • International public opinion. The international public, who are not directly involved in the conflict but who may have some interest in the issues involved, are courted with sites in languages other than the local tongue. Most sites offer versions in several languages. ETA's site, for instance, offers information in Castilian, German, French, and Italian; the MRTA site offers Japanese and Italian in addition to its English and Spanish versions; and the IMU site uses Arabic, English, and Russian. For the benefit of their international audiences, the sites present basic information about the organization and extensive historical background material (material with which the organization's supporters are presumably already familiar).

    Judging from the content of many of the sites, it appears that foreign journalists are also targeted. Press releases are often placed on the websites in an effort to get the organization's point of view into the traditional media. The detailed background information is also very useful for international reporters. One of Hezbollah's sites specifically addresses journalists, inviting them to interact with the organization's press office via-email.
  • Enemy publics. Efforts to reach enemy publics (i.e., citizens of the states against which the terrorists are fighting) are not as clearly apparent from the content of many sites. However, some sites do seem to make an effort to demoralize the enemy by threatening attacks and by fostering feelings of guilt about the enemy's conduct and motives. In the process, they also seek to stimulate public debate in their enemies' states, to change public opinion, and to weaken public support for the governing regime.

Create your own blog



Blogs get people excited. Or else they disturb and worry them. Some people distrust them. Others see them as the vanguard of a new information revolution. Because they allow and encourage ordinary people to speak up, they’re tremendous tools of freedom of expression.

Bloggers are often the only real journalists in countries where the mainstream media is censored or under pressure. Only they provide independent news, at the risk of displeasing the government and sometimes courting arrest.

Reporters Without Borders has produced this handbook to help them, with handy tips and technical advice on how to remain anonymous and to get round censorship, by choosing the most suitable method for each situation. It also explains how to set up and make the most of a blog, to publicise it (getting it picked up efficiently by search-engines) and to establish its credibility through observing basic ethical and journalistic principles.

Many Internet experts helped produce this manual, including US journalist Dan Gillmor, Canadian specialist in Internet censorship Nart Villeneuve, US blogger Jay Rosen and other bloggers from all over the world.

Blogger

How to Blog Safely (About Work or Anything Else)

Blogs are like personal telephone calls crossed with newspapers. They're the perfect tool for sharing your favorite chocolate mousse recipe with friends--or for upholding the basic tenets of democracy by letting the public know that a corrupt government official has been paying off your boss.

If you blog, there are no guarantees you'll attract a readership of thousands. But at least a few readers will find your blog, and they may be the people you'd least want or expect. These include potential or current employers, coworkers, and professional colleagues; your neighbors; your spouse or partner; your family; and anyone else curious enough to type your name, email address or screen name into Google or Feedster and click a few links.

The point is that anyone can eventually find your blog if your real identity is tied to it in some way. And there may be consequences. Family members may be shocked or upset when they read your uncensored thoughts. A potential boss may think twice about hiring you. But these concerns shouldn't stop you from writing. Instead, they should inspire you to keep your blog private, or accessible only to certain trusted people.

Here we offer a few simple precautions to help you maintain control of your personal privacy so that you can express yourself without facing unjust retaliation. If followed correctly, these protections can save you from embarrassment or just plain weirdness in front of your friends and coworkers.

Blog Anonymously

The best way to blog and still preserve some privacy is to do it anonymously. But being anonymous isn't as easy as you might think.

Let's say you want to start a blog about your terrible work environment but you don't want to risk your boss or colleagues discovering that you're writing about them. You'll want to consider how to anonymize every possible detail about your situation. And you may also want to use one of several technologies that make it hard for anyone to trace the blog back to you.

1. Use a Pseudonym and Don't Give Away Any Identifying Details
When you write about your workplace, be sure not to give away telling details. These include things like where you're located, how many employees there are, and the specific sort of business you do. Even general details can give away a lot. If, for example, you write, "I work at an unnamed weekly newspaper in Seattle," it's clear that you work in one of two places. So be smart. Instead, you might say that you work at a media outlet in a mid-sized city. Obviously, don't use real names or post pictures of yourself. And don't use pseudonyms that sound like the real names they're based on--so, for instance, don't anonymize the name "Annalee" by using the name "Leanne." And remember that almost any kind of personal information can give your identity away--you may be the only one at your workplace with a particular birthday, or with an orange tabby.

Also, if you are concerned about your colleagues finding out about your blog, do not blog while you are at work. Period. You could get in trouble for using company resources like an Internet connection to maintain your blog, and it will be very hard for you to argue that the blog is a work-related activity. It will also be much more difficult for you to hide your blogging from officemates and IT operators who observe traffic over the office network.

2. Use Anonymizing Technologies
There are a number of technical solutions for the blogger who wishes to remain anonymous.

 invisiblog.com is a service that offers anonymous blog hosting for free. You may create a blog there with no real names attached. Even the people who run the service will not have access to your name.

If you are worried that your blog-hosting service may be logging your unique IP address and thus tracking what computer you're blogging from, you can use the anonymous network  Tor to edit your blog. Tor routes your Internet traffic through what's called an "overlay network" that hides your IP address. More importantly, Tor makes it difficult for snoops on the Internet to follow the path your data takes and trace it back to you.

For people who want something very user-friendly, Anonymizer.com offers a product called "Anonymous Surfing," which routes your Internet traffic through an anonymizing server and can hide your IP address from the services hosting your blog.

3. Use Ping Servers
If you want to protect your privacy while getting news out quickly, try using ping servers to broadcast your blog entry for you. Pingomatic http://www.pingomatic.com is a tool that allows you to do this by broadcasting to a lot of news venues at once, while making you untraceable. The program will send out notice (a "ping") about your blog entry to several blog search engines like Feedster and Technorati. Once those sites list your entry ñ which is usually within a few minutes ñ you can take the entry down. Thus the news gets out rapidly and its source can evaporate within half an hour. This protects the speaker while also helping the blog entry reach people fast.

4. Limit Your Audience
Many blogging services, including LiveJournal, allow you to designate individual posts or your entire blog as available only to those who have the password, or to people whom you've designated as friends. If your blog's main goal is to communicate to friends and family, and you want to avoid any collateral damage to your privacy, consider using such a feature. If you host your own blog, you can also set it up to be password-protected, or to be visible only to people looking at it from certain computers.

5. Don't Be Googleable
If you want to exclude most major search engines like Google from including your blog in search results, you can create a special file that tells these search services to ignore your domain. The file is called robots.txt, or a Robots Text File. You can also use it to exclude search engines from gaining access to certain parts of your blog. If you don't know how to do this yourself, you can use the "Robots Text File Generator" tool for free at Web Tool Central . However, it's important to remember that search engines like Google may choose to ignore a robots.txt file, thus making your blog easily searchable. There are many tools and tricks for making your blog less searchable, without relying on robots.txt.

6. Register Your Domain Name Anonymously
Even if you don't give your real name or personal information in your blog, people can look up the WHOIS records for your domain name and find out who you are. If you don't want anyone to do this, consider registering your domain name anonymously. The Online Policy Group (OPG) offers privacy-protective domain name registration at http://www.onlinepolicy.org/forms/opg-domain-create.shtml 

Blog Without Getting Fired

A handful of bloggers have recently discovered that their labors of love may lead to unemployment. By some estimates, dozens of people have been fired for blogging, and the numbers are growing every day.

The bad news is that in many cases, there is no legal means of redress if you've been fired for blogging. While your right to free speech is protected by the First Amendment, this protection does not shield you from the consequences of what you say. The First Amendment protects speech from being censored by the government; it does not regulate what private parties (such as most employers) do. In states with "at will" employment laws like California, employers can fire you at any time, for any reason. And no state has laws that specifically protect bloggers from discrimination, on the job or otherwise.

One way to make sure your blog doesn't earn you a pink slip is to make sure that you write about certain protected topics. Most states have laws designed to prevent employers from firing people who talk openly about their politics outside of work, for example. Be warned that laws like this do vary widely from state to state, and many are untested when it comes to blogging.

1. Political Opinions
Many states, including California, include sections in their Labor Code that prohibit employers from regulating their employees' political activities and affiliations, or influencing employees' political activities by threatening to fire them. If you blog about membership in the Libertarian Party and your boss fires you for it, you might very well have a case against him or her.

2. Unionizing
In many states, talking or writing about unionizing your workforce is strongly protected by the law, so in many cases blogging about your efforts to unionize will be safe. Also, if you are in a union, it's possible that your contract may have been negotiated in a way that permits blogging. Some states protect "concerted" speech about the workplace, which means that if two or more people start a blog discussing the conditions in their workplace, this activity could be protected under local labor laws.

3. Whistleblowing
Often there are legal shields to protect whistleblowers--people who expose the harmful activities of their employers for the public good. However, many people have the misconception that if you report the regulatory violations (of, say, toxic emissions limits) or illegal activities of your employer in a blog, you're protected. But that isn't the case. You need to report the problems to the appropriate regulatory or law enforcement bodies first. You can also complain to a manager at your company. But notify somebody in authority about the sludge your company is dumping in the wetlands first, then blog about it.

4. Reporting on Your Work for the Government
If you work for the government, blogging about what's happening at the office is protected speech under the First Amendment. It's also in the public interest to know what's happening in your workplace, because citizens are paying you with their tax dollars. Obviously, do not post classified or confidential information.

5. Legal Off-Duty Activities
Some states have laws that may protect an employee or applicant's legal off-duty blogging, especially if the employer has no policy or an unreasonably restrictive policy with regard to off-duty speech activities. For example, California has a law protecting employees from "demotion, suspension, or discharge from employment for lawful conduct occurring during nonworking hours away from the employer's premises." These laws have not been tested in a blogging context. If you are terminated for blogging while off-duty, you should contact an employment attorney to see what rights you may have.

Blog without Fear

Blogs are getting a lot of attention these days. You can no longer safely assume that people in your offline life won't find out about your blog, if you ever could. New RSS tools and services mean that it's even easier than ever search and aggregate blog entries. As long as you blog anonymously and in a work-safe way, what you say online is far less likely to come back to hurt you.