CA2338910A1 - Methods, products and apparatus for providing machine unintelligible, human understandable information on a communications network - Google Patents

Abstract

Methods for processing information to be substantially unintelligible by a machine but understandable by a person include disguising information in the form of text and creating a graphical image file of the text. The text may be disguised before, during or after the creation of the graphical image file. The text may be disguised by manipulating the characters of the text, such as by replacing characters of the text by other characters having a similar appearance or by words corresponding to the characters, or by adding obviously superfluous characters or words to the text, for example. The text may also be disguised by processing the graphical image file to provide a background to the text which has low contrast with respect to the text. An alpha-numeric or textured background may be provided, for example. The graphical image file may be part of a Java Applet. Text may also be disguised through direct encoding in a Java Applet. It would be difficult or impossible for a machine to accurately capture the disguised information with a harvesting program, even if the program used optical character recognition. Information may also be disguised in the form of a dynamic media, such as audio or video. Creation of the audio or video file may be sufficient disguise; the information may be further disguised, as well. The audio or video file may also be part of a Java Applet. Once again, it would be difficult or impossible for a machine to accurately capture such information. The invention is particularly suited for disguising personal information on a communications network, such as an e-mail address on a web page stored on the World Wide Web. Computer readable media storing the media file, software executable to disguise the information, web sites including the disguised information and servers storing the disguised information, are also disclosed.

Description

METHODS, PRODUCTS AND APPARATUS FOR PROVIDING
MACHINE UNINTELLIGIBLE, HUMAN UNDERSTANDABLE
INFORMATION ON A COMMUNICATIONS NETWORK
FIELD OF THE INVENTION
The present invention relates to the processing of information for storage and display on a communications network, and, more particularly, to the disguising of information by storing the information in a media format so that the information is unintelligible by a machine but to understandable by a person.
BACKGROUND OF THE INVENTION
The Internet is causing a revolution in the way people communicate, conduct business and socialize. Businesses develop web sites to sell their products, promote their services and for public relations. Individuals and organizations develop web sites to promote their identity, share information and to provide entertainment.
Fig. 1 is a schematic representation of certain portions of the Internet 10.
An individual may access the Internet 10 to search for and view a web page via a personal computer ("PC") 12 connected to the Internet 10 through a modem 14 and an Internet service provider ("ISP") 16, a cable modem 18 or a local area network ("LAN") 20, for example. Instead of a PC 12, the Internet 10 can 2o be accessed through a television set through WebTV~, and through handheld, personal digital assistants (PDA's), such as a Palm Pilot~ (not shown).
Web pages are stored in the memory 22 of web servers 24, typically on a hard disk. Other types of memory may be used, as well.
Web pages are accessed through the World Wide Web network. The World Wide Web rnay be searched by an individual user via web browser software, such as Netscape Navigator~ and Microsoft ~ Internet Explorer~, using Hypertext Transfer Protocol ("HTTP").
Specific web sites and web pages are identified by and located through their Uniform Resource Locator ("URL"). A typical URL address for a web page is in the following format:
httv://www.host.com/directoryl/filename html. The first portion of the address "http://" indicates the Internet Protocol which is used, here HTTP. The next part: www.host.com, identifies the host computer or web server where the web page is stored. The remainder of the address indicates the directory on the server, here DIRECTORY1 and the file name of the web page, here FILENAME.
Routers 26 read the URL address and direct the request to the proper web server, here the HOST web server in the ".COM" domain. The web server 24 searches its DIRECTORY1 for the requested web page FILENAME, and sends that web page to the requestor via the routers 26. The web page is then displayed on the monitor of the PC 12 or other such device of the requestor by the web browser.
Electronic mail is a fast and inexpensive way to communicate through a network such as the Internet. Unfortunately, e-mail has lead to the development of the electronic equivalent of junk mail, referred to as "spam." Unwanted advertising, news or other such messages, which are sent in bulk, can fill a mailbox, requiring time to review and delete. The volume of spam is so high that more powerful and expensive servers are required to handle legitimate mail along with the spam. America Online~ stated in 1997 that one third of the e-mails received by its subscribers were spam.
Schwartz, Alan R.; Garfunkel, Simon, Stopping Spam, O'Reily & Associates, Inc., California, p. 4 ( 1998).
E-mail addresses are collected by those businesses, organizations or individuals interested 2o in sending spam through publicly available sources such as chat rooms, web sites, mailing lists and Usenet news groups. (Id. at pp. 40, 66). The text of a web page is stored on a server in digital format, such as ASCII (American Standard Code for Information Interchange) text. Search engines, referred to as harvesting programs, run by processing machines such as computers are used to locate and identify e-mail addresses and other personal information on web pages, by reading the digital text.
To identify an e-mail address, harvesting programs may search the text of each page of a web site for particular designations or symbols commonly used in e-mail or website addresses. For example, the harvesting program could search for a series of symbols in the format of NAME@ISP.COM, which is a typical format for an Internet or e-mail address. The name to the left of the @ symbol is the username. The letters to the right of the @ symbol identify the host name or domain name of the computer where the user has an e-mail account. It may be an Internet Service Provider ("ISP") or an online service. If the user's e-mail account is through a business network, the name of the business may be identified. After the dot ".", the domain for the type of organization hosting the address is indicated. For example, ".com" refers to a commercial organization. The network directs the e-mail to the proper location within the network based on the user name, to the left of the dot ".".
A harvesting program could also merely search for the "@" symbol, or a dot ".", and collect those symbols before and after those designations. Harvesting programs could also search for 1o numeric Internet addresses, which are in the form of four sets of numbers, each set being separated by dots, i.e., 123.45.678.90. Standard formats for e-mail addresses are defined in RFC822, issued by the Internet Engineering Task Force. (Id. at pp. 46, 49). Hyperlinks are also source of addresses.
The harvesting program could search a web page for the HTML hypertext command "href', open the site and search for addresses there. Harvesting programs can also be programmed to search for other personal information, such as names, addresses and phone numbers.
A variety of techniques have been developed to foil harvesting programs.
Filtering programs are available which automatically delete e-mail according to defined criteria.
For example, the filtering program can delete e-mail received from the address of a known spammer. Filtering programs can also delete mail with symbols typically used by spammers in their subject matter fields. (Id. at pp. 78-84). For example, spammers often use all capital letters, exclamation points and dollar signs in their subject matter fields. Filters can also delete all e-mail except that received from particular addressors. However, such filters present the risk of deleting authentic messages, however.
Another technique, referred to as "address munging" modifies an e-mail address by inserting words into the e-mail address appearing on a web page, which obviously should be removed. For example, an e-mail address for JOHN@AOL.COM can be listed on a web site as JOHN@NOSPAM.AOL.COM. It would be apparent to a human observer of the web site that "NOSPAM" is not part of the actual web address. However, to a harvesting program, the entire address is in an acceptable format and would be acquired. Spam sent to JOHN@NOSPAM.AOL.COM would not be received by JOHN@AOL.COM.
Alternatively, the "." in the e-mail or web address may be replaced by the word "dot", i.e., JOHN@AOL-DOT-COM. It is apparent that the word "dot" should be replaced by the symbol ".". Where the substituted or added portion of the address may not be so readily apparent, or to ensure that the address is properly used, instructions for correctly modifying the address can be included on the web page. A harvesting program would not be able to read the instructions. The e-mail address can also be made part of a graphical image displayed on the web page, which is currently unreadable by a harvesting program. (Id. at pp. 69-79).
1o SUMMARY OF THE INVENTION
Address munging is an effective technique. However, as harvesting programs become more sophisticated, simple address munging may be overcome. For example, artificial intelligence incorporated into the programs may be able to identify certain modifications to true e-mail addresses.
Sophisticated harvesting programs may also be developed which will be able to read e-mail addresses in graphical images by the application of optical character recognition to the displayed image, for example. Therefore, improved techniques for disguising information stored on a communications network will be required.
In accordance with one embodiment of the present invention, a method of processing text is disclosed comprising disguising the text and creating a graphical image file of the text such that 2o the text is substantially unintelligible by a machine, but understandable when displayed for viewing by a person. The text may be disguised before, during or after creation of the graphical image file.
The disguising step may comprise manipulating the characters of the text to replace a character by a similar-looking character, replace a character by a word or to insert extraneous characters or words into the text. The disguising step may also comprise processing of the graphical image file to provide a background with low contrast with respect to the text, a textured background or an alpha-numeric background. Preferably, both disguise techniques are used. The character manipulation may also be performed by processing the graphical image file. Character manipulation may also take place prior to or during creation of the graphical image file. The graphical image file may be stored on a communications network. A harvesting program would require optical character recognition or some other technique to read the graphical image file. The disguise of the text in the image makes the accurate capture of the information by optical character recognition more difficult or impossible.
In accordance with another embodiment of the invention, a method of processing text is disclosed comprising disguising the text by creating a graphical image file of the text and then further disguising the text by processing the graphical image file such that the disguised text is substantially unintelligible to a machine, but understandable when displayed for viewing by a person. The processing of the graphical image file may involve either the variations in the 1o background of the text or manipulation of the characters of the text, or both, as discussed above.
In accordance with another embodiment of the invention, a computer readable medium storing a graphical image file of text is disclosed, wherein the original text is disguised to be substantially unintelligible by a machine but understandable when the graphical image file is displayed for viewing by a person. The text may be disguised in one or more of the manners described above.
In accordance with another embodiment of the present invention, a method of processing information by converting the information into a dynamic media such that the information is to be substantially unintelligible by a machine but understandable by a person, such as audio or video, and creating a media file of the information, is disclosed. In this case, further disguise is optional. While 2o a machine could apply voice recognition techniques to attempt to capture information from an audio file, such techniques are not yet reliable enough to capture the information with a high degree of accuracy. Very high accuracy is required to capture the necessary information (e-mail address) to send spam. Further disguise of information in the form of audio may include recording the information at a speed faster or slower than normal, recording the information with an accent and recording the information with background sound, to further foil the use of voice recognition techniques by a machine. Further disguise of information in the form of video to foil character recognition may include any of the techniques discussed above with respect to disguising text in an image. The dynamic media file may be stored in a memory of a communications network. In another embodiment of the invention, a computer readable medium storing the dynamic media file, is disclosed.
Other disclosed embodiments of the invention include software for processing information as described above, methods of designing a web page including information disguised as described above, software for designing such a web page, a server storing a graphical image file or a dynamic media file of disguised information, a web page displayed on a monitor including an image of disguised information, and a method of disguising information for display on a web page.
An audio file containing disguised information may be provided along with a graphical image file or a video file containing the same information so that the information will be understandable by a blind or deaf person accessing the information.
to In accordance with another embodiment of the invention, information is disguised by encoding the information in a Java Applet. The information may be in the form of text, which may be further disguised by the techniques discussed above. Alternatively, the information may be in the form of audio or video for further disguise. The audio and video may also be further disguised, as described above. Further disguise of the information in the Java Applet may also be provided by converting the Java Applet to byte code format.
Each of the embodiments of the invention are particularly suitable for disguising personal information, such as one's name, address, web site and e-mail address or telephone number.
The disguise techniques of the present invention make the capture of information stored on a communications network by a machine difficult or impossible. Overcoming the techniques of the 2o present invention would require highly sophisticated and expensive machines using highly sophisticated and expensive harvesting programs, making it uneconomical or impossible for most parties desiring to acquire such information. The present invention is therefore said to render such information "substantially" unreadable by a machine.
DESCRIPTION OF THE FIGURES
Fig. 1 is a schematic representation of portions of the Internet;
Fig. 2 is a flow chart of a method in accordance with one embodiment of the present invention;
Fig. 3 is a simplified view of the layout of a web page on a computer screen including basic HTML codes; and Figs. 4-15 are examples of images of information, disguised in accordance with the present invention.
DETAILED DESCRIPTION OF THE INVENTION
Fig. 2 is a flow chart of a process for creating a web page including information, such as personal information, disguised to be substantially unintelligible by a machine but understandable when displayed for viewing by a person to avoid collection by a harvesting program, in accordance with one embodiment of the present invention. The text, images, sound and/or movies, and any other desired features of each page of the web site, may be selected and arranged by the designer of the web page, in Step 100.
Text may be laid out in a desired format on a computer monitor with a word processing program such as Microsoft~ WORD~ and Corel Word Perfect~, or a text editor, such a Notepad~ for Windows~ and Simple Text~ for Macintosh, as is known in the art, in Step 110.
The arrangement of the text on the web page may be defined through a software package, such as Adobe's Page Mill and Sierra Home Complete Web Studio 2.0 from Sierra Home, www.Sierra.com, or directly through Hypertext Markup Language ("HTML"), as is known in the art, in Step 120. See, for example, Morris, Mary E.S., and Simpson, John E., HTML for Fun and Profit, Sun Microsystems Press, A Prentice Hall Title, 3rd Edition, 1998; and Maran, Ruth, Creating 2o Web Pa es with HTML Simplified~, IDG Books Worldwide, Inc., 1999.
HTML codes or tags are added to the text laid out by the word processor or text editor in Step 120 by the software or directly by a person, as is known in the art, to define the position of the text on the page and characteristics of text, such as its size and font. An HTML
editor may be used to more easily add HTML codes to the text. HTML editors are available from Bare Bones Software, Inc., www.barebones.com, and Home Site' from Allaire Corp., www.allaire.com, for example.
Software packages are also available for facilitating the creation of web pages, including the automatic addition of HTML codes. Internet Service Providers ("ISP") such as America Online~
and portals such as YAHOO~ facilitate the creation of web pages, as well.
Fig. 3 shows a simplified layout of a web page with basic HTML codes as it would appear on a computer screen. The document begins and ends with the codes <html>, <lhtml>, respectively.
A head portion of the document, which includes the title of the document listed in the directory of the server but not appearing on the web site itself, begins and ends with the HTML codes <head>, </head>. The title itself AAAA is preceded and followed by HTML codes <title>, </title>, respectively. The body portion of the document, which is displayed on the web page, is defined between the HTML codes <body>, </body>. Here, the body includes the text XXXX.
If media, such as images, sound or movies, is to be used on the web site, the subject matter must be converted into a web compatible media format for use and display on a web page. The Multipurpose Internet Mail Extension ("MIME") defines acceptable formats for use on web pages.
Non-MIME formats may require software in addition to that generally provided with standard web browsers, such as Netscape Navigator~ and Microsoft~ Internet Explorer~, for play or display.
Images are converted into a graphics format for display on a web site, in Step 130 in Fig. 2.
Commonly used graphics formats include the Graphics Interchange Format ("GIF"), Joint Photographics Experts Group ("JPEG") and Portable Document Format ("PDF") used with Adobe~
Acrobat . An image in a graphics format is stored in a graphical image file.
An image, including an image of text, can be created in a graphics format or converted into an graphics format, and stored in a graphical image file through an image editing program such as Microsoft~ PowerPoint~, Paint Shop Pro~, Adobe Photoshop~ and Lotus Freelance~, for example.
Images can also be converted into a graphics format and stored in a graphical image file by scanning 2o the image. A digital camera can also be used to create a graphical image file by taking a picture of the image. A hand drawn image can be converted into a graphics format and stored in a graphical image file by scanning or digitally photographing the image, as well.
To position an image on a web page, the graphical image file of the image is identified on the computer screen at a location corresponding to the desired location of the image on the web page through HTML codes, also in Step 130 in Fig. 2. The HTML code for locating a graphical image file is <IMG SRC="filename.fileformat">. An HTML code for positioning a graphical image file identified as FILENAME in GIF format is <IMG SRC= "filename.gif'>. Fig. 3 includes a graphical image file in GIF format identified as FILENAME1. During design of the web page, the graphical image file may be stored in a folder or subfolder on the computer. Web design software such as Web Studio 2.0 from Sierra Home also facilitates the incorporation of images on a web site.
If sound, such as background music, is to be provided on a web site, an audio file of the sound may be created by digitally recording the sound and converting the digital recording to a MIME format, such as WAVE, AU and BASIC SOUND. The digital recording can also be converted to MP3 and REAL AUDIO formats. Execution of audio files in MP3 and Real audio formats requires additional software to that generally provided with standard web browsers, such as Netscape Navigator~ and Microsoft~ Internet Explorer~. An example of such software is Real Player~ by RealMedia, Inc., www.realmedia.com. Sound recording programs, such as Windows~
Sound Recorder and Macintosh~ QuickTimePro 4 from Apple Computer, enable the recording of 1 o sound through a microphone connected to a computer. The programs convert the digitally recorded sound to an acceptable format for transmission over the web and display on a web page by a web browser. Sound already recorded on a CD-ROM may be converted to MP3 and WAVE
through software such as Streambox Ripper 2.009, www.streambox.com. Streambox Ripper 2.009 also enables conversion of Real Audio format to MP3 and WAVE. GoldWave v4.1 l, www.~oldwave.com, enables the editing of WAVE and MP3 audio files.
An audio file is typically associated with a web page through a hyperlink on the web page. The hyperlink itself can be text or an image. The HTML codes for locating a text 2o hyperlink for a sound file in WAVE format on a web page is <A
HREF="filenarne.wav"> TEXT
</A>. Fig. 3 includes a hyperlink of text YYY to a sound file in WAVE format identified as FILENAME2. The sound file may also be stored in a folder or subfolder of the computer.
If moving images are to be provided on the web site, the images must be converted into a video MIME format such as MPEG (Motion Pictures Experts Groups) for animated video, AVI
for Microsoft~ Windows~ or QuickTimePro 4 by Apple Computer, in Step 150 in Fig. 2.
A video file is also typically associated with a web site through a hyperlink on a web page. An image hyperlink in JPEG format to a video file in AVI format, for example, may be created through the HTML code <A HREF="filename.avi"><IMG SRC =
"filename.jpg"></A>.
Fig. 3 includes a hyperlink to a video file in AVI format identified as FILENAME3. The hyperlink is an image, which is identified as FILENAME4 in JPEG format.
Returning to Fig. 2, in accordance with one embodiment of the present invention, information which one does not desire to be accessible by harvesting programs, is selected in Step 160 and disguised by conversion into a media file in Steps 170, discussed in more detail, below. The information may be personal information such as a web site address, or the web site creator's e-mail address, home address, name or telephone number, for example. The information may be in the form of text and the media file may be a graphical image file. The information can also be converted into a dynamic media, such as audio or video, and the dynamic media converted into a dynamic media file. If a graphical image file is used, the text is further disguised in one or several manners, 1 o as described further, below. If a dynamic media file is created, the information is optionally further disguised, also discussed further below. The graphical image file or dynamic media file is positioned on a web page with HTML codes, directly or through the assistance of the web design programs discussed above, in Step 180.
The web page may be posted onto the World Wide Web through a dial up connection to the Internet through a local Internet Service Provider ("ISP") and stored on a computer readable medium, such as a the hard disk or other memory of a web server though File Transfer Protocol ("FTP"), as is known in the art, in Step 190. Software packages such as Complete Web Studio 2.0 and web browsers facilitate uploading the web site to a server.
Steps 170 of Fig. 2 will now be described in more detail. To disguise information in the form of text in accordance with one embodiment of the invention, the information is converted into text in step 205. The characters of the text are then manipulated in step 210 to disguise the text.
Manipulation of the characters of the text may involve replacing at least one character of the text by another character having a similar appearance. For example, Fig. 4 shows an e-mail address JOHN(aOAOL.COM, wherein the letter "O" in JOHN has been replaced by the number "0" (Zero).
In addition, in "AOL", the letter "L" has been replaced by a numeral "1" and the letter "O" is replaced by the number "0" (zero). The replacement of the letter "O" by the number "0" is almost imperceptible to a viewer. It would be obvious to most viewers that the "1"
should be an "L".
However, instructions may be provided in the image or on the web page to explain to a viewer of the web page how to correct the web address. The number "1" can also be used to replace the letters "I" and "i". A "." (dot) can also be replaced by a "," (comma), and a ":"
(colon) may be replaced by a ";" (semi-colon). Forward slashes (//) may also be replaced by reverse slashes (\\) as in Fig. 5, discussed further, below. These replacements are merely illustrative and other replacements of characters by similarly looking characters may be used, as well. In each case, due to the replacement, a harvesting program would collect an incorrect address.
Symbols, elaborate fonts and foreign language letters which are recognizable to a viewer may also be used to replace similarly appearing conventional characters to disguise personal information.
Fig. 5 shows a proper web site address " http://www.fox(aOAENET.com", using characters which are difficult for optical character recognition to interpret. In addition, as mentioned above, the "//" is to replaced by a "\\" to provide further disguise.
Characters can also be replaced by words. For example, in the e-mail address JOHN(aOAOL.COM, the "@" character may be replaced by the word "AT" and/or the "." character may be replaced by the word "DOT," as shown in Fig. 6. Separating the words or names by dashes ("-") as shown in Fig. 6, may further disguise the text.
The graphical image of the personal information can also include words which obviously should be deleted. For example, the e-mail address in Fig. 4 may be provided in the graphical image as JOHN(aODELETEME.AOL.COM, as shown in Fig. 7. Instructions may be included in the graphical image or on the web page to explain to a viewer of the web page how to convert the displayed information to real information. Even if a sophisticated harvesting program could read 2o the image, the program must also be able to remove the words "DELETEME", or other such phrases, which are obviously not part of the real e-mail address.
Returning to Fig. 2, a graphical image file of the text disguised through character manipulation is created in step 215. Such a file may be created by any of the graphics software packages described above, scanning of an image of the disguised text or digitally photographing an image of the disguised text. Creation of the graphical image file itself provides a further level of disguise of the text.
The graphical image file is preferably processed to further disguise the text, in step 220.
Processing of the graphical image file may include providing a background to the text which provides insufficient contrast with the text for a harvesting program to distinguish the text from the background, yet can still be distinguished by the human eye. For example, a person can distinguish contrast ratios of as low as 1.5 to 1. A harvesting program using optical character recognition currently requires contrast ratios of greater than 32 to 1. Contrast ratios between the text and background of less than about 32 to 1 and greater than about 1.5 to 1 is therefore preferred in the present invention. Since it can be expected that the abilities of optical scanning recognition will improve, contrast ratios at the lower end of the range are more preferred.
Contrast ratios between the text and the background may be adjusted through software. The HP Office Jet Manager for Hewlett Packard Printers, for example, includes processing software which enables the specific adjustment of contrast ratios in scanned images and digital images created by other methods.
1 o In Fig. 8a, the image of the graphical image file of the image of Fig. 4 has been processed in step 220 to create a background of dark gray and the text of light gray.
While distinguishable to a human observer, insufficient contrast is provided for a machine to differentiate between the text and the background using current techniques. Similarly, the graphical image file of the image of Fig.
6 is processed in step 220 to create a graphical image file of the image of Fig. 8b.
In Figs. 8a and 8b, different shades of the same color are used. Different colors which provide low contrast can also be used. For example, white text may be used with a yellow background, as shown in Fig. 9. Because such a low contrast ratio is provided between the text and background, character manipulation is not used in this example. Step 210 in Fig. 2 is therefore skipped, as indicated by the dotted line "a" in Fig. 2.
2o The graphical image file can also be processed in step 220 of Fig. 2 by providing a random alpha-numeric background of one color and the characters of the text of information in another color or shade of the color. In Fig. 10, for example, a phone number "212-555-2347"
is provided in black, surrounded by blue numbers. Similarly, in Fig. 11, the web address "http://www.anynet.net/ jgdoe"
is provided in black among random blue characters. A viewer of a website can immediately distinguish the phone number while to a harvesting program, the entire image is an indistinguishable string of numbers separated by dashes. Step 2 has been skipped in examples, of Figs. 10 and 11, as well.
The random alpha-numeric background can also be smaller or larger than the real text. In Fig. 12, the real text is larger than the background text. In this case, the color of the personal information and the background can be the same. As in Figs. 8a and 8b, character manipulation may be provided in the examples of Figs. 10-12, as well.
The graphical image file may also be processed in step 210 of Fig. 2 by providing a textured background to the text of information, as shown in Fig. 13. Such texturing blurs sharp edges between the text and the background, making it difficult for a harvesting program to differentiate between the text and the background. In Fig. 13, the text includes a person's name, phone number, facsimile number, home mailing address, web page, beeper number and cell phone number. The character manipulation of step 210 may be provided, as well.
Step 220 may also include the processing of the graphical image file to decrease the 1o resolution of the text. This can be accomplished by a variety of techniques. For example, Fig. 14 shows text with shadows, which would be very difficult to read with optical character recognition.
Again, the character manipulation step 210 in Fig. 2 has been optionally skipped.
Multiple types of character manipulations may be provided in step 210, along with the processing step 220. In the image of Fig. 15, an obviously superfluous word, "DELETEME", has been added and several character substitutions have been made. In addition, the graphical image file has been processed to provide low contrast between the text and the background, in step 220. The alpha-numeric or textured backgrounds could be provided in step 220, along with the multiple character manipulations, as well.
The processing techniques described above are illustrative and other techniques may also be 2o used to disguise the information to impede accurate capture by a machine.
The graphical image file is then saved in an appropriate format such as GIF or JPEG in step 225 of Fig. 2, and the saved graphical image file is positioned with HTML
codes in step 180, as described above.
The manipulation of the characters of the text (step 210), the creation of the graphical image file (step 215) and the processing of the graphical image file (step 220) may all take place concurrently through use of graphics software package, which typically creates a temporary graphical image file when a working screen is opened. The manipulation of the characters of the text may also be performed through processing of the graphical image file by editing the file.
Alternatively, the characters of text can be manipulated during creation of an image by drawing the YOR9-1999-0476 ~ 3 image, for example. The drawn image may then scanned or photographed in step 215 to create the graphical image file. That graphical image file may then be optionally processed in step 220. The drawn image may also include the low contrast between the text and background, textured background or low resolution text, in which case a separate processing step 220 would not be needed.
As mentioned above, preferably, the characters are manipulated in step 210 and the graphical image file is processed in step 220, providing two levels of disguise to the text, as in Figs. 8b and 15, for example. The creation of the graphical image file itself results in a third level of disguise.
The multiple levels of disguise make the accurate capture and interpretation of information 1 o increasingly difficult for a machine. A machine using a harvesting program would require optical character recognition or some other technique to read the graphical image. The other levels of disguising the text (character manipulation and processing of the graphical image file), are directed toward foiling the use of optical character recognition to read the text of the graphical image, by creating an image of the information wherein the information is disguised in the image. As additional layers of disguise are added to the personal information, the sophistication of the harvesting programs and the machines running them must increase, adding insurmountable challenges, or at least higher costs, to such programs.
While it is preferred to provide these three levels of disguise to the text, two levels of disguise may be effective in accordance with the present invention. As indicated above, a graphical 2o image file may be created from the text of the information and the file processed in step 210, without manipulation of the characters of the text, as indicated by dotted line "a" in Fig. 2. Processing of the graphical image file would then yield images with backgrounds which make it difficult for a machine to read the text, such as the images ofFigs. 9-12, for example. Alternatively, the processing step 220 may be omitted and the graphical image file of manipulated text may created and saved, as indicated by dotted lines "b" in Fig. 2, yielding graphical image files of images such as the images of Figs. 4-7, for example. Even if a harvesting program is able to read the text disguised as in Figs. 4-7, it would capture incorrect or undecipherable information. In both cases, creation of the graphical image file provides one level of disguise and either the character manipulation (step 210) or the processing step (step 220) provides another level of disguise.

Use of the graphical image file with either character manipulation (step 210) or processing (step 220), or both, should effectively foil all but the most sophisticated harvesting programs believed to be currently available or which may be developed in the near future. It is possible that such disguise may be overcome by highly sophisticated machines using highly sophisticated software, through the application of artificial intelligence, for example.
However, such sophisticated programs could not be run on a conventional personal computer or mid-range machine, and may require a supercomputer to execute. The mufti-layered disguise provided by the present invention could, therefore, require such sophistication to overcome, the cost could be prohibitive to most if not all parties desiring to acquire such information.
1o Creation of graphical image files of the images of Figs. 4-15 will now be described.
The image of Fig. 4 may be created with Microsoft~ PowerPoint~97, for example, by opening a working screen, creating a text box by pointing the mouse to the Rectangle Autoshape Icon, and clicking and dragging the rectangle onto the screen. The size of the rectangle may then be adjusted by clicking and dragging a border line of the rectangle. The outline of the text box may then be created by pointing the mouse to the Line Color Icon, clicking on the arrow and selecting a color, in this example, black. The desired text, including the replacement characters, is then entered (typed) into the text box. Correct text can be entered first and then edited, as well. After saving the image, the resulting graphical image file may be stored as a JPEG or GIF file through a Local Save and the selection of JPEG or GIF under the Save As Type. The image of Fig. 5 is similarly created.
The characters selected in Fig. 5 are readily available in graphics software packages, such as Power Point~97. The image of Fig. 6 is also similarly created, by entering the text including the words "AT" and "DOT" instead of the characters "@" and ".", or by entering the correct text and then editing the text to provide the substitutions. The image of Fig. 7 is also similarly created, with the extra words inserted as the text is entered, or afterwards.
The images of Figs. 8a, 8b and 15 may be created by creating a text box and outline, as described above. Text color may be selected by clicking on the Font Color Icon and selecting a color, in this example, light gray. The desired text is then typed into the text box including the replacement characters and superfluous words. To create the background, the Fill Color Icon is clicked and a displayed color is selected, here, in this example, gray. The graphical image file is saved, as described above. As noted above, the replacement or additional characters or words can be entered directly or correct text may be entered and then edited. In creating the images of Figs.
8a, 8b and 15, as described above, the character manipulation, creation of the graphical image file of the image and the processing of the graphical image file are performed concurrently.
The image of Fig. 9 is created in a similar manner as Fig. 8a, except that the text color white and the background color yellow are selected.
The images of Figs. 10 and 11 can be formed in Power Point~97 by creating the text box, as described above, typing all the text in one color, highlighting the numbers whose color is to be changed, clicking on the Font Color Icon and selecting a different color.
Here, the entire text could 1 o be typed in blue, the real telephone number highlighted and then changed to black. Alternatively, the entire text could be entered using black font color. Then, the numbers before and after the real text can be separately highlighted and changed to blue. The graphical image file is then saved, as described above.
To create the image of Fig. 12, a text box and an outline are created, as described above. The 15 desired text (JOHNna,AOL.COM) is then entered within the text box. To create the alphanumeric background, another text box may be created. Random text is entered into the second box and highlighted. The text is reduced by clicking on the Font Size Icon and selecting the desired font size, here, half the font size of the desired text. The second text box is dragged over the first text box so that the first line of text is positioned in the desired location. If the second text box is dragged over 2o the top portion of the first text box, another line of random alphanumeric characters may be entered.
Separate text boxes are then created and similarly filled with random alphanumeric characters to fill the portions of the first text box to the right, left and below the desired text. The component text boxes are then preferably grouped by clicking the mouse outside the text box and dragging the mouse across the image to select the various components. The mouse is then released, the Draw 25 Icon is clicked and Group is selected. The image is then saved as described above.
To create a graphical image with a textured background as in Fig. 13 in Power Point~97, a text box is created as described above. The color of the box is changed to No Fill through the Fill Color Icon. A small rectangle is created and repeated to fill the text box.
The lines around the rectangles are removed by clicking on the Line Color Icon and selecting No Lines. The colors of the boxes are changed through Fill Color by clicking on a rectangle or rectangles and selecting a desired color. The texture of the boxes may be changed through the Fill Color Icon by selecting Fill Effects, selecting Textures and clicking on the desired texture. The real text can be typed directly over the textured background after selection of the desired text color through the Font Color Icon, or a second text box may be created, the text entered in the desired color, and the second box dragged over the first box. The image is grouped as described above with respect to Fig. 12, and saved, also as described above.
The image of Fig. 14, with shadowed letters having decreased resolution, may be created in PowerPoint~ 97 by creating the text box and outline, and then clicking on the Word Art Icon. An 1o appropriate Word Art Style is selected and the text is entered.
Resolution can also be decreased by shrinking the image to define the image with fewer pixels than the original image, then expanding the image back to the original size. The edges of the resulting image will be "fuzzy". Characters will have jagged edges and lack the sharp boundaries required for the harvesting program to interpret a symbol; straight, smooth boundaries become stepped. This is the "abasing" effect. The greater the size change, the greater the effect. Converting between format types also decreases resolution. For example, converting a JPEG
file to a bit-map or GIF file and back to a JPEG file, multiple times, will result in fuzzy images, including fuzzy letters.
The description of the creation of the images of Figs. 4-15 with PowerPoint~
97 are merely 2o illustrative. The images may be created in PowerPoint~ 97 by other steps, and may be created using other graphics software packages by other techniques, as well.
As mentioned above, the image of the text may also be created and the text disguised in Step 210 of Fig. 2 by drawing the image. A graphical image file of such an image may be created in Step 215 by scanning the image or taking a digital photograph of the image, for example, as discussed above. The original image may contain all the desired disguise or the graphical image file created from the image may be further processed to manipulate the characters and/or change the background and text, for example.
The graphical image file containing the text may also be encoded in a Java Applet, adding an additional layer of disguise.

Information, such as an e-mail address and other personal information, could also be recorded in the form of a dynamic media wherein characteristics of the information are changing, such as audio and video, in Step 230 of Fig. 2, to disguise the information. A media file in digital format may be created in Step 240, after or concurrently with the recording of the information in Step 230.
An audio file of the information can be created by digitally recording the information and creating a dynamic media file from the digital recording for positioning on the web site.
A web page harvesting program would require a voice recognition program to read such an audio file from a web site. Voice recognition is not yet accurate enough to reliably translate personal information such as web addresses and phone numbers, which must be exact.
Formation of the 1o audio file may therefore be sufficient disguise to foil most harvesting programs currently in use.
However, additional disguise may be provided to further impede the capture and interpretation of the personal information by providing background sound such as music, speeding up or slowing down the sound recording, or having the recording made by someone with a foreign accent, for example, in Step 250 of Fig. 2.
A hyperlink text YYY to a WAVE file PERSINFO, for example, is established through HTML with HTML code <A HREF="persinfo.wav"> YYY </A>, which is also discussed above.
A hyperlink image to the audio file, identified as filenames in JPEG format, is established through the HTML code <HREF="persinfo.wav"> <IMG SRC="filename5.jpg."> </A>, for example.
Clicking on the hyperlink on the web page would activate the audio message which includes the 2o information.
The information can also be stored as a video file in AVI format, for example, which would be very difficult for a harvesting program using optical character recognition to capture and interpret.
In the video, the information can stream across the screen or the size of words or lettering may change, for example. If further disguise is necessary, Step 250 in Fig. 2 could include any of the techniques discussed above with respect to further disguising information in the form of text within an image.
Since the disguise techniques involving the use of a graphical image file or a video file could be unreadable by a blind person, and the use of an audio file may not be understandable by a deaf person, an audio file containing the disguised information could be provided in conjunction with the YOR9-1999-0476 ~ g graphical image file or video file, or both, on the web site.
Information in the form of text, a graphical image of text, audio or video can also be encoded within a Java Applet to be displayed or played as text or as a dynamic media when the web page is opened. The Java Applet can be programmed to open a window to display the video or to play audio. The location of the window may be defined within the Java Applet or within the coding for the web page, as is known in the art. The Java Applet may be in byte code format, to further impede capture and translation by a harvesting program.
As in the use of graphical images of text, to overcome the encoding of information in the form of a dynamic media or as a Java Applet, very sophisticated harvesting programs run by very to sophisticated machines would be required, rendering such information impossible or uneconomical to capture by most parties.
While the present invention has been described with respect to the initial design of a web page, it is applicable to existing web pages, as well. Information, such as personal information on a web page can be removed and replaced by a media file, prepared as described above.
Web design software, such as Web Studio 2.0 from Sierra Home, could readily incorporate code for facilitating the creation of media files for information, including further disguise techniques.
Web design software and graphics programs could also readily incorporate code for converting information on a pre-existing web site to a media file and to incorporate further disguise, if necessary.
2o Software may also be provided through the Internet for facilitating replacement of particular text on a web site, such as personal information, by a media file. The software could convert the text of information to a media file and facilitate editing of the web page.
While the invention has been described with respect to the storage and display of information, such as personal information on a web site accessible through the World Wide Web of the Internet, the present invention is applicable to the storage and display of any type of information on other types of communications networks, as well.
It will be apparent to those skilled in the art that various modifications and variations can be made in the processes, apparatus and products of the present invention described herein without departing from the spirit or scope of the invention. Thus, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. In this context, equivalents means each and every implementation for carrying out the functions recited in the claims, even if not explicitly described herein.

Claims (178)

The embodiments of the invention in which an exclusive property or privilege is claimed are defined as follows:

1. A method of processing text, comprising:
disguising the text; and creating a graphical image file of the text;
such that the graphical image file of the disguised text is substantially unintelligible to a machine but understandable when displayed for viewing by a person.

2. The method of claim 1, comprising disguising the text during creation of the graphical image file.

3. The method of claim 1, comprising disguising the text prior to creation of the graphical image file.

4. The method of claim 1, comprising disguising the text after creation of the graphical image file.

5. The method of claim 1, comprising disguising the text by processing the graphical image file.

6. The method of claim 5, comprising processing the graphical image file by providing a background to the text having low contrast with respect to the text.

7. The method of claim 6, comprising providing the background with a color and providing the text with a color, the color of the background having low contrast with respect to the color of the text.

8. The method of claim 5, comprising processing the graphical image file by providing a textured background to the text.

9. The method of claim 5, comprising processing the graphical image file by providing an alpha-numeric background to the text.

10. The method of claim 5, comprising disguising the text by manipulating the characters of the text.

11. The method of claim 1, comprising disguising the text by manipulating the characters of the text.

12. The method of claim 11, comprising manipulating the characters of the text by replacing at least one character of the text by another character having a similar appearance.

13. The method of claim 11, comprising manipulating the characters of the text by inserting at least one additional character among the text.

14. The method of claim 11, comprising manipulating the characters of the text by replacing at least one character of the text by a word.

15. The method of claim 1, comprising creating the graphical image file in a MIME format.

16. The method of claim 1, further comprising creating a Java Applet including the graphical image file.

17. The method of claim 1, further comprising storing the graphical image file in a memory of a communications network.

18. A method of processing text, comprising:
disguising the text by creating a graphical image file of the text; and further disguising the text by processing the graphical image file;
such that the disguised text is substantially unintelligible to a machine but understandable when displayed for viewing by a person.

19. The method of claim 18, further comprising storing the graphical image file in a memory of a communications network.

20. The method of claim 18, comprising processing the graphical image file to provide a background to the text having low contrast with respect the text.

21. The method of claim 20, comprising processing the graphical image file to provide the background with a color and the text with a color, the color of the background having low contrast with respect to the color of the text.

22. The method of claim 18, comprising processing the graphical image file to provide a textured background to the text.

23. The method of claim 18, comprising processing the graphical image file to provide an alpha-numeric background to the text.

24. The method of claim 18, comprising processing the graphical image file by manipulating the characters of the text in the graphical image file.

25. The method of claim 24, comprising manipulating the characters of the text by replacing at least one character of the text by another character having a similar appearance.

26. The method of claim 24, comprising manipulating the characters of the text by inserting at least one additional character among the text.

27. The method of claim 24, comprising manipulating the characters of the text by replacing at least one character of the text by a word.

28. The method of claim 18, further comprising creating a Java Applet including the graphical image file.

29. A computer readable medium storing a graphical image file of text, wherein original text is disguised to be substantially unintelligible by a machine but understandable when the graphical image file is displayed for viewing by a person.

30. The computer readable medium of claim 29, wherein the image has a background having low contrast with respect to the text.

31. The computer readable medium of claim 30, wherein the text has a color and the image has a background having a color providing low contrast with respect to the color of the text.

32. The computer readable medium of claim 29, wherein the image has a textured background.

33. The computer readable medium of claim 29, wherein the image has an alpha-numeric background.

34. The computer readable medium of claim 29, wherein at least one character of the original text is replaced by another character having a similar appearance.

35. The computer readable medium of claim 29, wherein at least one additional character appears in the original text.

36. The computer readable medium of claim 29, wherein at least one character of the original text is replaced by a word.

37. A method of processing information, comprising:
converting the information into a dynamic media; and disguising the information by creating a media file of the dynamic media for storage;
such that the information is substantially unintelligible by a machine but understandable by a person.

38. The method of claim 37, comprising converting the information to audio and creating an audio file of the information.

39. The method of claim 38, further comprising further disguising the information.

40. The method of claim 39, comprising further disguising the information by recording the information in a manner chosen from the group consisting of recording the information at a speed faster than normal, recording the information at a speed slower than normal and recording the information with background sound.

41. The method of claim 37, comprising converting the information to video and creating a video file of the information.

42. The method of claim 41, further comprising further disguising the information.

43. The method of claim 42, comprising providing the information in the form of text and further disguising the text by providing a background having low contrast with respect to the text.

44. The method of claim 43, comprising further disguising the information by providing the video with a background having a color providing low contrast with respect to the color of the text.

45. The method of claim 43, comprising further disguising the information by providing the video with a textured background.

46. The method of claim 43, comprising providing the information in the form of text and further disguising the information by providing the video with an alpha-numeric background.

47. The method of claim 42, comprising providing the information in the form of text and further disguising the text by manipulating the characters of the text.

48. The method of claim 37, further comprising creating a Java Applet including the media file.

49. The method of claim 37, further comprising storing the dynamic media file in a memory of a communications network.

50. Software for processing information to be displayed on a screen, the software being executable to:
disguise the information; and create a graphical image file of the information;
such so that the information is substantially unintelligible by a machine but understandable when displayed for viewing by a person.

51. The software of claim 50, wherein the information is in the form of text, the software being executable to disguise the text by processing the graphical image file.

52. The software of claim 50, wherein the information is in the form of text, the software being executable to manipulate characters of the text.

53. A method of designing a web page, comprising:
disguising certain text selected for display on the web page; and creating a graphical image file of the selected text such that the information is substantially unintelligible by a machine but understandable when displayed for viewing by a person;
the method further comprising identifying the position of the graphical image file on a computer screen.

54. The method of claim 53, further comprising creating the graphical image file of the graphical image in a MIME format.

55. The method claim 53, comprising disguising text of personal information for display on the web site.

56. The method of claim 53, comprising identifying the location of the graphical image file on the computer screen using hypertext markup language.

57. The method of claim 53, comprising disguising the text by processing the graphical image file.

58. The method of claim 57, comprising processing the graphical image file by providing a background to the text having low contrast with respect to the text.

59. The method of claim 58, comprising creating an image wherein the difference in contrast between the background and the text is less than about 32 to 1.

60. The method of claim 59, comprising creating an image wherein the difference in contrast is greater than about 1.5 to 1.

61. The method of claim 58, comprising providing the background with a color and providing the text with a color, the color of the background having low contrast with respect to the color of the text.

62. The method of claim 57, comprising processing the graphical image file by providing a textured background to the text.

63. The method of claim 57, comprising processing the graphical image file by providing an alpha-numeric background to the text.

64. The method of claim 63, comprising providing the alpha-numeric background of a first color, and providing the text of a second color different than the first color.

65. The method of claim 63, comprising providing the alpha-numeric background of a different size than the size of the text.

66. The method of claim 53, comprising disguising the text by manipulating the characters of the text.

67. The method of claim 66, comprising manipulating the characters of the text by replacing at least one character of the text by a character having a similar appearance.

68. The method of claim 67, wherein the replacement is chosen from a group of pairs of characters consisting of the letter "O" and the number "0", the letter "L" and the number "1", the letter "l" and the number "1", the letter "i" and the number "1", the character "." (dot) and the character ","
(comma), the character ":" (colon) and the character ";" (semi-colon), and the character "/" and the character "\".

69. The method of claim 66, comprising manipulating the characters of the text by inserting at least one additional character among the text.

70. The method of claim 69, comprising manipulating the characters of the text by inserting an additional word among the text.

71. The method of claim 66, comprising manipulating the characters of the text by replacing at least one character of the text by a word.

72. The method of claim 71, wherein the replacement is chosen from the group of replacements consisting of replacing the character "." by the word "dot" and replacing the character "@" by the word "at".

73. The method of claim 66, further comprising providing instructions on the web page for reading the modified text.

74. The method of claim 53, further comprising creating a Java Applet including the graphical image file.

75. A server comprising:
memory storing a graphical image file of an image of information, the information being disguised to be substantially unreadable by a machine but understandable by a person viewing the image.

76. The server of claim 75, wherein the information is in the form of text, the text being part of a web page stored on the server and the image of the graphical image file being associated with the web page for display of the image on the web page.

77. The server of claim 75, wherein the web site is stored in hypertext markup language format.

78. The server of claim 75, wherein the graphical image file is in MIME
format.

79. The server of claim 75, wherein the memory is a hard disk.

80. The server of claim 75, wherein the image includes a background providing low contrast with respect to the text.

81. The server of claim 75, wherein the image has a textured background.

82. The server of claim 75, wherein the text is disguised by having been manipulated.

83. The server of claim 75, further comprising a Java Applet including the graphical image file.

84. Software for designing a web page, the software being executable to:
disguise the text; and create a graphical image file of the text such that the text is substantially unintelligible by a machine but readable by a person viewing the web page;
the software being further executable to identify the location of the graphical image file on the web page.

85. The software of claim 84, executable to identify the location of the graphical image file through hypertext mark up language.

86. The software of claim 84, executable to disguise the text during creation of the graphical image file.

87. The software of claim 84, executable to disguise the text prior to creation of the graphical image file.

88. The software of claim 84, executable to disguise the text after creation of the graphical image file.

89. The software of claim 84, executable to disguise the text by processing the graphical image file.

90. The software of claim 84, executable to process the graphical image file to provide a background to the text having low contrast with respect to the text.

91. The software of claim 90, executable to create an image wherein the difference in contrast between the background and the text is less than about 32 to 1.

92. The software of claim 91, further executable to create an image wherein the difference in contrast is greater than about 1.5 to 1.

93. The software of claim 89, executable to process the graphical image file to provide a textured background to the text.

94. The software of claim 89, executable to process the graphical image file to provide an alpha-numeric background.

95. The software of claim 94, executable to provide an alpha-numeric background of a first color and to provide the text of a second color different than the first color.

96. The software of claim 94, executable to provide the alpha-numeric background of a different size than the text.

97. The software of claim 84, executable to disguise the text by manipulating characters of the text.

98. The software of claim 97, executable to manipulate the characters of the text by replacing at least one character of the text by another character having a similar appearance.

99. The software of claim 98, executable to perform a replacement chosen from the pairs consisting of the letter "O" and the number "0", the letter "L" and the number "1", the letter "1" and the number "1", the letter "i" and the number "1", the character "." (dot) and the character "," (comma), the character ":" (colon) and the character ";" (semi-colon), and the character "/" and by the character

100. The software of claim 97, executable to manipulate the characters of the text by inserting at least one additional character among the text.

101. The software of claim 97, executable to insert at least one additional word among the text of information.

102. The software of claim 97, executable to manipulate the characters of the text by replacing at least one character of the text by a word.

103. The software of claim 102, executable to perform a replacement chosen from the pairs of the character "." and the word "dot", and the character "@" by the word "at".

104. The software of claim 97, executable to provide instructions on the web page for reading the modified personal information.

105. A web page displayed on a monitor, the displayed web page comprising:
an image of text of information, the information being disguised within the image, such that the image is substantially unreadable by a machine but readable by a person viewing the web page on the monitor.

106. The web page of claim 105, wherein the image has a background providing low contrast with respect to the text.

107. The web page of claim 105, wherein the background of the image is textured.

108. The web page of claim 105, wherein the background of the image includes alpha-numeric characters.

109. The web page of claim 105, wherein the characters of the original text are manipulated.

110. The web page of claim 109, wherein the manipulation is the replacement of at least one character of the text by another character having a similar appearance.

111. The web page of claim 109, wherein the manipulation is the insertion of at least one additional character among the text.

112. The web site of claim 109, wherein the manipulation is the insertion of at least one word among the characters of the text.

113. The web page of claim 109, wherein the manipulation is the replacement of a character in the text of information by a word.

114. The web page of claim 105, further comprising providing instructions on the web site for reading the manipulated text.

115. A method of disguising information for display on a web page, comprising:
selecting information to be provided on the web page;
converting the selected information into a dynamic media; and disguising the information by creating a media file of the dynamic media for play on the web page;
such that the information is substantially unintelligible by a machine, but understandable by a person.

116. The method of claim 115, comprising creating an audio file of the information.

117. The method of claim 116, further comprising further disguising the information on the audio file.

118. The method of claim 117, comprising further disguising the information on the audio file by a recording technique chosen from the group consisting of recording the information at a speed higher than normal, recording the information at a speed slower than normal, recording the information with an accent and recording the information with background sound.

119. The method of claim 115, comprising creating a video file of the information.

120. The method of claim 119, further comprising further disguising the information.

121. The method of claim 120, wherein the information is in the form of text, the method comprising further disguising the information by creating a video having a background providing low contrast with respect to the text of text.

122. The method of claim 120, comprising further disguising the text by creating a video with a textured background.

123. The method of claim 121, comprising further disguising the text by providing an alpha-numeric background to the text.

124. The method of claim 120, comprising further disguising the information by manipulating the characters of the text.

125. The method of claim 124, comprising manipulating the characters of the text by replacing at least one character of the text by another character having a similar appearance.

126. The method of claim 124, comprising manipulating the characters of the text by inserting at least one additional character among the text.

127. The method of claim 124, comprising manipulating the characters of the text by replacing at least one character by a word.

128. The method of claim 124, further comprising providing instructions for reading the manipulated information.

129. The method of claim 115, further comprising creating a Java Applet including the information.

130. The method of claim 115, wherein the information is personal information.

131. A method of designing a web page, comprising:
selecting information for display on the web site;
disguising the information by converting the information into a dynamic media such that the information is substantially unintelligible by a machine, but understandable by a person; and identifying the position of the dynamic media on a computer screen.

132. The method of claim 131, further comprising creating a media file based on the dynamic media and identifying the position of the media file on the computer screen.

133. The method of claim 132, comprising creating the media file in a MIME
format.

134. The method of claim 132, comprising identifying the location of the media file on the computer screen using hypertext markup language.

135. The method of claim 132, comprising identifying the location of the media file though a hyperlink.

136. The method of claim 131, further comprising storing the web page on a web server.

137. The method of claim 131, comprising creating an audio file of the information.

138. The method of claim 137, further comprising disguising the information on the audio file.

139. The method of claim 131, where the information is in the form of text, the method comprising creating a video file of the text.

140. The method of claim 140, further comprising disguising the text.

141. The method of claim 131, further comprising providing instructions on the web page for reading the manipulated information.

142. The method of claim 131, further comprising creating a Java Applet including the dynamic media.

143. The method of claim 131, wherein the information is personal information.

144. A server for storing web pages comprising:
memory storing at least one web page, the stored web page including information in the form of a dynamic media file such that the information is substantially unintelligible by a machine but understandable by a person.

145. The server of claim 144, wherein the dynamic media file is an audio file.

146. The server of claim 145, wherein the information is further disguised.

147. The server of claim 144, wherein the dynamic media file is a video file.

148. The server of claim 147, wherein the information is further disguised.

149. The server of claim 144, wherein the web page includes instructions for reading the manipulated information.

150. The server of claim 144, wherein the web page includes a Java Applet including the dynamic media file.

151. The server of claim 144, wherein the information is personal information.

152. Software for designing a web page, the software being executable to:
convert information into a dynamic media; and identify the location of the dynamic media on the web page.

153. The software of claim 152, further executable to convert the dynamic media into a media file and to locate the media file on the web page through hypertext mark up language.

154. The software of claim 152, executable to store the web page on a web server.

155. The software of claim 152, executable to create an audio file of the personal information.

156. The software of claim 152, wherein the information is in the form of text, the software executable to create a video file of the text.

157. The software of claim 156, executable to further disguise the text of the video.

158. The software of claim 152, further create a Java Applet including the dynamic media.

159. The software of claim 152, wherein the information is personal information.

160. A web page displayed on a monitor, the displayed web page comprising information in the form of dynamic media, such that the information is unintelligible to a machine, but understandable to a person viewing the web page.

161. The web page of claim 160, wherein the dynamic media is stored in a dynamic media file, the web site further comprising a hyperlink to the dynamic media file.

162. The web page of claim 160, wherein the information is further disguised.

163. The web page of claim 160, wherein the dynamic media is audio.

164. The web page of claim 160, wherein the dynamic media is video.

165. The web page of claim 160, wherein the dynamic media is encoded as a Java Applet.

166. A method of designing a web page, comprising:
disguising selected text; and creating a graphical image file of the selected text such that the information is substantially unintelligible by machine but understandable by a person opening the web page;
the method further comprising:
identifying the position of the graphical image file on a computer screen;
converting the text to a dynamic media file for display on the web page such that the information is substantially unintelligible by machine but understandable by a person opening the web page; and associating the dynamic media file with the web page.

167. The method of claim 166, further comprising creating a media file based on the dynamic media.

168. The method of claim 167, comprising creating an audio file of the dynamic media.

169. The method of claim 167, comprising creating a video file of the dynamic media.

170. The method of claim 167, further comprising further disguising the selected text in the dynamic media.

171. The method of claim 167, further comprising creating at least one Java Applet including at least one of the graphical image file and the dynamic media file.

172. A method of disguising information for storage on a communications network, comprising:
encoding the information in a Java Applet, such that the information is substantially unintelligible by a machine but understandable by a person.

173. The method of claim 172, further comprising encoding the Java Applet in byte code.

174. The method claim 1, wherein the text is text of personal information

175. The method of claim 37, wherein the information is personal information.

176. The method of claim 57, further comprising disguising the text by manipulating the characters of the text.

177. The web page of claim 105, wherein the information is personal information.

178. A computer readable medium storing a dynamic media file of information in the form of a dynamic media, disguised to be substantially unintelligible by a machine but understandable by a person.