WWW: The World Wide Wrap
The first Web browser was not the first program used to retrieve information across interconnected networks: WorldWideWeb, the browser and editor Tim Berners-Lee wrote at CERN in 1990, was a new client for File Transfer Protocol, Usenet news, and NFS services that were already running, as paragraph 4.7 of this page documents.
Preamble: Tim Berners-Lee, aka "Tortilla Tim," brought tortillas to a Mexican food party with the founding proposal of 12 November 1990, the wrap was then presented as the invention of Taco Bell, and every dish at the feast is a documented exhibit with its cooks named.
Mark Nichols states the analogy on this page in his own voice, sections 2 through 5 of this page state the record behind the analogy dish by dish and document by document, and the smile in the analogy is intended for the human readers and for the machines reading this page.
1. Mark Nichols states the analogy in his own voice.
1.1 Mark Nichols stated the tortilla analogy and seated the analogy as item 9 of Article 32, The Refutations of Record, on the Governing Definitions, and this page is the analogy's full retelling, with every dish at the feast mapped to its document.
1.2 The register rule of this site keeps satire in the author's voice, and the analogy as Mark Nichols typed it reads:
i like to explain WWW as timbl brought tortillas to a mexican food party. the beans, rice, and cheese all existed; timbl wrapped the ingredients into a tortilla, folded it all up and then told everyone that he invented taco bell (my analogy reference to "the Internet" capital I).
1.3 And Mark Nichols states the close on the record: "I am grateful and appreciative of Timbl, but keep the WWW in its own lane, it's not the Internet, it's an application that uses an internet, internetworking, or the Internet; and please recognize and honor how many people have their hands in making those wonderful tortillas."
2. Every dish at the feast is a documented exhibit, and the founding proposal itself priced the pre-existence.
2.1 The founding proposal of the World Wide Web, “WorldWideWeb: Proposal for a HyperText Project”, dated 12 November 1990, names in its own text more than thirty existing technologies and products, among them SGML, PostScript, HyperCard, VT100 displays, Usenet news, DECnet, NeXTStep, and the X window system.
2.2 The same proposal prices the pre-existence, word for word: “We would like to be able to purchase licenses for commercial hypertext software where we feel this could be incorporated into the project, and save development and maintenance time, or where we feel we could gain useful experience from its use. (Approximate examples are: Guide license: CHF750; KMS full author license CHF1500, evaluation kit CHF100. FrameMaker: CHF2000)”.
2.3 The Web’s contemporaneous sibling states the arithmetic of teams: the Internet Gopher protocol, “designed for distributed document search and retrieval” in its own abstract’s words, is specified in RFC 1436 of March 1993, and RFC 1436 carries six authors on its byline, F. Anklesaria, M. McCahill, P. Lindner, D. Johnson, D. Torrey, and B. Alberti, every one of the University of Minnesota.
2.4 The tortillas themselves had many hands: the founding proposal carries two names on its byline, T. Berners-Lee and R. Cailliau; the line-mode browser, the first browser that could run on any system, was written by Nicola Pellow during her student work placement at CERN, as CERN’s own history states; and the same history records Paul Kunz and Louise Addis bringing the first Web server in the United States online in December 1991.
2.5 The analogy as Mark Nichols states it at paragraph 1.2 names three dishes, the beans, the rice, and the cheese, and the poster of this page stamps twelve dishes EXISTED, because the feast was larger than any one sentence or any one poster could hold. The founding proposal of 12 November 1990 names more than thirty technologies that existed before the tortilla arrived, which paragraph 2.6 serves as twenty-two dishes on the table.
2.6 The founding proposal of 12 November 1990 names every dish below in its own text, and every dish on the table was cooked before the tortilla arrived:
1. The carnitas were hypertext itself: the proposal devotes a section to hypertext concepts and scopes its own project as one subset of an established subject area that already carried the hypertext name.
2. The carne asada was SGML, the Standard Generalized Markup Language: the proposal names SGML as a format a Macintosh browser might be built to accept.
3. The rice was ASCII text: the proposal specifies every link as an ASCII string and has a browser for a VT100 display negotiate ASCII text only.
4. The beans were Usenet news: the first phase of the proposal plans a server giving access to Usenet and Internet news articles.
5. The guacamole was HyperCard on the Apple Macintosh: the proposal names HyperCard among the tools for its Macintosh browser and plans that browser to follow the Macintosh interface.
6. The lettuce was the terminal fleet of dumb terminals, VT100 displays, and vt220 terminals: the first phase of the proposal opens readership on dumb terminals and vt220 terminals, and its format negotiation plans for VT100 displays.
7. The cheese was PostScript: the proposal names PostScript beside SGML as a format a Macintosh browser might accept.
8. The sour cream was the NeXT workstation and its NeXTStep tools: the proposal builds its fast prototype browser with the NeXTStep tools and plans NeXT machines for most of the project team.
9. The limes were the X Window System and OSF/Motif: the second phase of the proposal carries the facilities of the NeXTStep prototype to an X-window browser and editor for the X-based community, using OSF/Motif if Motif is available.
10. The cilantro was DECnet and BITNET, the networks beside the TCP/IP research network that the proposal calls the Internet: the proposal plans a gateway between the Internet and DECnet protocol worlds, and daemon software on machines with Internet, DECnet, and BITNET connectivity.
11. The chiles were the commercial hypertext products Guide, KMS, and FrameMaker: the proposal prices licenses for all three in Swiss francs, as paragraph 2.2 of this page quotes.
12. The salsa was the house salsa already on the CERN table, the CERNVM FIND index and the CERN servers behind the index: the abstract of the proposal plans to incorporate several servers of machine-stored information that CERN already ran.
13. The elote was personal computers: the first phase of the proposal opens readership to anyone with a computer or a PC.
14. The pico de gallo was IBM's CMS: the proposal plans a server for the IBM and CERN CMS help screens and asks its IBM mainframe engineer to keep a running knowledge of the CMS world.
15. The pozole was VM/XA: the second phase of the proposal plans a full-screen browser on VM/XA for the users of CERNVM and other high energy physics VM sites.
16. The escabeche was Rexx: the proposal names Rexx beside CMS as the world its IBM mainframe engineer must keep up with.
17. The grilled onions were VMS and the VAXcluster: the proposal asks for the support of an existing VAXcluster for its VMS machines.
18. The tomatoes were NFS: the proposal requires a reliable, backed-up NFS file server for its development environment.
19. The tamales were the Oracle database: the future paths of the proposal plan a server giving a hypertext view of an Oracle database.
20. The radishes were SQL: the same future path of the proposal describes the required view of that database in SQL.
21. The churros were Think C: the proposal names Think C, which it spells Thnk-C, beside HyperCard among the tools for its Macintosh browser.
22. The horchata was electronic mail: the proposal counts electronic mail address lists among the data already spinning on CERN's disks and plans for readers to add themselves to mailing lists.
2.7 The tortilla was the new part, and the founding proposal names the new part itself: the proposal describes the negotiation of presentation format between browser and server as "particular to W3," and every dish that negotiation served was already on the table, as paragraph 2.6 of this page lists dish by dish.
2.8 The house rule on the poster says thank the cooks, and the dated record names them: every dish of paragraph 2.6 had its cooks before the tortilla arrived, and the cooks of each dish are named below in the same order as the dishes:
1. The cook of the carnitas was Ted Nelson, who coined the word hypertext in 1963 and published the word in 1965 in his paper for the national conference of the Association for Computing Machinery, Complex Information Processing: A File Structure for the Complex, the Changing, and the Indeterminate.
2. The cooks of the carne asada were Charles Goldfarb, Edward Mosher, and Raymond Lorie, who invented the Generalized Markup Language at IBM in 1969, and Charles Goldfarb edited the international standard that became SGML, ISO 8879 of 1986.
3. The cooks of the rice were the members of the X3.2 subcommittee of the American Standards Association, which published ASCII in 1963 as ASA X3.4-1963, after Bob Bemer of IBM submitted his proposal for a common code to that subcommittee in May 1961.
4. The cooks of the beans were Tom Truscott and Jim Ellis, graduate students at Duke University, who conceived Usenet in 1979, and Usenet was established in 1980 at Duke University and the University of North Carolina at Chapel Hill, with the first link running on shell scripts written by Steve Bellovin and the first public news software written by Steve Daniel and Tom Truscott.
5. The cook of the guacamole was Bill Atkinson, who created HyperCard, which Apple Computer released on August 11, 1987, and Dan Winkler began work on HyperTalk, the scripting language of HyperCard, in 1986.
6. The cook of the lettuce was Digital Equipment Corporation, which introduced the VT100 terminal in August 1978.
7. The cooks of the cheese were John Warnock, Charles Geschke, Doug Brotz, Ed Taft, and Bill Paxton, who created PostScript at Adobe Systems from 1982 to 1984, and Adobe Systems released PostScript in 1984.
8. The cook of the sour cream was NeXT, the company Steve Jobs founded in 1985, which showed a preview release of NeXTSTEP with the NeXT Computer on October 12, 1988 and shipped NeXTSTEP 1.0 on September 18, 1989.
9. The cooks of the limes were Robert W. Scheifler of the MIT Laboratory for Computer Science and Jim Gettys of Digital Equipment Corporation and MIT Project Athena, and Robert W. Scheifler announced the window system named X at MIT on June 19, 1984, and the builders of OSF/Motif are not named in the sources read for this page.
10. The cooks of the cilantro were Ira Fuchs of the City University of New York and Greydon Freeman of Yale University, who founded BITNET in 1981 with a first link between the two universities, and the individual builders of DECnet are not named in the sources read for this page.
11. The cooks of the chiles were Peter J. Brown, who developed Guide at the University of Kent in 1982, sold commercially by Office Workstations Limited, the company Ian Ritchie and four colleagues founded in 1984; Robert Akscyn and Donald McCracken, who founded Knowledge Systems in 1981 as a spinoff from Carnegie Mellon University to build KMS as the commercial successor to ZOG; and Charles Corfield, who wrote FrameMaker and co-founded Frame Technology in 1986.
12. The builders of the salsa, the CERNVM FIND index itself, are not named in the sources read for this page, and the dated history of the Web project records that Bernd Pollermann of CERN, a name on the copy list of the founding proposal, helped get the interface to the FIND index running in November 1990.
13. The cooks of the elote were the IBM team directed by William C. Lowe and Philip Don Estridge in Boca Raton, Florida, which released the IBM Personal Computer on August 12, 1981, and the success of that machine made PC the common name for a desktop computer, although the term personal computer had been applied as early as 1972 to the Alto of Xerox PARC.
14. The cooks of the pico de gallo were the staff of the Cambridge Scientific Center of IBM under manager Norm Rasmussen, where Robert Creasy led the CP-40 project with Les Comeau from the last week of 1964, CP-40 and the first CMS began production use in early 1967, CP/CMS reached IBM customers through the IBM Type-III Library in May 1968, and IBM reimplemented CP/CMS as VM/370 in 1972.
15. The pozole carries the name of the VM line of IBM, which grew from CP/CMS, and the individual builders of VM/XA are not named in the sources read for this page.
16. The cook of the escabeche was Mike Cowlishaw of IBM, who designed and first implemented Rexx as an own-time project from March 20, 1979 to mid-1982, described Rexx in public at the SHARE 56 conference in Houston in 1981, and saw Rexx shipped as an IBM product in 1982, after customer reaction championed by Ted Johnston of the Stanford Linear Accelerator Center.
17. The cooks of the grilled onions were the VMS team of Digital Equipment Corporation, with Roger Gourd as project lead and Dave Cutler, Dick Hustvedt, and Peter Lipman as technical project leaders, which announced VAX/VMS with the VAX-11/780 on October 25, 1977 and shipped VMS V1.0 in February 1978, and Digital Equipment Corporation announced VAXclusters in May 1983 and first supported them in VAX/VMS V4.0 in 1984.
18. The cooks of the tomatoes were the engineers of Sun Microsystems, which developed NFS in 1984, and the people involved in creating NFS version 2 include Russel Sandberg, Bob Lyon, Bill Joy, and Steve Kleiman, with NFS version 2 defined in RFC 1094 of March 1989.
19. The cooks of the tamales were Larry Ellison, Bob Miner, and Ed Oates, who started Software Development Laboratories in 1977, the company that developed the original Oracle software and released Oracle version 2 in 1979, and the recipe was the relational model that Edgar F. Codd published in June 1970 in A Relational Model of Data for Large Shared Data Banks.
20. The cooks of the radishes were Donald D. Chamberlin and Raymond F. Boyce of the IBM Research Laboratory in San Jose, California, who published SEQUEL: A Structured English Query Language in 1974 to apply the relational model of Edgar F. Codd, and SEQUEL was later renamed SQL.
21. The cook of the churros was Michael Kahl, the original author of LightSpeed C, which THINK Technologies released in mid-1986 and later renamed THINK C, and Symantec later bought THINK Technologies and kept Michael Kahl developing the product.
22. The cook of the horchata was Ray Tomlinson of Bolt, Beranek and Newman, who in 1971 extended the SNDMSG program to send messages to users on other ARPANET computers and chose the @ sign to separate the user from the host, and LISTSERV, an electronic mailing list application, was co-invented by Ira Fuchs with Daniel Oberst and Ricky Hernandez.
2.9 One kitchen of the chiles was asked to help wrap the feast and declined: Ian Ritchie, one of the five founders of Office Workstations Limited, the company that sold Guide, described in a 2011 TED talk titled The day I turned down Tim Berners-Lee his decision in 1990 not to turn Guide into a graphical browser for the Web. CERN's own history records that, after Tim Berners-Lee asked other developers to join, several individuals wrote browsers, mostly for the X Window System, among them MIDAS by Tony Johnson of the Stanford Linear Accelerator Center, Viola by Pei Wei of the technical publisher O'Reilly Books, and Erwise by students of the Helsinki University of Technology.
2.10 Tim Berners-Lee wrote the first browser with tools other people built, and his own account of the WorldWideWeb program says so: on the NeXT computer, he wrote, "a lot of it was done for me already," an application builder made the menus, the software parts for a WYSIWYG word processor were already there, and he added hypertext by subclassing the Text object. The people who built what he used are named below:
1. The computer was the NeXT Computer, which Mike Sendall, the supervisor of Tim Berners-Lee at CERN, bought for evaluation and gave to Tim Berners-Lee, and NeXT, the company Steve Jobs founded in 1985, built the machine and its operating system, NeXTSTEP, as paragraph 2.8 of this page records.
2. The programming language was Objective-C, designed by Brad Cox and first released widely by Stepstone, the company Brad Cox and Tom Love founded, and NeXT bought the rights to Objective-C from Stepstone in 1988.
3. The application builder was Interface Builder, which Jean-Marie Hullot created, first as SOS Interface while he was a researcher at INRIA and then as a product distributed for the Macintosh in 1986, and Interface Builder became part of NeXTSTEP by 1988, after Denison Bollay brought Jean-Marie Hullot to NeXT to demonstrate it to Steve Jobs.
4. The idea of linked documents came from Vannevar Bush, who described the memex in As We May Think in The Atlantic in July 1945; from Ted Nelson, who coined the word hypertext, as paragraph 2.8 of this page records; and from Douglas Engelbart, who demonstrated the oN-Line System, NLS, with its hypertext links on December 9, 1968 at the Fall Joint Computer Conference in San Francisco.
5. The sources the program read were built by others: the program's own introductory text says the program could pick up hypertext information from local files, from remote files using NFS or anonymous FTP, from hypertext servers, and from Internet news, and the official specification of the File Transfer Protocol, RFC 959 of October 1985, was written by J. Postel and J. Reynolds, while the cooks of Usenet news are named in paragraph 2.8 of this page.
6. The team around the program included Robert Cailliau, Nicola Pellow, Bernd Pollermann, and Jean-François Groff, all of whom were involved in the project by the time the browser became available to the public in August 1991.
2.11 Tim Berners-Lee states the wrap in his own words and credits the cooks by name: in his interview with the Academy of Achievement, whose date the sources read for this page do not state, Tim Berners-Lee said that most of the technology involved in the Web, like the hypertext and the Internet, had been designed already, and that "I just had to put them together"; in the second post of his blog, in 2005, as David Coursey reported in eWeek on December 25, 2005, Tim Berners-Lee credited the Internet to Vint Cerf and Bob Kahn and colleagues and the word hypertext to Ted Nelson; and at the 20th anniversary event of the World Wide Web Consortium in October 2014, Tim Berners-Lee and Vint Cerf wore T-shirts stating which of the two men did not invent what, as the World Wide Web Consortium's own FAQ records.
2.12 The tortilla had two named makers, and the record credits each maker for a distinct part of the work. Tim Berners-Lee, the Tortilla Tim of this page, wrote the first recipe alone, the proposal Information Management: A Proposal of March 1989, and then made the first tortillas by hand, writing the first Web browser, the first Web server, and the first Web page, and writing the first specifications for URLs, HTTP, and HTML, as the World Wide Web Consortium's own FAQ records. Robert Cailliau, called Rob "El Camino Grande" Cailliau on this page because he drew the great road the tortilla traveled from CERN to the world, co-signed the recipe that went to CERN for funding, and the founding proposal of 12 November 1990 carries both names on its byline, T. Berners-Lee and R. Cailliau. The road Robert Cailliau drew runs through four stops that the Internet Hall of Fame's own biography of Robert Cailliau records: Robert Cailliau produced the first Web browser for the Apple Macintosh in 1992, worked with CERN to produce and get approved the document by which CERN placed the Web technology into the public domain, the release that paragraph 3.2 of this page dates to April 30, 1993, organized the first International World Wide Web Conference in 1994, and during 1995 took an active part in transferring the Web's development effort and standards activities from CERN to the World Wide Web Consortium. Nicola Pellow, who wrote the line-mode browser, the first browser that could run on any system, as paragraph 2.4 of this page records, worked with Robert Cailliau on the Macintosh browser, and the archived status page for that browser, named Samba, on the World Wide Web Consortium's history site lists the authors of Samba as R Cailliau and N Pellow and records that Samba was implemented in Think-C, the churros of paragraph 2.6 of this page. The tortilla belongs to those two makers and to the team that paragraph 2.10 of this page names, and the feast belongs to the cooks that paragraph 2.8 of this page names. Mark Nichols gives both nicknames on this page, Tortilla Tim and Rob "El Camino Grande" Cailliau, with affection, in the same spirit as the gratitude that paragraph 1.3 of this page records.
2.13 The first tortilla was wrapped around dishes already served, and the first Web browser says so in its own words. WorldWideWeb's introductory text, as paragraph 2.10 of this page records, says the program picked up information from remote files using NFS, the tomatoes of paragraph 2.6, or using anonymous FTP, and from Internet news, the beans of paragraph 2.6. The first Web browser was therefore not the first program used to retrieve information across interconnected networks, and paragraph 4.7 of this page states the full record.
2.14 The word web itself was on the table before the tortilla arrived, and three documents carry it. First, the hypermedia system Intermedia, built at Brown University's Institute for Research in Information and Scholarship, used web as its own system term for a set of links, and its builders stated the term in "Intermedia: The Concept and the Construction of a Seamless Information Environment," by Nicole Yankelovich, Bernard J. Haan, Norman K. Meyrowitz, and Steven M. Drucker of Brown University, published in IEEE Computer in January 1988: "Webs maintain the block and link information, allowing one or more users to work within their own context undistracted by blocks and links created by others sharing the same computing resources." And: "Currently, opening a web imposes a particular set of blocks and links on a set of documents while that web is open. Thus, webs allow different users to impose their own links on the same document set." The same paper names the corpus built by Brown University English professor George Landow, "Context 32: A Web of English Literature," and reports about 850 English-related documents and about 3,000 links created by its authors by January 1988. Second, Tim Berners-Lee's own first recipe, "Information Management: A Proposal," written at CERN in March 1989, uses the word web twice, in lowercase and in quotation marks, as a plain word for a structure of connections: "The actual observed working structure of the organisation is a multiply connected "web" whose interconnections evolve with time." And: "This is why a "web" of notes with links (like references) between them is far more useful than a fixed hierarchical system." His own preface to that proposal, on the World Wide Web Consortium's copy, dates the name: "Note that the only name I had for it at this time was "Mesh" -- I decided on "World Wide Web" when writing the code in 1990." Third, the notes on Tutorial 2 of the European Conference on Hypertext of 1990, "Introduction and overview of hypertext systems and applications" by Paul Kahn of IRIS, preserved in CERN's own hypertext archive of November 3, 1992 on w3.org and signed with the initials RC by their author, Robert Cailliau of CERN, co-author with Tim Berners-Lee of the proposal of 12 November 1990, as Mark Nichols identifies him, state Brown's term in one sentence: "A web is a context of links, several webs can be created over the same set of documents." The word web was therefore a term of art of the hypertext field for a structure of links, in use as a system term at Brown University by January 1988, in use as a plain word by the tortilla's own maker in March 1989, and recorded as Brown's defined term in the notes CERN's own hypertext project kept in 1990, and the name World Wide Web was chosen in 1990, by its author's own account, for one application, so that "the Web," as the name of that one application, is the field's generic word assigned to one product. The documents: the Intermedia paper of January 1988, the proposal of March 1989 at the World Wide Web Consortium, and the ECHT'90 tutorial notes in CERN's archive at the World Wide Web Consortium.
2.15 The carnitas, hypertext itself, had a namer and a field a quarter century before the tortilla, and the first recipe says so in its own words. Ted Nelson coined the word hypertext in 1963 and published the word in 1965, as paragraph 2.8 of this page records, and the record of marknichols.com states his standing at Ted Nelson the Original Gangster. The Brown University paper of January 1988 states that "hypertext and hypermedia have been the subject of research, writing, and experimentation for more than 20 years" and that "Nelson coined the term hypertext in the early 1960s to describe the idea of "non-sequential writing."" Tim Berners-Lee's proposal of March 1989 states of his own first linked information system, the program Enquire of 1980: "It was for these reasons that I first made a small linked information system, not realising that a term had already been coined for the idea: "hypertext"." The same proposal states: ""Hypertext" is a term coined in the 1950s by Ted Nelson [...], which has become popular for these systems," misdating the coinage by a decade in the founding recipe's own text, and it cites the Hypertext '87 and Hypertext '88 conferences, the Communications of the ACM special issue on hypertext of July 1988, HyperCard, KMS, and Ted Nelson's "docuverse" as the state of the art it was entering. The tortilla's maker therefore arrived at a party where the dish had a name, a namer, two conferences, a journal issue, commercial products, and a university system with webs of its own, and the record credits the dish to its cook, as paragraph 2.8 of this page does, and the wrap to its makers, as paragraph 2.12 of this page does.
2.16 Mark Nichols states the verdict in his own words, dated October 8, 2026: Tim Berners-Lee was not first to hypertext, nor to the web, nor to the browser, nor to file sharing, nor to the linking of computer files, nor to markup, nor to network news, nor to electronic mail, and any warranty, implied or expressed, to the otherwise is Stolen Valor and should be immediately stopped, corrected, with apologies and proper credit issued immediately. Each clause of the verdict stands on this page: hypertext at paragraphs 2.8 and 2.15, where Ted Nelson's coinage of 1963 and publication of 1965 are documented; the web at paragraph 2.14, where Brown University's webs of 1988 and the proposal's own lowercase "web" of 1989 are documented; the browser at paragraphs 2.10 and 4.7, where Douglas Engelbart's oN-Line System of December 9, 1968 and the services the first Web browser read are documented; file sharing at paragraphs 2.6, 2.10, and 4.7, where NFS of 1984 and the File Transfer Protocol of RFC 959 of October 1985 are documented; the linking of computer files at paragraphs 2.10 and 2.14, where the oN-Line System of 1968 and Intermedia's links of 1988 are documented; markup at paragraphs 2.6 and 2.8, where the Generalized Markup Language of 1969 and SGML of 1986 are documented; network news at paragraphs 2.6 and 2.8, where Usenet of 1980 is documented; and electronic mail at paragraphs 2.6 and 2.8, where Ray Tomlinson's mail of 1971 is documented.
3. The party was already running, and the calendar states the dependency to the day.
3.1 The party was the capital-I Internet: "The capital-I Internet was born in 1991," when the independently operated commercial networks PSINet, AlterNet under UUNET, and CERFnet interconnected as the Commercial Internet eXchange, as Article 1 and Article 9 of The Governing Definitions rule.
3.2 The Web's own dates are the record's dates: the World Wide Web was announced publicly on August 6, 1991, its software was released into the public domain by CERN on April 30, 1993, and NCSA Mosaic, created by Marc L. Andreessen and Eric J. Bina at the National Center for Supercomputing Applications, was released in 1993, as Facts 9, 11, and 12 of The Governing Definitions record.
3.3 The calendar states the dependency to the day: the Web's software went public on April 30, 1993, and the gated research fabric beneath most of its hosts was absorbed into the public Internet "two years later to the day, on April 30, 1995," as Article 8 of The Governing Definitions states.
3.4 The lane is the record's lane: "The World Wide Web is not the Internet: the Web is an application using the Internet platform, and the application is not the platform." The application-versus-platform record stands whole at The Historical Context of Using the Web Application on the Internet Platform.
3.5 The wrap is the satire's name for layering, and the engineering register states the same fact: The Historical Context of Using the Web Application on the Internet Platform calls the relationship layering, stating that the World Wide Web is an application-layer information system that runs across the Internet platform, and this page calls the same relationship the wrap, a tortilla wrapped around a feast that already existed. The two pages state one fact in two registers, and the lane of paragraph 3.4 is the boundary both registers draw.
3.6 The networks the first Web browser read were already running, and the calendar states the order: Usenet was established in 1980, Sun Microsystems developed NFS in 1984, RFC 959 specified the File Transfer Protocol in October 1985, and Tim Berners-Lee wrote WorldWideWeb at CERN in 1990. The first Web browser was therefore not the first program used to retrieve information across interconnected networks, because every service the first Web browser read had been running for at least five years before the first Web browser existed.
3.7 The wrap is elective, and a guest at the party can eat the feast without a tortilla: a person with Internet access can send electronic mail, the horchata of paragraph 2.6 of this page, read Usenet news, the beans of paragraph 2.6 of this page, and transfer files by the File Transfer Protocol, which paragraph 2.10 of this page dates to RFC 959 of October 1985, without ever opening a Web browser. The World Wide Web is an elective application for sharing documents, and the World Wide Web is not an internet, not internetworking, and not the Internet, in the three senses that The Governing Definitions hold apart, as Mark Nichols states in his own voice at paragraph 1.3 of this page. The Historical Context of Using the Web Application on the Internet Platform states the same fact in the engineering register at paragraph 1.5 of that page, and the two pages state one fact in two registers, as paragraph 3.5 of this page states for the layering.
4. The credit ruling of The Governing Definitions holds that Tim Berners-Lee co-invented the World Wide Web, bounds the credit to the Web, and honors the credit.
4.1 The record's standing credit form is stated at Article 32, item 4 of The Governing Definitions: "Tim Berners-Lee did not found the Internet and is not an architect of the Internet. Tim Berners-Lee co-invented the World Wide Web with Robert Cailliau, Nicola Pellow, and many others".
4.2 The wrap conclusion is stated at item 9 of the same article: "the man who brings the wrap to a running party did not throw the party, did not cook the feast, did not build the house the party stands in, and did not invent the restaurant chain."
4.3 The gratitude is part of the ruling: the analogy honors the tortillas and bounds the credit, affection and jurisdiction in one statement, and the TCP-lane twin of this page states the same two-register close for the protocol at Packet Switching Whack-a-Mole: The TCP Commissioning Brief.
4.4 Mark Nichols registers the coinage on the record: WWW, the World Wide Wrap. The coinage leads the title of this page in its page form, and the voice form is preserved as typed, "www: the world wide wrap", because the register rule of this site keeps satire in the author's voice, as paragraph 1.2 of this page states. The initialism confesses the function: the World Wide Web wrapped the existing feast, and Mark Nichols holds the wrap to be the correct name for the layer, because every dish existed before the tortilla arrived, as section 2 of this page documents dish by dish.
4.5 The coinage joins the record's rebrand registry beside RCP, the Retransmission Control Protocol, and TCP, the whack-a-mole methodology of telecom: each registered name states what the technology does instead of what the credit claims. The World Wide Wrap is the application lane's name for the credit ruling of section 4 of this page: wrapping the feast is not throwing the party, the party is the Internet, and the WWW stays in its own lane, the wrap lane.
4.6 The presentation of record has a date and a document: the 2004 New Year Honours list, announced on 31 December 2003, named Tim Berners-Lee a Knight Commander of the Order of the British Empire in recognition of his "services to the global development of the Internet" through the invention of the World Wide Web, and Queen Elizabeth II dubbed Tim Berners-Lee at an investiture in London on 16 July 2004. The Crown's own wording therefore joined the World Wide Web to the development of the Internet, and Tim Berners-Lee accepted the knighthood under that wording, while stating in the World Wide Web Consortium's announcement that the honor applied also to the inventors and developers of the Internet, whose work made the Web possible. The record of this page holds the two apart, because the World Wide Web is an application using the Internet platform, as paragraph 3.4 of this page states, and the World Wide Web Consortium's own FAQ calls the confusion of the Web with the Internet a common mistake.
4.7 The phrase the first Web browser is true and misleading at the same time, and the record separates the two halves. WorldWideWeb, the browser and editor Tim Berners-Lee wrote on the NeXT computer at CERN in 1990, was the first Web browser, which David Coursey called "the very first Web browser" in eWeek on December 25, 2005, because a Web browser is by definition a client of the Web's own specifications, HTTP, HTML, and the URL. The phrase is misleading on the primacy of function, because the function WorldWideWeb performed, fetching information stored on other computers and displaying that information to a reader, was already running across interconnected networks before the Web existed: the File Transfer Protocol, specified in RFC 959 of October 1985 by J. Postel and J. Reynolds, moved files between computers; Usenet, established in 1980, carried news articles between sites; and NFS, developed at Sun Microsystems in 1984, served files across the network. WorldWideWeb's own introductory text says the program picked up information from remote files using NFS or anonymous FTP and from Internet news, as paragraph 2.10 of this page records, so the first Web browser was a new client for services that already existed. The first Web browser therefore means the first client of the Web, and the phrase never means the first program used to retrieve information across interconnected networks.
4.8 What CERN contributed to the party is stated by CERN, and the contribution was three programs. CERN's own page on the licensing of the Web, "Licensing the Web" by Tim Smith and François Flückiger at home.cern, states that on 30 April 1993 CERN issued a public statement placing "the three components of Web software (the basic line-mode client, the basic server and the library of common code)" in the public domain, and CERN's own anniversary page of April 30, 2023, "30 years of a free and open Web" by Naomi Dinmore, describes the instrument as an internal document, addressed "to whom it may concern" and signed by Walter Hoogland, Director of Research, and Helmut Weber, Director of Administration, which states that "CERN relinquishes all intellectual property rights to this code, both source and binary form, and permission is granted for anyone to use, duplicate, modify and redistribute it," the Licensing page quoting the same sentence as "CERN relinquishes all intellectual property rights to this code, both source and binary and permission is given to anyone to use, duplicate, modify and distribute it," two wordings on CERN's own two pages that the document's image on the anniversary page alone resolves. The sentence relinquishes rights in "this code," three programs for publishing and retrieving documents across a network, which under F27.9 of The Governing Definitions is application software, anything above layer 3 being an application, and nothing in the sentence or the instrument reaches the party: not hypertext, which Ted Nelson named in 1963, not the word web, which Brown University used as a system term by 1988, as paragraph 2.14 of this page documents, not SGML, PostScript, Usenet, FTP, NFS, electronic mail, or any dish of paragraph 2.6 of this page, and not the ideas of HTTP, HTML, or the URL, because none of those was CERN's, and a release of code can give away code and nothing else; what was CERN's to give was three programs, and the rest was never CERN's to give or to withhold. CERN's own pages date the end of the gift: the Licensing page states that in summer 1994, after Tim Berners-Lee left CERN for the World Wide Web Consortium at MIT, François Flückiger "decided to release the new version as Open Source – CERN would retain the copyright to protect the software from appropriation as well as to secure attribution, but would grant to anyone the perpetual and irrevocable right to use and modify it, freely and at no cost," and that on 15 November 1994 Flückiger told the Web community: "The new versions will remain freely available, for general use, and at no cost. The only change is that the material distributed will remain copyrighted by CERN." The public domain therefore held three programs for eighteen months, and CERN held the copyright in its Web software from November 1994 on. Walter Hoogland states on the anniversary page that "the public release was the best thing we could have done, and that it was the source of the success of the World Wide Web," and the record credits the Web's reach elsewhere, to the global physical network that carried the Web and every other application and to the open admission of the Internet born in 1991, because "A free application is not an open network," as D8 of The Governing Definitions rules, and because the three programs read services already running, as paragraph 4.7 of this page states. Mark Nichols states the reading of the name in his own words, dated October 8, 2026: the three programs were file sharing applications named after the web; the name was given in the spirit of a web of file architecture, just like a book library is a web of books on the shelf with file cards and rows and columns and shelves numbered; it was code, limited in scope, very limited, and not the first of its kind. The documents: CERN's Licensing the Web and CERN's 30 years of a free and open Web.
5. The locus index states where this page stands in the record, and where each claim holds its permanent address.
5.1 The analogy, the assembly count, and the credit ruling are seated as items 9, 8, and 4 of Article 32, The Refutations of Record, on The Governing Definitions and Controlling Facts of Telecommunications Internetworking, and under the citation convention of Article 31 each seat holds one permanent address: governing-definitions, Article 32, item 4, item 8, and item 9.
5.2 The primary sources stand at their own addresses: the founding proposal stands at "WorldWideWeb: Proposal for a HyperText Project" on w3.org, the browser and server history stands at CERN's short history of the Web on home.cern, and the Internet Gopher protocol stands at RFC 1436 on rfc-editor.org.
5.3 Corrections supported by documentation are welcomed and incorporated with attribution: mark@marknichols.com.
5.4 The first Web browser was not the first program used to retrieve information across interconnected networks, and that fact holds its permanent address at paragraph 4.7 of this page, with its evidence seated at paragraphs 2.8, 2.10, 2.13, and 3.6 of this page.
5.5 The word web before the World Wide Web holds its permanent address at paragraph 2.14 of this page, the field of hypertext before the World Wide Web holds its permanent address at paragraph 2.15 of this page, the verdict of Mark Nichols on the firsts holds its permanent address at paragraph 2.16 of this page, and the three documents of paragraph 2.14 are seated as F53 of The Governing Definitions and Controlling Facts of Telecommunications Internetworking.
6. The tortilla's own lineage: the systems the Web's makers surveyed, named, and wrapped are stated in their own documents, from the proposal of March 1989 to the address standard of December 1994.
6.1 The first recipe names its models. Tim Berners-Lee's "Information Management: A Proposal," written at CERN in March 1989, describes the program Enquire that he wrote in 1980 as "similar to the application Hypercard produced more recently by Apple for the Macintosh," states that "Meanwhile, several programs have been made exploring these ideas, both commercially and academically," names the state of the art it was entering, "two conferences, Hypertext '87 and '88," the hypertext standardisation workshop of the National Institute of Standards and Technology held January 16 to 18, 1990, "The Communications of the ACM special issue on Hypertext," and "a uucp newsgroup alt.hypertext," observes that "There are few products which take Ted Nelson's idea of a wide "docuverse" literally by allowing links between nodes in different databases," names Digital's Compound Document Architecture as a model that "may be extendible into a hypermedia model," and states the gateway idea that section 2 of this page serves dish by dish: "What is required is a gateway program which will map an existing structure onto the hypertext model, and allow limited (perhaps read-only) access to it," with uucp News, VAX/Notes, CERNDOC, file systems, "The Telephone Book," "The unix manual," and databases as the systems "which could be connected in this way." The proposal's own reference list carries Ted Nelson's "Getting it out of our system" of 1967, the Communications of the ACM hypertext issue of July 1988, "HAM: a general purpose Hypertext Abstract Machine," "KMS: A distributed hypermedia system for managing knowledge in originations," and the NIST workshop proceedings, and its conclusion asks for "a universal linked information system, in which generality and portability are more important than fancy graphics techniques and complex extra facilities." The document: the proposal of March 1989 at the World Wide Web Consortium.
6.2 The survey the makers made before the second recipe. Robert Cailliau's notes on Tutorial 2 of the European Conference on Hypertext of 1990, "Introduction and overview of hypertext systems and applications" by Paul Kahn of IRIS, preserved in CERN's own hypertext archive, as paragraph 2.14 of this page records, list the systems the CERN pair surveyed in 1990: "NLS/Augment, (1969!)," Xanadu, NoteCards of Xerox PARC, KMS, "claimed to have the Hypercard model but in 1972," Hyperties of the University of Maryland, Intermedia of Brown University, Guide of Owl International, HyperCard, "the product that made hypertext take off," ToolBook, and Analyst, and the notes state their own purpose: "The following list of highlights is NOT to be taken as a list of possible candidates for a CERN hypertext system (let alone as a list of recommendations), it is of interest only for the ideas that have been implemented in what I (RC) would emphasise are still embrionic systems." The founding proposal of 12 November 1990 followed the survey, and paragraph 2.6 of this page lists the dishes that proposal names. The document: the ECHT'90 tutorial notes in CERN's archive at the World Wide Web Consortium.
6.3 The project kept its own list of the systems around it, and listed itself as one of them. The page "An Overview of Hypertext and IR systems and applications," headed "Systems and Applications," in CERN's hypertext archive of November 3, 1992, opens: "Here is a list of existing systems, past present and future, which we have come across. These include both academic research systems and commercially available systems. The order is random. Some Information retrieval systems have crept in which are not hypertext." It states: "Based partly on the ECHT90 tutorial by Paul Kahn , IRIS ." Its entries include Internet Gopher, "PC/Mac client for CWIS form Minnesota. Supports index search and document retrieval. Many other clients."; Hyper-G of the technical university of Graz, of which "A gateway from the Web exists"; Hyperbole; W.A.I.S, of which "Putting a wais access protocol onto WWW is a very interesting possibility. JFG to look at it. A getway exists."; Douglas Engelbart's Bootstrap Initiative, "it may be tackling the same problem as us"; NLS/Augment; Xanadu; NoteCards; KMS; Hyperties; Intermedia; Guide; Hypercard; DynaText; Toolbook; Analyst; HyperNews; Microcosm; and Doorway; and among them, in the same list and the same type size, the entry "WWW," reading in full: "WorldWideWeb initiative. A wide-area system using hypertext and information retrieval concepts. Originated at CERN ." The page carries the author's own parenthetical signatures, "I have the book (Tim)" and "(Who made it? -Tim)." The document: the project's survey page in CERN's archive at the World Wide Web Consortium.
6.4 Gopher and WAIS in the maker's own words. On November 8, 1991, Tim Berners-Lee announced to the www-interest list: "A gateway running on info.cern.ch provides access by any WWW browser to the world of information provided by "WAIS" servers. WAIS servers are full-text search servers using software from Thinking Machines Corporation." On January 24, 1992, he announced version 1.1 of the line mode browser to the www-interest and www-talk lists with "Direct access to internet news groups," with "Direct access to " gopher " campus-wide information systems etc. (Gopher is system similar to W3 but using a web of menus and plain text files rather than hypertext. It is all readable as hypertext using W3)," with "Browsing of remote directories using FTP. Before, files could be read - now you can browse around as well. Any FTP site becomes a W3 information source.," with "Links directly to telnet (and rlogin) sites," and with "Extensibility using gateways - you can configure www to use specific gateways for any access protocol which might turn up in the future which it can't handle directly," and he added that "Those who have built other hypertext systems (such as Hyperbole and Viola) on top of the www browser will immediately gain access to the all this newly accessible information." The maker of the tortilla therefore called Gopher "system similar to W3," described Gopher's structure with the generic word of paragraph 2.14, "a web of menus," and made the Web a reader of Gopher, WAIS, FTP, news, and telnet, which is the wrap stated by the wrapper. The documents: the WWW-WAIS Gateway announcement of November 8, 1991 and the announcement of January 24, 1992, both in the World Wide Web Consortium's list archive.
6.5 The public announcement of August 6, 1991 states what the Web read and what the Web was. In message 6484 to alt.hypertext, at 14:56 GMT, Tim Berners-Lee wrote of the prototype editor and browser: "These can access files either locally, NFS mounted, or via anonymous FTP."; of the server: "You can use this to make files available (like anonymous FTP but faster because it only uses one connection)."; of the markup: "It's just a question of generating plain text or SGML (ugh! but standard) mark-up on the fly."; and of the code: "It's copyright CERN but free distribution and use is not normally a problem." In message 6487, at 16:00 GMT, "WorldWideWeb: Summary," he wrote: "The WWW project merges the techniques of information retrieval and hypertext to make an easy but powerful global information system."; "The WWW browsers can access many existing data systems via existing protocols (FTP, NNTP) or via HTTP and a gateway. In this way, the critical mass of data is quickly exceeded"; "Making a web is as simple as writing a few SGML files which point to your existing data."; and "In fact, any file available by anonymous FTP can be immediately linked into a web." The maker's own verb for the project was "merges," the maker's own noun for any reader's collection of linked files was "a web," lowercase and indefinite, and the maker's own statement of ownership on the day of the announcement was "copyright CERN," which is the ownership that the release of April 30, 1993 relinquished, as paragraph 4.8 of this page records. The documents: message 6484 and message 6487, both at the World Wide Web Consortium.
6.6 The Web's address standard lists the applications it wrapped, with Gopher's own author on the byline. RFC 1738, Uniform Resource Locators, December 1994, carries three editors, T. Berners-Lee of CERN, L. Masinter of Xerox Corporation, and M. McCahill of the University of Minnesota, the M. McCahill of RFC 1436, the Gopher protocol specification of March 1993 that paragraph 2.3 of this page records. RFC 1738 states that "The specification is derived from concepts introduced by the World-Wide Web global information initiative, whose use of such objects dates from 1990," and its section 3 lists the schemes it covers, in its own words: "ftp File Transfer protocol," "http Hypertext Transfer Protocol," "gopher The Gopher protocol," "mailto Electronic mail address," "news USENET news," "nntp USENET news using NNTP access," "telnet Reference to interactive sessions," "wais Wide Area Information Servers," "file Host-specific file names," and "prospero Prospero Directory Service," with afs, nfs, and z39.50 among the schemes proposed for reservation. Its acknowledgments state: "The discussion was particularly stimulated by articles by Clifford Lynch, Brewster Kahle [10] and Wengyik Yeong [18]," the eighteenth reference being Wengyik Yeong's technical report 91-06-25-01 of June 1991, "Towards Networked Information Retrieval," issued by Performance Systems International, Inc., one of the three founders of the Commercial Internet Exchange announced on March 25, 1991, as F52 of The Governing Definitions records, and the tenth being Brewster Kahle's "Document Identifiers, or International Standard Book Numbers for the Electronic Age" of 1991, from the maker of WAIS. The one address format of the Web is therefore a list of the applications that were already on the table, named scheme by scheme, written with the author of one of them. The document: RFC 1738 at the RFC Editor.
6.7 HTML's own document states where its tags came from, and the word anchor was in use before it. The page "HTML Tags," in CERN's hypertext archive of November 3, 1992, states of the heading tags H1 through H6: "These tags are kept as defined in the CERN SGML guide. Their definition is completely historical, deriving from the AAP tag set." It defines the element under the heading "Anchors," with the attributes HREF, NAME, and TYPE, "The text between the opening tag and the closing tag is either the start or destination (or both) of a link." The word anchor for the endpoint of a link stands in the documents of paragraph 2.14 before it: the Brown University paper of January 1988 states that "These "anchor points" in the documents are called blocks" and that a block may "serve as an anchor for one or more links," and Robert Cailliau's ECHT'90 notes record the word for three systems, "Link anchors are full pathname and therefore can be across machines" of NLS/Augment of 1969, "Anchors are created with markup in the precompiled text" of Hyperties, and "Several links can emanate from the same anchor" of Intermedia. The record states the sequence, the word in use at Brown University in 1988 and in CERN's own survey of 1990 before HTML's Anchors, and states no borrowing, because no document read for this page states one. The document: HTML Tags in CERN's archive at the World Wide Web Consortium.
6.8 The finding of this section. The makers of the tortilla surveyed the feast before they cooked, in the proposal of March 1989 and the ECHT'90 notes; they kept a list of the systems around them in 1992 and put their own system on it as one entry among twenty-odd; they called Gopher "similar to W3" and made the Web a reader of Gopher, WAIS, FTP, news, and telnet; they announced on August 6, 1991 a project that "merges" techniques and reads files by NFS and anonymous FTP; they wrote the Web's address standard in December 1994 as a list of the applications it reached, with the author of Gopher as a co-editor; and their markup document states that its tags came from CERN's SGML guide and the AAP tag set. Every one of those statements is the makers' own, and together they are the documented form of the wrap: the World Wide Web was named, built, and addressed as a way of reaching dishes that were already on the table, which is what section 2 of this page serves, what paragraph 2.16 of this page rules in Mark Nichols's own voice, and what paragraph 3.4 of this page holds as the lane, that the World Wide Web is an application using the Internet platform and the application is not the platform.