Connect, Don't Query: A Manifesto and Strategic Analysis for the Open Web Revival

Full report

On this page

Executive Summary

The digital ecosystem is currently undergoing a terminal phase of architectural and economic collapse, driven entirely by the monopolization of network discovery mechanisms. What began as a decentralized, peer-to-peer hypertext network has been subjugated into a centralized, search-driven database. This transition has systematically decoupled human-authored content from its relational context, transforming the independent web into a passive corpus of training data for zero-click, generative artificial intelligence (GenAI) engines. As algorithmic feeds and AI-synthesized search results isolate users from the underlying architecture of the internet, a state of profound cognitive and infrastructural alienation has taken hold. The independent creator is no longer a destination; they have been reduced to an uncompensated source within a monopolized digital supply chain. In response, a nascent but urgent grassroots movement is coalescing around a definitive strategic imperative: Connect, Don't Query. This movement asserts that reliance on centralized search engines and algorithmic feeds for discovery is an existential threat to the independent web. To survive, the web must be actively reclaimed through manual hyperlinking, the revival of webrings, human-curated directories, and the widespread adoption of decentralized communication protocols. By shifting the network topology away from central hubs and back toward dense, peer-to-peer clustering, the independent web can starve search monopolies of their gatekeeping power. This report provides an exhaustive sociological, philosophical, and technical analysis of the movement's viability, detailing the necessity of its strategic rollout in the face of an AI-driven extinction event.

1. The Architectural Shift: From Peer-to-Peer Hypertext to Centralized Database

To comprehend the urgency of the Connect, Don't Query movement, it is necessary to subject the historical architecture of the internet to an archaeological critique. Applying Michel Foucault’s framework from The Archaeology of Knowledge, the evolution of the web is not a linear progression of technological refinement, but rather a series of epistemic ruptures that dictate what can and cannot be articulated within the digital sphere1. Foucault’s method demands the identification of underlying structures and rules that determine what can be thought within a given discourse1. In the context of digital networks, the rules governing the "discursive formation" of the web have been entirely rewritten by corporate monopolies. This architectural rewriting transitioned the network from a space of exploratory traversal to a space of algorithmic extraction, fundamentally altering the ontology of digital knowledge5.

1.1 The Fateful Compromise of Unidirectional Linking

The original conceptualization of hypertext, envisioned by Ted Nelson in his 1960s Project Xanadu, posited a network built entirely upon bidirectional links and the concept of "transclusion"7. In Nelson's framework, a document is never alone in a void; a link is visible and followable from both endpoints, preserving context, version history, and authorship attribution indefinitely8. If Document A linked to Document B, Document B was structurally aware of the connection, allowing readers to traverse the network symmetrically9. Transclusion, as opposed to simple copying and pasting, allowed a living passage to be brought into another document while preserving its origin and establishing a pathway for potential micropayments to the original author7. However, when Tim Berners-Lee deployed the World Wide Web, a fateful compromise was made for the sake of rapid deployment and scalability: the unidirectional hyperlink8. In standard HTML, the destination document has no inherent knowledge that it is being pointed to12. While this made it infinitely easier to build decentralized sites without requiring complex permission structures, this asymmetry created a structural vacuum. Because nodes were blind to their incoming connections, the network required an external, omniscient observer to map the web's topology. This architectural flaw necessitated the invention of the web crawler and, consequently, the search engine10. Monopolies like Google capitalized on this foundational flaw, utilizing algorithms like PageRank to quantify the value of unidirectional links, centralizing the map of the web within private corporate databases13. The independent web became heavily dependent on these central authorities simply to understand its own structure.

1.2 Database as Symbolic Form

The reliance on search engines precipitated a profound shift in digital media theory, perfectly articulated by Lev Manovich in his essay Database as Symbolic Form. Manovich argues that the database has triumphed over the narrative as the key form of cultural expression in the digital age14. In the early iterations of the web, navigation was largely a syntagmatic narrative experience—a trajectory through a curated series of connections formulated by human intention14. The user traversed a topology of hyperlinks, moving logically from one thought to the next. Centralized search replaced this human trajectory with a paradigmatic interface: the query box. As Manovich argues, utilizing Ferdinand de Saussure’s semiotic philosophy, the database represents the world as a list of items which it stubbornly refuses to order into a cause-and-effect trajectory14. The elements in a database exist in absentia (imagined in the paradigm) until they are summoned into reality (in praesentia) by the algorithm16. When users rely on queries, they do not traverse the web; they prompt a central database to retrieve isolated, fragmented data structures devoid of their original environmental context15. The web ceased to be a physical architecture to explore and instead became a vast, unstructured repository to be indexed17. This anti-narrative logic fundamentally restructured the internet from a human-readable community into a machine-readable commodity14.

1.3 Platformization and Network Topology

The triumph of the database logic paved the way for what media theorist Anne Helmond defines as "platformization." Helmond defines platformization as the drive to make all external web data "platform ready," allowing corporate entities to extend their reach deep into the independent web19. Through the deployment of Application Programming Interfaces (APIs), social plugins, and tracking pixels, platforms executed a dual logic: the decentralization of platform features combined with the recentralization of the resulting data19. Websites ceased to be independent ecosystems and instead became mere "platform instances," feeding data back into the central hubs21. This systemic centralization is mathematically modeled by the Barabási–Albert theory of scale-free networks13. The model demonstrates how networks evolve through a mechanism of "preferential attachment," where new nodes preferentially link to the nodes that already possess the most connections23. This inevitably creates massive, monopolistic central hubs (such as Google or Meta) that dictate the flow of traffic across the entire graph13. The Connect, Don't Query movement operates on the realization that playing by the rules of Search Engine Optimization (SEO)—structuring content specifically for the crawler—only reinforces this preferential attachment. It feeds the hubs at the expense of the periphery, trapping the web in a cycle of dependency.

2. The AI Threat Multiplier: Zero-Click Generative Search

If platformization wounded the independent web by turning it into an extraction mechanism, the advent of generative Artificial Intelligence (GenAI) and zero-click search represents an extinction-level event. The Connect, Don't Query movement derives its intense urgency from the undeniable statistical reality that the query model is no longer merely centralizing traffic; it is actively annihilating it.

2.1 The Statistical Reality of Zero-Click Search

For two decades, the implicit social contract of the search engine era dictated that independent websites would surrender their data to corporate crawlers in exchange for referral traffic. This contract has been unilaterally terminated. Comprehensive clickstream data analysis from 2026 reveals a devastating, systemic drop in organic click-through rates. Between January and April 2026, 68.01% of U.S. Google searches ended without a single click to an external website, an increase of roughly 7.5 percentage points in just two years24. When accounting for global traffic across all devices (mobile and desktop), the zero-click rate currently stands at an overwhelming 64.82%27. Generative AI search summaries have accelerated this trend exponentially. When AI Overviews are present on a Google Search Engine Results Page (SERP), they reduce the average organic Click-Through Rate (CTR) by 18%, with the position-one organic result suffering a massive 37.5% drop in visibility27. Users now complete their research, product comparisons, and factual inquiries entirely within the search interface24. Native AI search engines exhibit even more hostile architectural behaviors: Perplexity maintains a staggering 93% zero-click rate, synthesizing answers inline while treating external links as optional footnotes, while ChatGPT Search operates with an 82% zero-click rate27. The technology research firm Gartner predicts that by 2026, traditional search engine volume will drop by an absolute 25% as users completely migrate their behaviors to virtual agents and chatbots28.

The impact is heavily stratified by query intent. Informational queries—such as definitions, factual lookups, and simple tutorials, which previously sustained the "long-tail" independent web—are resolved natively at astonishing rates. Factual lookups experience a 91% zero-click rate, while complex how-to queries end without a click 53% of the time24. The independent creator, who relies on this long-tail traffic to justify the cost and effort of hosting a website, is being systematically starved of audience and revenue.

2.2 Enshittification and the Terminal Stage of Platform Extraction

This phenomenon is best understood through the critical framework of "enshittification," a term coined by technology theorist Cory Doctorow to describe the inevitable process of platform decay30. Doctorow identifies a tripartite lifecycle inherent to two-sided digital monopolies. In the first stage, the platform acts benevolently toward its end users, spending investor capital to subsidize a genuinely superior, friction-free experience to achieve user lock-in30. In the second stage, once users are trapped by network effects, the platform pivots to abuse those users to benefit business customers—advertisers, publishers, and sellers—turning the platform into a pay-to-play environment30. In the third and final stage, the platform abuses both the users and the business customers to claw back all surplus value for the platform's shareholders, creating a degraded environment that eventually leads to the platform's death30. Generative AI search represents the apex of Stage Three enshittification30. Search monopolies, facing the limits of traditional advertising growth, have realized they no longer need to act as intermediaries between searchers and publishers. By deploying Large Language Models (LLMs) trained aggressively on the independent web, platforms simply synthesize the answers directly on the SERP24. The original creators are demoted from necessary destinations to uncompensated, often invisible cited sources24. This creates what Doctorow calls the "enshittocene," a period characterized by the complete erosion of constraints like market competition, regulatory oversight, and user self-help33. The independent web is essentially being strip-mined for its textual data. If users only query, and engines answer natively using synthesized data, the economic, social, and psychological incentives to host independent websites evaporate. The Connect, Don't Query movement recognizes that the only viable defense strategy is to render the query obsolete by building resilient, manual discovery pipelines that cannot be scraped, summarized, and synthesized by centralized artificial intelligence.

3. Psychological Reprogramming: Active Structural Participation

The dominance of the query model has enacted a severe toll on digital psychology and social organization. To understand why a grassroots web revival is not merely a technical necessity but a psychological imperative, the analysis must shift to the cognitive damage inflicted by algorithmic subservience. The slogan Connect, Don't Query functions as a cognitive intervention designed to shift user behavior from passive consumption to active structural participation.

3.1 The Proletarianization of the Digital Mind

French philosopher Bernard Stiegler warned extensively about the impact of digital media technologies on human consciousness, positing that modern technology serves as a pharmakon—simultaneously a remedy that facilitates human progress and a poison that poses significant cognitive risks35. Stiegler argued that technology acts as the externalization of memory into "tertiary retentions" (artificial memory supports ranging from the invention of writing to digital databases and servers)35. Primary retentions (immediate impressions) and secondary retentions (personal memories) are deeply conditioned by the tertiary retentions available in a given society36. When these tertiary retentions are monopolized by industrial algorithms and search engines, the result is the "proletarianization" of the human mind35. In classical Marxist terms, proletarianization refers to a worker being stripped of their tools and intimate know-how, reduced to a mere appendage of an industrial machine36. In the digital sphere, Stiegler argues, consumers are stripped of their cognitive know-how36. By relying entirely on algorithmic feeds and search bars for discovery, users lose the ability to navigate, synthesize, and actively construct their own knowledge maps35. They become victims of what Stiegler terms "systemic stupidity," caught in a loop of standardized behavioral models dictated entirely by marketing platforms and automated recommendation engines35. The user forgets how to explore; they only know how to ask the machine.

3.2 Restoring the Intention Economy

The slogan Connect, Don't Query is a direct psychological countermeasure designed to reverse this proletarianization. A query is fundamentally an act of passive consumerism; the user submits a request to an opaque, centralized algorithm and accepts the synthesized result as objective reality. It requires no structural understanding of the network. Conversely, a connection is an act of active structural participation and architectural responsibility39. When a user manually curates a list of links, builds a blogroll, or maintains a personal web directory, they are reclaiming the means of computation32. They are engaging in conscious tertiary retention, mapping the web according to human intent, care, and community affiliation rather than algorithmic optimization. This shift transitions users away from the modern "attention economy"—where their focus is extracted as a financial commodity by platforms—to an "intention economy," where discovery is driven by conscious, peer-to-peer relationships36. It re-establishes the intergenerational transmission of knowledge that Stiegler warned was being short-circuited by the digital revolution36.

3.3 Sociological Resilience and the Clustering Coefficient

The psychological benefits of this active participation manifest directly in the sociological structure of the web. In network theory, the health and resilience of a decentralized community can be quantified by its "clustering coefficient"—a measure of the degree to which nodes in a graph tend to cluster together into tightly knit groups43. The local clustering coefficient measures the likelihood that a node's neighbors are also connected to each other, quantifying how "cliquish" a neighborhood is45. [Figure omitted from source export] Search-dominated, scale-free architectures possess an exceedingly low global clustering coefficient among peripheral nodes, as all navigational paths route vertically through the central hub (e.g., Google or Meta) rather than horizontally between peers. The Connect, Don't Query movement seeks to radically increase the clustering coefficient of the independent web46. By manually interlinking independent sites, users create dense, triangular neighborhoods that are highly resilient to central node failure48. This mathematical density translates directly to sociological resilience. It fosters high-trust environments, protects communities from external harassment, and incubates subcultures entirely outside the gaze of the corporate panopticon40. The Yesterweb and Neocities communities perfectly illustrate this dynamic. Driven by nostalgia for a pre-monopoly web, these communities utilize manual linking to build environments where social effort and collective well-being are prioritized over rapid scaling39. When large, centralized Discord servers structurally fail due to scale and toxicity, it is the decentralized, highly clustered webrings that survive the collapse40.

4. Strategic Viability of the Slogan: "Connect, Don't Query"

A grassroots movement requires a potent banner to unify disparate technical and cultural factions. Connect, Don't Query serves as a highly effective battle cry because it functions simultaneously as a philosophical diagnostic tool and a set of operational instructions.

4.1 Linguistic and Cultural Deconstruction

The phrase operates on a stark, easily digestible binary opposition that perfectly encapsulates the current technological crisis.

• "Connect" invokes human warmth, spatial architecture, peer-to-peer egalitarianism, and Ted Nelson’s original, unrealized vision of a deeply intertwined docuverse9. It implies a horizontal relationship between equals, demanding active participation from the user. It suggests that the web is a place to inhabit.
• "Query" is sterile, transactional, and computational. It invokes the cold syntax of databases and implies a vertical relationship of profound subservience, where a client submits a request to a master server and waits to be fed. It suggests the web is merely a vending machine.

For tech-literate users, digital minimalists, and independent bloggers, this linguistic dichotomy brilliantly frames the problem. It diagnoses the malaise of the modern internet not merely as a failure of content quality, but as a failure of verbs. The slogan successfully identifies that the act of querying itself—the surrender of navigational agency—is what grants monopolies their power. It aligns perfectly with Doctorow's demands for the "right of exit" and the "end-to-end principle," which hold that users should be given exactly what they ask for from willing senders, not what a platform algorithm prefers to present31.

4.2 Resonance with the Web Revival

The slogan finds highly fertile ground in existing digital subcultures, particularly the "Web Revival" or "Small Web" movements. Characterized by hosting platforms like Neocities and communities like the Yesterweb, this demographic is largely populated by Gen Z users expressing a profound, almost radical nostalgia for a decentralized internet they barely experienced39. These communities inherently reject algorithmic structure and corporate homogeneity40. The manifesto of the Yesterweb explicitly emphasizes the "commitment to rehumanizing social relations and reversing the process of social alienation" caused by modern information technology capital40. Connect, Don't Query provides these aesthetic and social movements with a hardened strategic doctrine. It elevates the act of building a static website from a quaint hobby to an act of direct political resistance against the "enshittocene." By framing manual hyperlinking as an anti-capitalist, pro-social imperative, the slogan galvanizes a diverse coalition ranging from hardcore open-source developers to amateur digital artists51.

5. Actionable Implementation: Decentralized Mechanics and Tooling

A philosophy without underlying mechanics is merely an aesthetic. For the Connect, Don't Query movement to succeed in starving the search monopolies, users must radically alter their daily digital behaviors and adopt decentralized tooling. The movement advocates for a return to specific historical curation practices, modernized and fortified by cutting-edge W3C open standards and alternative transport protocols.

5.1 Reconstructing the Bidirectional Web: Webmentions and Microformats

To cure the original architectural sin of HTML's unidirectional links, the movement champions the widespread adoption of the W3C Webmention standard55. Incubated within the IndieWeb community, a Webmention is a simple, decentralized protocol that notifies a URL when it has been linked to by another sovereign site55. When Site A links to Site B, Site A's server autonomously discovers Site B's Webmention endpoint (typically advertised in the HTTP headers or HTML \<link\> tags)55. Site A then sends a background HTTP POST request—a simple x-www-form-urlencoded payload containing the source and target URLs—to Site B55. Site B receives the ping, fetches the source to verify the link actually exists, and can then dynamically display that link as a comment, a "like," a repost, or a standard backlink55. This artificially reconstructs Ted Nelson’s bidirectional transclusion across the independent web, completely bypassing the need for a search engine crawler to map backlinks8. Crucially, this protocol relies on Microformats2—an open vocabulary for embedding structured data directly into standard HTML classes, allowing parsers to easily understand the context of the interaction60.

• h-card: Represents a person or organization, utilizing classes like p-name (plain-text name), u-url (profile permalink), and u-photo62.
• h-entry: Represents episodic content like blog posts or articles, utilizing classes like dt-published (date) and e-content (the body text)60.

By marking up their static sites with microformats and supporting Webmentions, independent nodes form a machine-readable, decentralized social graph that rivals the API-driven walled gardens of corporate platforms60.

5.2 POSSE: Publish on Own Site, Syndicate Elsewhere

To transition away from corporate platforms without immediately losing audience reach, the movement embraces the core IndieWeb architectural pattern known as POSSE (Publish on Own Site, Syndicate Elsewhere)65. Rather than feeding original content directly into a proprietary database, users publish on their sovereign domain first68. Using syndication tools like Bridgy, the content is then automatically pushed out to the "fediverse" (via ActivityPub/Mastodon), ATProto (Bluesky), or even legacy corporate silos65. The true power of POSSE lies in "backfeeding." When a user likes or comments on the syndicated copy residing in a corporate silo, Bridgy translates that proprietary API interaction into an open Webmention and sends it back to the original sovereign site65. This ensures the independent node remains the canonical repository of all interactions and social proof, gradually draining the structural and historical power of the host platform66.

5.3 RSS and Alternative Transport Protocols

To completely circumvent algorithmic feeds, the movement heavily advocates for the aggressive revival of RSS (Really Simple Syndication). RSS allows users to subscribe directly to websites, receiving chronological updates in a dedicated reader application without the intermediation of a curation algorithm69. By exposing XML or JSON feeds, independent sites allow users to build their own personalized, chronological consumption streams, fully realizing the end-to-end principle31. Furthermore, extreme factions of the movement are adopting entirely alternative transport protocols, such as Project Gemini. Gemini is an application-layer Internet communication protocol designed to be heavier than Gopher but lighter than HTTP70. It strictly forbids inline scripting, tracking, and complex CSS, forcing the web back into a purely document-centric, text-heavy paradigm that is inherently hostile to commercial extraction and AI scraping70.

5.4 Curational Hygiene: Blogrolls, Webrings, and Human Directories

If users are to actively abandon search engines, alternative discovery pipelines must be instantiated and rigorously maintained.

• The Blogroll: Originating in the early 2000s (coined by Doc Searls in 2000), the blogroll is a static, non-algorithmic list of recommended links placed prominently in the sidebar of a website71. It acts as a human-curated endorsement graph, allowing readers to surf from one trusted node to another without ever consulting a central index69.
• Webrings: Communities of shared interest linked sequentially (via Previous / Next / Random buttons embedded on the site)39. Webrings ensure that smaller, highly niche sites receive traffic solely based on peer affiliation, guaranteeing that discovery is intentional and community-driven rather than keyword-optimized39.
• Independent Directories: Before search algorithms dominated, the web relied on human-curated taxonomies like the Yahoo Directory and DMOZ (Open Directory Project), which categorized the web hierarchically76. Modern equivalents are emerging within the Small Web to categorize sites based on qualitative value rather than SEO spam, providing curated entry points for specific subcultures79.

5.5 Search as Discovery, Not Oracle (The Marginalia Model)

The movement acknowledges that some form of search is occasionally necessary, but it demands the abandonment of corporate indexers in favor of independent, ideological crawlers. A prime example is Marginalia Search, an independent engine built by a single developer in Sweden specifically to index the "small web"82. Marginalia structurally reverses the biases of commercial search. While Google penalizes sites for lacking modern responsive design, Marginalia heavily penalizes heavy JavaScript, dense advertising, tracking scripts, and affiliate links82. It rewards text density, simplicity, and treats site age as a positive signal under a Lindy-effect assumption, surfacing old blogs, hobbyist documentation, and academic pages that lack marketing budgets82. Because Marginalia runs its own crawler (identifying openly from a specific IP range) and maintains its own index separate from the Bing/Google duopoly, it serves as a specialized exploratory tool rather than an omniscient answer engine, proving that search can complement, rather than subjugate, human connection82.

5.6 Mitigating Security and Trust Challenges

A decentralized network built on direct connection is inevitably vulnerable to exploitation, specifically link injection and Webmention spam85. Spammers exploit open endpoints by sending falsified Webmentions to inject SEO backlinks or malicious payloads into sovereign sites85. To protect the Connect, Don't Query ecosystem without relying on a centralized moderator, developers must implement algorithmic trust based on network topology. The proposed "Vouch" protocol is a prime example: Site A will only accept a Webmention from Site B if Site B is followed by, or linked to by, a trusted node within Site A's existing, verified social graph85. By enforcing validation through the clustering coefficient (requiring mutual connections), the network organically defends itself against external, automated pollution85.

6. Conclusion

The historical transition of the World Wide Web from a peer-to-peer hypertext landscape into a centralized, AI-synthesized database is not a natural, inevitable technological evolution; it is a deliberate architectural enclosure engineered to extract capital from human connection. Generative AI zero-click search represents the terminal phase of this enclosure, threatening to completely sever the economic and social lifelines that sustain independent digital creation. The Connect, Don't Query movement is a vital, systematic rejection of this architecture. It recognizes that to defeat a monopoly, one must not engage with its primary weapon. By abandoning the query in favor of deliberate, human-curated connection—operationalized through Webmentions, microformats, POSSE architectures, RSS feeds, and grassroots curation—the independent web can forge a highly resilient parallel topology. This is a profound project of psychological de-proletarianization, re-empowering the user to map the digital terrain on their own terms. The survival of the open web relies entirely on humanity’s willingness to stop asking machines for answers, and start linking to each other once again.

Works cited

1. Foucault's Archaeology of Knowledge Explained | PDF | Discourse, https\://www\.scribd.com/document/783004768/The-Archaeology-of-Knowledge-Chapter-1-Summary

2. The Archeology of Knowledge, https\://dn790008.ca.archive.org/0/items/the\_archeology\_of\_knowledge/the\_archeology\_of\_knowledge.pdf

3. michel foucault \- the archaeology of knowledge, https\://faculty.uml.edu/sgallagher/Foucault\_Michel\_Archaeology\_of\_Knowledge.pdf

4. The Archaeology of Knowledge by Michel Foucault, https\://www\.marxists.org/reference/subject/philosophy/works/fr/foucault.htm

5. The Archaeology of Knowledge \- Wikipedia, https\://en.wikipedia.org/wiki/The\_Archaeology\_of\_Knowledge

6. Foucault's Archaeology \- OAPEN Library, https\://library.oapen.org/handle/20.500.12657/30795

7. Transclusion and Transcopyright Dreams \- Maggie Appleton, https\://maggieappleton.com/transcopyright-dreams

8. Ted Nelson & Project Xanadu — The Internet That Was Supposed to, https\://linkid.io/xanadu

9. Ted Nelson \- Wikipedia, https\://en.wikipedia.org/wiki/Ted\_Nelson

10. Bidirectional Links \- Screens, Research and Hypertext, https\://screensresearchhypertext.com/bidirectional-links/

11. (PDF) Transclusions in an HTML-Based Environment \- ResearchGate, https\://www\.researchgate.net/publication/220066173\_Transclusions\_in\_an\_HTML-Based\_Environment

12. Hypertext, Transclusion, Xanadu: the Web that Could have Been, https\://terrahq.com/en/blog/ted-nelson-hypertext-xanadu-notion/

13. Barabási–Albert model \- Wikipedia, https\://en.wikipedia.org/wiki/Barab%C3%A1si%E2%80%93Albert\_model

14. DATABASE AS A SYMBOLIC FORM \- Lev Manovich, https\://manovich.net/content/04-projects/025-database-as-a-symbolic-form/19\_article\_1998.pdf

15. Database as Symbolic Form \- Lev Manovich \- AWS, [https\://s3-euw1-ap-pe-df-pch-content-store-p.s3.eu-west-1.amazonaws.com/9780203716083/bc7a692b-558d-4fa2-864a-b881578409ce/chapters/chapter7.pdf?X-Amz-Algorithm=AWS4-HMAC-SHA256\&X-Amz-Credential=AKIAQFVOSJ57TJK3L5FC%2F20261001%2Feu-west-1%2Fs3%2Faws4\_request\&X-Amz-Date=20261001T052022Z\&X-Amz-Expires=172800\&X-Amz-Signature=cd4eb1c4e6412cd6feedff614662733d3a734fc957bbf39966c7a32e666adc11\&X-Amz-SignedHeaders=host\&response-content-disposition=attachment%3B%20filename%3D%2210.4324\_9780203716083-10\_chapterpdf.pdf%22](https://s3-euw1-ap-pe-df-pch-content-store-p.s3.eu-west-1.amazonaws.com/9780203716083/bc7a692b-558d-4fa2-864a-b881578409ce/chapters/chapter7.pdf?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAQFVOSJ57TJK3L5FC/20261001/eu-west-1/s3/aws4_request&X-Amz-Date=20261001T052022Z&X-Amz-Expires=172800&X-Amz-Signature=cd4eb1c4e6412cd6feedff614662733d3a734fc957bbf39966c7a32e666adc11&X-Amz-SignedHeaders=host&response-content-disposition=attachment;+filename%3D%2210.4324_9780203716083-10_chapterpdf.pdf%22)

16. Database as Symbolic Form \- Digital Archiving Resources \- UCF, https\://dar.cah.ucf.edu/items/show/262

17. Database as symbolic form \- Speaker Deck, https\://speakerdeck.com/samuelpushpak/database-as-symbolic-form-1

18. Database as a Symbolic Form \- Lev Manovich, https\://manovich.net/index.php/projects/database-as-a-symbolic-form

19. The Platformization of the Web: Making Web Data Platform Ready, https\://www\.researchgate.net/publication/282445359\_The\_Platformization\_of\_the\_Web\_Making\_Web\_Data\_Platform\_Ready

20. The web as platform: Data flows in social media \- Anne Helmond, https\://www\.annehelmond.nl/2015/08/28/dissertation-the-web-as-platform-data-flows-in-the-social-web/

21. (PDF) Anne Helmond on Researching the History of the Web, https\://www\.researchgate.net/publication/341375576\_Anne\_Helmond\_on\_Researching\_the\_History\_of\_the\_Web

22. THE POLITICS OF PLATFORMIZATION \- Network Cultures, https\://networkcultures.org/wp-content/uploads/2023/02/PoliticsofPlatformization\_INC2023\_TOD48.pdf

23. Barabási–Albert model | Herb Susmann \- Observable Notebooks, https\://observablehq.com/@herbps10/barabasi-albert-model

24. Zero Click Search Statistics: CTR Drop, AIO & Trends in 2026, https\://click-vision.com/zero-click-search-statistics

25. 60 Zero-Click Search Statistics for 2026: 68% No Click, https\://www\.elitecontentmarketer.com/zero-click-search-statistics/

26. In 2026, Less than One Third of Google Searches Still Send a Click, https\://sparktoro.com/blog/in-2026-less-than-one-third-of-google-searches-still-send-a-click/

27. Zero-Click Search Statistics 2026: Complete Data Guide, https\://www\.digitalapplied.com/blog/zero-click-search-statistics-2026-complete-data

28. Gartner Predicts Search Engine Volume Will Drop 25% by 2026, https\://www\.gartner.com/en/newsroom/press-releases/2024-02-19-gartner-predicts-search-engine-volume-will-drop-25-percent-by-2026-due-to-ai-chatbots-and-other-virtual-agents

29. Gartner Says 25% of Search Moves to AI Chatbots: The CMO, https\://searchfit.ai/blog/gartner-says-25-percent-search-moves-to-ai-chatbots-cmo-response

30. Enshittification: Cory Doctorow on the Collapse of Digital Platforms, https\://medium.com/@timventura/enshittification-cory-doctorow-on-the-collapse-of-digital-platforms-e12155ff0f08

31. Enshittification \- Wikipedia, https\://en.wikipedia.org/wiki/Enshittification

32. Enshittification: Why Everything Suddenly Got Worse and, https\://www\.goodreads.com/book/show/222615930-enshittification

33. 'Enshittification' is coming for absolutely everything \- Reddit, https\://www\.reddit.com/r/Futurology/comments/1amp65h/enshittification\_is\_coming\_for\_absolutely/

34. are digital platforms bound to decay? an economic examination of, https\://research.dial.uclouvain.be/bitstreams/7fc3632f-c024-4bd0-85c5-6fb77705fe31/download

35. (PDF) Bernard Stigler's Theory of Media Technology and Impact on, https\://www\.researchgate.net/publication/385333393\_Bernard\_Stigler's\_Theory\_of\_Media\_Technology\_and\_Impact\_on\_Communication\_Studies

36. the war for attention and the role of digital technology in the work of, https\://journals.openedition.org/phenomenology/pdf/442

37. The problem is proletarianisation, not capitalism \- Radical Philosophy, https\://www\.radicalphilosophy.com/wp-content/uploads/2021/12/rp211\_manche.pdf

38. A Media Theory of Artificial Intelligence after Simondon and Stiegler, https\://ojs.unito.it/index.php/tropos/article/view/11056

39. The Web Revival Breakdown \- Myrrh, https\://myrrh.city/museum/library/Thewebrevivalbreakdown

40. The Yesterweb \- Reclaiming the Internet, https\://yesterweb.org/

41. A review of Stiegler's For a New Critique of Political Economy, https\://www\.generation-online.org/other/stieglerreview.htm

42. The philosophical and technical legacy of Bernard Stiegler \- Medium, https\://medium.com/@ycjiang1998/artificial-unintelligence-the-philosophical-and-technical-legacy-of-bernard-stiegler-4536f335428b

43. Toward Quantifying Decentralization of Blockchain Networks With, https\://www\.frontiersin.org/journals/blockchain/articles/10.3389/fbloc.2022.812957/full

44. Clustering coefficient \- Wikipedia, https\://en.wikipedia.org/wiki/Clustering\_coefficient

45. Local Clustering Coefficient in Networks \- Emergent Mind, https\://www\.emergentmind.com/topics/local-clustering-coefficient

46. Graph algorithms in Neo4j: Triangle count & clustering coefficient, https\://neo4j.com/blog/graph-data-science/graph-algorithms-neo4j-triangle-count-clustering-coefficient/

47. Network Clustering Coefficient Calculator | MetricGate, https\://metricgate.com/docs/network-clustering-coefficient/

48. Network Analysis Tutorial \- Interpreting the Results : \- Support :, https\://support.enginius.biz/support/solutions/articles/64000304876-network-analysis-tutorial-interpreting-the-results

49. How Clustering Affects the Convergence of Decentralized ... \- arXiv, https\://arxiv.org/abs/2407.01460

50. Building a New Web | The-web-raft \- ProBoards, https\://the-web-raft.boards.net/thread/27/building-new-web

51. What happened to yesterweb? \- suboptimalism \- Neocities, https\://suboptimalism.neocities.org/writings/yesterweb

52. Should we bring back the 90s/2000s independent website structure?, https\://www\.reddit.com/r/ArtistHate/comments/1f1pfo0/should\_we\_bring\_back\_the\_90s2000s\_independent/

53. Neocities/Hobbyist Web Development Thread\!\! \- Bulbagarden, https\://bulbagarden.net/threads/neocities-hobbyist-web-development-thread.309007/

54. Browse \- Neocities, https\://neocities.org/browse?sort\_by=newest\&page=5

55. Webmention \- W3C, https\://www\.w3.org/TR/2016/WD-webmention-20160429/

56. Social Web Protocols \- W3C, https\://www\.w3.org/TR/2016/WD-social-web-protocols-20160603/

57. Kevin Marks, https\://kevinmarks.com/

58. Webmention – WordPress plugin, https\://wordpress.org/plugins/webmention/

59. Webmention \- IndieWeb, https\://indieweb.org/Webmention

60. h-entry \- IndieWeb, https\://indieweb.org/h-entry

61. h-entry \- Microformats Wiki, http\://microformats.org/wiki/h-entry

62. Using microformats in HTML \- MDN Web Docs, https\://developer.mozilla.org/en-US/docs/Web/HTML/Guides/Microformats

63. Microformats \- Mastodon documentation, https\://docs.joinmastodon.org/spec/microformats/

64. h-card \- Microformats Wiki, http\://microformats.org/wiki/h-card

65. Bridging the Open Web and APIs: Alternative Social Media, https\://www\.mediastudies.press/pub/iacmedia-bridging-open-web

66. Posse Distribution Architecture (Grade A) \- Skills Directory, https\://www\.skillsdirectory.com/skills/luokai0-posse-distribution-architecture

67. The Slow Web & IndieWeb Manifesto \- Garden, https\://standard.garden/guide/why/manifesto

68. IndiePub Kit: The Sovereign Publishing Kit, https\://indiepub.dev/

69. 2000: Bloggers Make Friends, but RSS Format Wars Kick Off, https\://cybercultural.com/p/blogs-rss-2000/

70. Gemini (protocol) \- Wikipedia, https\://en.wikipedia.org/wiki/Gemini\_(protocol)

71. blogroll \- IndieWeb, https\://indieweb.org/blogroll

72. What is a Blogroll? \- Miniroll, https\://www\.miniroll.app/what-is-a-blogroll

73. A Brief History of Bloggering \- The Morning News, https\://themorningnews.org/a-brief-history-of-bloggering/

74. Ye Olde Blogroll \- Because blogs are the soul of the web, https\://blogroll.org/

75. /ot/ \- Oldweb/Smallweb and Personal Sites \#7 \- lolcow.farm, https\://lolcow.farm/ot/res/2759836.html

76. The Evolution of Online Search: Early Search Engines Before Google, https\://liondigital.com.au/early-search-engines-before-google/

77. Yahoo Directory \- Wikipedia, https\://en.wikipedia.org/wiki/Yahoo\_Directory

78. What Is DMOZ? \- Loganix, https\://loganix.com/what-is-dmoz/

79. List of web directories \- Wikipedia, https\://en.wikipedia.org/wiki/List\_of\_web\_directories

80. A Journey Through the History of Directory Websites | by Ugurr Isikli, https\://medium.com/@ugurr.isikli/a-journey-through-the-history-of-directory-websites-982133991f09

81. Bring back the human-curated web directory \- Jack Yan, https\://jackyan.com/blog/2023/09/bring-back-the-human-curated-web-directory/

82. Marginalia Search | SearchEngines.Net, https\://www\.searchengines.net/marginalia/

83. Marginalia Search Engine for Small Web \- gHacks Tech News, https\://www\.ghacks.net/2023/12/31/marginalia-is-a-search-engine-that-you-should-check-out/

84. Marginalia (search engine) \- Wikipedia, https\://en.wikipedia.org/wiki/Marginalia\_(search\_engine)

85. spam \- IndieWeb, https\://indieweb.org/spam

86. Spam Link Injection – Find and Remove It in WordPress \- WPExperts, https\://wpexperts.io/blog/spam-link-injection/

87. Webmention \- W3C, https\://www\.w3.org/TR/webmention/

88. webmention-implementation-guide \- IndieWeb, https\://indieweb.org/webmention-implementation-guide