Remi Chauveau Notes
Wikipedia’s 25‑year journey shows how a volunteer‑built encyclopedia that once reshaped online knowledge now faces its toughest challenge yet as generative AI reduces readership, complicates trust, and forces a new reckoning with how information is created, verified and sustained.
Technology 🚀

🌐 At 25, Wikipedia Confronts Its Most Existential Test: The Age of Generative A.I.

25 January 2026
@wikipedia The future of knowledge is yours to protect. #Wikipedia25 ♬ Wikipedia25 - Wikipedia

Where Memory Meets the Machine

Jean Deaux’s song “Wikipedia” echoes the core tension of this moment in a single breath, capturing how our identities—like the encyclopedia itself—are constantly rewritten, reinterpreted and reshaped in a digital world now transformed by generative AI.

🎶 📚🧠🌐🤖✏️🔍💬🛰️📉📄✨ 🔊 Wikipedia - Jean Deaux




“Imagine a world in which every single person on the planet is given free access to the sum of all human knowledge,” Jimmy Wales once said.

Twenty‑five years later, that founding ideal still defines Wikipedia—but the digital environment around it has transformed. What began as a radical experiment in collaborative knowledge‑building now faces a new kind of existential pressure: a world where generative AI increasingly mediates how people search, learn and verify information.

📝 The First Edit That Changed Everything

Ian Ramjohn remembers the moment he first edited Wikipedia in 2004, correcting outdated information about Trinidad and Tobago’s government. The edit took minutes, but the effect was lasting. “That was huge,” he says. “I got hooked pretty much right away.” Over the next two decades, Ramjohn—an ecologist and longtime Wiki Education staff member—watched Wikipedia expand from a pop‑culture‑heavy curiosity into the Internet’s fastest route to background knowledge on everything from microbes exposed to space to the geology of Jupiter’s volcanic moon Io.

🔧 Building Trust in an Open System

That transformation required structure. As readership grew, so did the need for guardrails around neutrality, sourcing and editorial conduct. Early disputes over evolution, climate change and medical misinformation pushed the community to formalize policies and, in some cases, lock contentious pages. The result was a trust architecture—citations, talk pages, edit histories—that proved surprisingly resilient. Experiments by philosopher P. D. Magnus, who inserted factual errors into articles 15 years apart, showed that volunteers consistently corrected more than a third within 48 hours.

🎓 Wikipedia as a Classroom

Educators eventually recognized the platform’s pedagogical value. Some still discouraged citing Wikipedia directly, but others embraced it as a training ground for scientific communication and information literacy. At Georgia Tech, biogeochemist Jennifer Glass assigns students to write new articles from scratch, teaching them to synthesize research with clarity and precision. At Oregon State University, librarian Diana Park co‑teaches a course that demystifies Wikipedia’s inner workings—its sourcing norms, talk pages and editorial debates—helping students understand how online knowledge is built and maintained.

🤖 The AI Era and a New Kind of Threat

Those skills matter more than ever as generative AI reshapes how people encounter information. Search engines increasingly surface AI‑written summaries that draw on Wikipedia’s content without sending readers to the site. The Wikimedia Foundation has already reported an 8 percent drop in human page views across key months in 2025, and external analyses suggest the platform has lost more than a billion monthly visits since 2022. Large language models, trained on vast swaths of the open web, produce fluent but citation‑free answers—raising urgent questions about verification, accountability and the future of collaborative knowledge. Wikipedia still anchors the world’s information ecosystem; the challenge is ensuring humans remain invested in sustaining it.

#WikiFuture 📚 #OpenKnowledge 🌐 #HumanEditors 📝 #InfoLiteracy 🔍 #AIImpact 🤖

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