Wiki Digital Archeology Research

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Wiki Digital Archeology Research

[ RESEARCH CONTEXT: Technobiological Futures Co-Laboratories ]
The Wiki Digital Archeology Research project is a systematic effort to map, reconstruct, and analyze the historical evolution of open-source community wikis. By auditing millions of data points across decentralized nodes like Hackteria, SGMK, and TAMI, we visualize the collective heartbeat of technobiological collaboration from 2009 to the present.

This research was conducted during the Arai-eek Lab residency (Chiang Mai, 2026) using an agentic workflow to synthesize legacy database fragments into modern archival reports. See also the .html version of those wiki research

Research Modules

This index is part of the "Technobiological Futures Co-Laboratories" (CoLabs), a multi-phase research initiative spanning Thailand, Switzerland, Indonesia, and India. The project focuses on the consolidation of these diverse wiki ecosystems, mapping the transdisciplinary networks and grassroots knowledge production that bypass traditional structures, fostering direct exchange and resilient community-led innovation.
[ LINK: Technobiological Futures Co-Laboratories ]

Spam Cleanup 2026

This analysis was done after a deep Hackteria Wiki Spam Cleanup 2026

Research Reports: Wiki Archeology

See also the html page of the same results on arai-eek lab github.io

Deep historical activity archeology (2009-2026). A global biohacking network mapping 35,000+ lifetime actions and vibrant community project clusters.

TIMELINE: 2009 - 2026 (ACTIVE)
TOP NODES: Dusjagr, Gaudi, Mamind, Shihweichieh, Mikrobiomik
ACTIVITY:
 '09     '14     '19     '24 
[▄▃▄▄▄██▄▄█▇▆▄▇▇▄▃▂]
RECENT SCAN: 2026 (CoLabs Chiang Mai, SoilAssembly)

[ ACCESSING DEEP HISTORY CORE... ]

Historical activity matrix for the Swiss Mechatronic Art Society. Tracking community growth, circuit bending, and hardware hacking since 2010.

TIMELINE: 2010 - 2026 (ACTIVE)
TOP NODES: Dusjagr, Omega attraktor, Stahl, 0rel, Urbs
ACTIVITY:
 '09     '14     '19     '24 
[·▂▆▅▄▃▄▆▂▃▅▆▄▄▅▆█▂]
RECENT SCAN: 2026 (Ongoing documentation)

[ RETRIEVING MECHATRONIC LOGS... ]

Reconstructed activity matrix (2011-2026). Archeological recovery of the Tel Aviv Makerspace documentation across MediaWiki and DokuWiki eras.

TIMELINE: 2011 - 2026 (RECONSTRUCTED)
TOP NODES: Jeremy.rutman, Yuval Adam, AlonLevy, Yair, Timi
ACTIVITY:
 '09     '14     '19     '24 
[··▃▄▇▆▇▆▅▆▇▄▃▂█▇▇▃]
RECENT SCAN: 2025 (DokuWiki Live Era)

[ RECONSTRUCTING FRAGMENTED DATA... ]

Historical activity matrix (2018-2026). Mapping the knowledge nodes and "absurd genius" project clusters of the idiot.io maker collective.

TIMELINE: 2018 - 2026 (ARCHIVAL)
TOP NODES: yair, zohar, denisa (REACHED LIMIT)
ACTIVITY:
 '09     '14     '19     '24 
[·········▆▆█▄▆▄▂ ]
RECENT SCAN: 2024 (Biological Computing peak)

[ SCANNING KNOWLEDGE NODES... ]

[ STATUS: ALL SYSTEMS OPERATIONAL | SCANNING COMPLETED ]

Methodology: Digital Archeology & Multi-Agent Synthesis

This research was conducted by dusjagr in collaboration with Antigravity and an agentic multi-model ecosystem during the early residency phase of the Arai-eek Lab in Chiang Mai.

  • Multi-Model Ecosystem: Gemini 2.0 Flash served as the primary "Archeologist," handling large-scale data extraction, autonomous browser research, and the programmatic refactoring of the reports. DeepSeek-V4 Pro was utilized for specialized design consultation and data structure refinement, moving from high-contrast neon aesthetics to a cleaner, archival-style presentation.
  • Automated Auditing: For active sites like Hackteria and SGMK, we built a Python-based scanner to perform year-by-year audits of tens of thousands of MediaWiki actions, mapping contributor leaderboards and career sparklines.
  • Archeological Reconstruction: For the TAMI wiki, which lost its database in 2023, we reconstructed history using the Wayback Machine, cross-referencing archives dating back to 2011 to bridge the gap between lost eras.
  • Aesthetic Archival: Data is synthesized into terminal-themed reports using Unicode block elements (▂▃▄▅▆▇█) and simplified grayscale tables to create a responsive, high-contrast interface suitable for archival documentation.

Part of the Technobiological Futures research, preserving the tacit knowledge of maker networks through modern agentic tools.