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In this paper we analyse the world and network connections of biohacking within a medium-sized city, focusing on the interactions between the stakeholders and the potential risks and benefits. Through the design of a network model and simulation experiments with it, we get insight into the dynamics of biohacking activities and the impact of potential protective measures in a medium-sized city. One the findings from the simulation scenario was the identification of the risks associated with unregulated biohacking practices, in particular those conducted by DIY biohacking enthusiasts. The conducted simulations showed how with the implementation of structured protective measures, such as the public forum and task forces, the risk levels can be reduced. The simulations also showed that the benefits from biohacking such as enhanced physical and cognitive abilities can outweigh the risks of complications over time, providing that protective measures have been provided and are effective.

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Analysing the Rise of Biohacking in a Tech-Driven City: Assessing Risks Through Adaptive Network Modeling

  • 会议论文

  • 发表日期：

    2025年

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  • Charlotte C. A. Hoffmans,
  • Lisa van der Does,
  • Merel van der Kolk,
  • Timo van Rooyen,
  • Nick Barelds,
  • Jan Treur,
  • Peter H. M. P. Roelofsma

摘要

In this paper we analyse the world and network connections of biohacking within a medium-sized city, focusing on the interactions between the stakeholders and the potential risks and benefits. Through the design of a network model and simulation experiments with it, we get insight into the dynamics of biohacking activities and the impact of potential protective measures in a medium-sized city. One the findings from the simulation scenario was the identification of the risks associated with unregulated biohacking practices, in particular those conducted by DIY biohacking enthusiasts. The conducted simulations showed how with the implementation of structured protective measures, such as the public forum and task forces, the risk levels can be reduced. The simulations also showed that the benefits from biohacking such as enhanced physical and cognitive abilities can outweigh the risks of complications over time, providing that protective measures have been provided and are effective.