Through participation by Ottó Werschitz co-founder, Neuron Solutions played a key role in an innovative research project that explores the future of artificial intelligence and its deep connection to human society, nature, and sustainability.
The research project titled “Entangled AI: Artificial Intelligence that Serves the Future” lead by researchers of the Corvinus University in Budapest, explored the evolving relationship between artificial intelligence, society, and nature through a methodology called backcasting. The project aimed to create a vision for the future where AI is intricately interconnected with humans and the natural world. This concept, referred to as “entangled AI,” suggests that AI should not only advance technology but also contribute to ecological sustainability, social justice, and human well-being. The research emphasized the need for AI to serve multiple societal goals simultaneously, challenging the traditional view of AI as a neutral, standalone technology.
The methodology behind this research was participatory backcasting, a process in which a panel of AI experts from various sectors, including business, academia, and civil society, envisioned their ideal future for AI. The participants first imagined a future where AI plays an integral role in supporting the balance between humanity and the environment. They then worked backward, identifying the necessary steps to achieve that vision by 2060. This method allowed the panel to think creatively and break free from the constraints of current technological and societal limitations. Ottó Werschitz, co-founder of Neuron Solutions, played an important role in the project, contributing his expertise in AI theory and practice and helping shape the final vision.
The key outcome of the research was the development of the concept of “entangled AI.” The experts envisioned a future where AI does not exist independently but is deeply intertwined with human values and environmental needs. This interconnectedness means that AI’s role is to support sustainable living, improve social justice, and promote individual well-being. The research concluded that AI’s impact depends largely on the ethical choices humans make in developing and deploying the technology. In this vision, AI reflects humanity’s ethical values and amplifies the decisions we make about fairness, justice, and environmental sustainability.
Ottó’s participation in this groundbreaking research is a testament to his commitment to advancing AI in a socially responsible manner. As an expert in the AI space, his involvement brought valuable insights into the practical application of AI technologies. His contributions helped ensure that the project maintained a balance between theoretical exploration and real-world feasibility, enhancing the scientific value of the research. Ottó’s expertise, combined with that of other participants, helped develop a framework that policymakers and technology developers can use to guide AI’s future role in society.
This research highlights the importance of interdisciplinary collaboration in shaping the future of AI. By involving experts from diverse fields and focusing on participatory methods, the project offers a more holistic view of how AI can serve not only technological progress but also human and ecological needs. Ottó’s role in this effort underscores the importance of bringing business and practical perspectives into discussions about the ethical and sustainable development of AI.
