Plantoïd merges robotics and nature into an ecosystem of robotic plants. This bio-inspired interactive installation invites visitors to explore harmonious interactions between technology and the natural world.
The robotic structures in this are designed to respond dynamically to their environment. By incorporating intricate folding techniques and leveraging biomaterials, Plantoïd highlights practical applications of folding in robotics and material science while simulating plant-like behaviours. Through these hybrids, the project redefines our perception of the relationship between humans, plants, and robots.
Ohme Lab Contributions
The Ohme Lab played a crucial role in the technical development of Plantoïd, focusing on three key aspects. The team developed a respiration detection system, allowing the robots to activate in response to visitors’ breathing. They designed and implemented a pneumatic mechanism to animate the robotic plants. Additionally, they researched and selected biomaterials suited to the folding and crumpling techniques central to Dewi’s practice.
Expanding the Horizon
Building on the success of the residency, Dewi has begun to extend his research to other living organisms, including fungi and algae. He aims to further blur the boundaries between nature, science, and technology. His work continues to stimulate the imagination, offering a glimpse into a future where robotic systems harmoniously coexist with natural ecosystems.
Created by
Dewi Brunet, an artist at the crossroads of art, science and technology, specialises in folding techniques. His innovative practice spans a wide range of materials, applications and research areas. With a focus on the intersection of ecology and technology, Dewi’s work delves into the emerging field of robotic folding – also known as Oribotics – which bridges nature, origami and robotics.
As part of the Sustainable Robotics residency programme organised by Ohme in collaboration with BrIAS and FARI (2023-24), Dewi explored the potential of creating bio-inspired robotic systems. This residency marked a pivotal phase in the development of Plantoïd. Through this collaboration, Ohme supported Dewi in advancing his research and refining the project. This partnership exemplifies the potential of interdisciplinary residencies to inspire innovative solutions and foster dialogue between art and science.
Ohme launched the Sustainable Robotics residency programme (2023-24) in partnership with the Brussels Institute for Advanced Studies – BrIAS, and with FARI – Institute of Artificial Intelligence for the Common Good, both co-founded and co-led by the Université libre de Bruxelles (ULB) and the Vrije Universiteit Brussels (VUB).
This research is co-produced by Ohme in the framework of Ohme’s artistic residencies programme,
funded by Innoviris – the Brussels-Capital Region & the Federation Wallonie-Bruxelles.
