We are your navigators for the biomimetic search space. Our proprietary toolkit charts unseen research trajectories and enables you to reverse-engineer nature’s creations. We hunt for "Multiples" – problem-solving strategies arising across man-made and natural systems alike. Bio-inspiration is the path of least resistance towards deep tech breakthroughs in materials science, robotics, computing and photonics.
We help you initiate and steer bio-innovation projects in various domains. As knowledge engineers, we systematize the invention of technologies that mimic unsurpassed design features from biology. We connect and align the theory of biomimetics with established and emerging manufacturing & prototyping methodologies. With “Mimotype”, we present a search engine to browse genomic data for biomaterials candidates, allowing for novel modes of product design.
claudio@kybernesia.org
danilo@kybernesia.org
We are your navigators for the biomimetic search space. Our proprietary toolkit charts unseen research trajectories and enables you to reverse-engineer nature’s creations. We hunt for "Multiples" – problem-solving strategies arising across man-made and natural systems alike. Bio-inspiration is the path of least resistance towards deep tech breakthroughs in materials science, robotics, computing and photonics.
We help you initiate and steer bio-innovation projects in various domains. As knowledge engineers, we systematize the invention of technologies that mimic unsurpassed design features from biology. We connect and align the theory of biomimetics with established and emerging manufacturing & prototyping methodologies. With “Mimotype”, we present a search engine to browse genomic data for biomaterials candidates, allowing for novel modes of product design.
claudio@kybernesia.org
danilo@kybernesia.org