Our vision
At Omnibio we are committed to better, greener, intelligence and its applications
Greener AI
Organoid intelligence harnesses biological substrates for eco-friendly, renewable computing power surpassing energy-intensive AI. As silicon reserves dwindle, this organic approach mitigates reliance on finite resources, paving the way for a sustainable technological future.
Ethics first
At our core, we are an ethics-first company, firmly committed to developing this transformative technology in a responsible and principled manner. We understand the profound implications of organic computing and its potential to reshape industries and societies. As pioneers in this field, we embrace the duty to establish rigorous ethical frameworks that prioritize safety, transparency, and accountability. We are dedicated to fostering trust, mitigating risks, and driving positive change through our ethical principles.
Collaborative community
We prioritise fostering a collaborative community ecosystem. By bringing together diverse minds in an open, inclusive environment, we aim to accelerate innovation through knowledge-sharing and collective problem-solving. This community-driven approach empowers research, propelling organoid intelligence towards addressing global challenges and shaping a harmonious future with organic computing.
The FUTURE
nEUROMODULATION
Looking ahead, we aim to push the boundaries of performance and versatility through advanced neuromodulation techniques. We envision optimizing our biocomputational substrates for diverse tasks by harnessing the power of neurochemicals and genetic engineering. From precisely tuning neurotransmitter levels, such as serotonin, to introducing proprietary synthetic molecules, we will modulate the intricate neural dynamics of our organoid systems. Additionally, targeted genetic modifications will further enhance their capabilities, enabling us to unlock unparalleled computational potential tailored to specific applications.
Different lineages
In the future, we aim to optimize our organoid intelligence systems for diverse tasks by exploring different lineages. This may involve leveraging varied cellular profiles from multiple donors, maybe including different species. Our goal is to create a portfolio of specialized organoid intelligences, each excelling in designated applications.