Neuromorphic Processors

for Next-Gen Edge AI

Neuromorphic Processors

for Next-Gen Edge AI

Neuromorphic Chips for Edge AI Devices

We're building a new computing stack for AI through biorealistic chip design, nano-fabrication, and intelligent software.

We're building a new computing stack for AI through biorealistic chip design, nano-fabrication, and intelligent software.

We're building a new computing stack for AI through biorealistic chip design, nano-fabrication, and intelligent software.

We're building a new computing stack for AI through biorealistic chip design, nano-fabrication, and intelligent software.

Our Mission

Our Mission

Our Mission

What we believe about the future of computation.

At Twistient, we are pioneering a new era of AI by developing neuromorphic processors that emulate the human brain's efficiency, adaptability, and are orders of magnitude more energy-efficient than traditional digital chips.

As AI advances, traditional von Neumann computing architectures are hitting physical limits. By 2030, AI could consume over 10% of global electricity if we continue relying on existing architectures. This is not only unsustainable but severely limits AI's potential. Moreover, if a new computing paradigm does not succeed, AI could develop in a way that is misaligned with humans.

We believe the path forward lies in neuromorphic processors - building AI hardware that emulates the human brain's efficiency and adaptability. Just as ANNs revolutionized AI software, neuromorphic chips will revolutionize AI hardware and usher in a new era of ultra-low-power edge AI computation.

We are committed to pushing the boundaries of what's possible at this critical juncture in time. Our ultimate mission is to ensure a future where intelligent systems benefit all of humanity. If you enjoy solving hard problems and want to make an impact, please reach out to us.

At Twistient, we are pioneering a new era of AI by developing neuromorphic processors that emulate the human brain's efficiency, adaptability, and are orders of magnitude more energy-efficient than traditional digital chips.

As AI advances, traditional von Neumann computing architectures are hitting physical limits. By 2030, AI could consume over 10% of global electricity if we continue relying on existing architectures. This is not only unsustainable but severely limits AI's potential. Moreover, if a new computing paradigm does not succeed, AI could develop in a way that is misaligned with humans.

We believe the path forward lies in neuromorphic processors - building AI hardware that emulates the human brain's efficiency and adaptability. Just as ANNs revolutionized AI software, neuromorphic chips will revolutionize AI hardware and usher in a new era of ultra-low-power edge AI computation.

We are committed to pushing the boundaries of what's possible at this critical juncture in time. Our ultimate mission is to ensure a future where intelligent systems benefit all of humanity. If you enjoy solving hard problems and want to make an impact, please reach out to us.

At Twistient, we are pioneering a new era of AI by developing neuromorphic processors that emulate the human brain's efficiency, adaptability, and are orders of magnitude more energy-efficient than traditional digital chips.

As AI advances, traditional von Neumann computing architectures are hitting physical limits. By 2030, AI could consume over 10% of global electricity if we continue relying on existing architectures. This is not only unsustainable but severely limits AI's potential. Moreover, if a new computing paradigm does not succeed, AI could develop in a way that is misaligned with humans.

We believe the path forward lies in neuromorphic processors - building AI hardware that emulates the human brain's efficiency and adaptability. Just as ANNs revolutionized AI software, neuromorphic chips will revolutionize AI hardware and usher in a new era of ultra-low-power edge AI computation.

We are committed to pushing the boundaries of what's possible at this critical juncture in time. Our ultimate mission is to ensure a future where intelligent systems benefit all of humanity. If you enjoy solving hard problems and want to make an impact, please reach out to us.