Access your lab and perform experiments on-the-go. Perform safer lab experiments without human risk. Collaborate with peer labs remotely.
Artificial general intelligence is not going to emerge from patterns in natural language. Instead, it will emerge from ground truths and reasoning traces.
Just like how babies learn to interact with their environment and build cause-and-effect from ground truth, at ABV Dynamics, w believe that AGI robots can only be made by training on ground truth, not human-generated data.
Current engineering design shows that the majority of ideal and successful design stems from nature. The human brain is no exception.
The foundational architectures for these robots, both for training and deployment, are modeled after how human brains learn and act, based on current findings in neuroscience.
Not actually. But we're painfully aware of the dangers of robots with real-life actuation. That's why each robot at each layer of hardware and software has and will have hard stops to prevent any risk of degradation.
It's also important to note that we are fundamentally different from AI systems like those by OpenAI. Since we're not training from human data, our robots have no access and cannot learn things like "self-preservation" or "deceit," since they're trained on only the physical environment.
We are dedicated to creating the next generation of robust and versatile all-purpose general intelligence robots. Robots that can plan, think, act, and actively learn from their environment, especially those that have not yet been explicitly trained. By grounding robots on physical observations rather than human-produced data, we give rise to robots that have the ability to challenge human thought and discover new thoughts, ideas, and theories.
Experience real-time analytics with our brain-inspired systems. Our technology adapts and learns, delivering personalized insights effortlessly. Imagine your data working for you, instantly.
DiscoverRobots can be remotely controlled via secured web and/or specialized controllers for ease-of-use. This lets researchers and colleagues remotely control and monitor research environments, even when not in proximity.
ExploreRobots will be able to be manually controlled, and also autonomously deployed. For autonomous deployment, robots will be constrained to approved tasks and capabilities. All robots are equipped with failsafes to account for possible spills, accidents, and emergency procedures.
StartDiscover how neuromorphic design is reshaping automation. We break down the technology, highlight key features, and show real-world results—making advanced robotics accessible and understandable.
Our neuromorphic chips process information like the human brain, enabling robots to learn, adapt, and respond instantly. See how this boosts efficiency and flexibility in fast-changing environments.
By combining data from multiple sensors, our systems create a clearer, more reliable picture of the world. Explore how this leads to better decisions and safer, more capable robots.
Discover answers to your questions about our innovative robotics technology and how it can enhance your business operations. Need more information? Our team is here to assist.
Neuromorphic robotics mimics the human brain to enable machines to process data swiftly and adapt to changes, enhancing efficiency and flexibility.
Our robots new foundational neural networks to learn, adapting through experiences to refine their capabilities and precision.
Absolutely! Our robots will be remotely accessible via the web. All you need is a keyboard and mouse, or a specialized controller if that's your style.
Industries like manufacturing, healthcare, and logistics leverage our technology to automate processes, enhance productivity, and make informed decisions.
Yes, we provide continuous support, regular updates, and training to maximize your robotics investment.
Request a demo on our website, and our team will guide you through our solutions and address your queries.