Our Mission
At DeepPhysix, we strive to push the boundaries of machine learning and deep learning to make it more accessible and efficient for embedded devices and other systems. We believe that research in science and technology - paired with sound ethical principles - is crucial for the development of new technologies, and increasing knowledge of our world that can truly benefit humanity.
Research Focus
Our research focuses on creating lightweight machine learning and deep learning models that can run on resource-constrained devices. We seek to create innovative products with simple components in ways that minimize the disruptive impact AI technologies often cause on human society. We also investigate the fundamental physics questions that seem to be itching for answers.
Innovation
We are committed to innovation and constantly exploring new approaches to solve challenging problems, as well as applying our knowledge to new domains. Often, we seek to create cost effective solutions to problems by applying well understood technologies in novel ways to treat complex problems. Our team of experts are always willing to collaborate with industry partners and academic institutions to stay at the forefront of research in this field.
Expertise
Our team of researchers and engineers have experience in machine learning / deep learning, drone technologies, data science, fundamental physics, and ethical problems in science and tech. We bring diverse perspectives and skills to every project we undertake.
Collaboration
We believe that collaboration and knowledge sharing are essential for innovation. We work closely with our partners and clients to understand their needs and develop solutions that meet their requirements.
Our Services
At DeepPhysix, we offer a range of research and development services to help our clients achieve their goals. Our services include creating and optimizing machine learning and deep learning models for microprocessors and embedded devices, and consulting on the ethical implications of new technologies that are being released at a rapid pace.