INAIT

At the heart of inait SA is a mission to build AI with Adaptive Intelligence that can learn, understand, and interact with the world much like the human brain. The company envisions making intelligent, interactive real-time assistance accessible to everybody. Born from decades of neuroscience research, inait's approach represents a paradigm shift in artificial intelligence. Their 'brain programming language' and ability to learn from experience and understand cause and effect aim to deliver cognitive capabilities for real-world interactions, moving towards adaptive general intelligence and overcoming the limitations of current AI systems. This pioneering spirit is rooted in the belief that the only proven form of intelligence resides in the brain, and by mastering its principles, a profoundly different and powerful new kind of AI can be realized.

inait's culture is one of deep scientific inquiry and innovative application. The company was launched in 2018, building on the anticipation of the completion of the recipe for building and simulating digital brains. For years, inait operated in 'deep tech stealth mode' to decipher the neural code, develop a digital brain operating system, and pioneer causal learning. This dedication has allowed them to empower digital brains to accumulate cognitive skills. With a foundation built on over 20 years of Swiss government-funded brain research, which developed millions of lines of code for generating biologically accurate digital brain replicas, inait is now launching its 'inait Adaptive Machines' (iAMs). These machines fuse their digital brain technology with modern AI—leveraging the power of CNNs, RNNs, GNNs, RLMs, and LLMs—to provide holistic, generalizable AI. Initially targeting the finance and robotics sectors, inait, in strategic partnership with global technology leaders like Microsoft, is poised to scale its disruptive digital brain-based AI and co-develop transformative industry solutions. The team comprises world-leading neuroscientists, experienced business managers, and highly skilled mathematicians, all driving towards a future where AI can achieve life-like interactions in complex, dynamic environments.