Human Robotics
humaN48 - advanced intelligent robotics
nanoFlowcell has adapted its advanced self-learning algorithms and artificial intelligence framework, n-AI, to develop socially intelligent robotic systems capable of natural, context-aware interaction with humans.
Conventional robotics has historically relied on the simulation of isolated human behaviours. nanoFlowcell’s humanoid AI approach integrates higher-order cognitive models that support authentic, adaptive and responsive interaction patterns. Through its proprietary artificial intelligence framework, n-AI, nanoFlowcell enables robots to engage in natural, context-aware interaction with human users.
A New Foundation for Advanced Humanoid Robotics
humaN48 builds on three decades of research and development, combining NFC’s deep learning and machine learning technologies with expert systems, natural language processing, adaptive mimicry, precision movement control and multimodal cognitive software. This integrated architecture establishes a robust foundation for reliable, human-aligned interaction.
Realistic Motion Engineered for Precision
More than 1,500 microprocessors power humaN48’s perception and motion systems. Hydropneumatic actuation works together with optimised movement programming and real-time feedback loops to achieve motion fidelity reaching up to 95 percent of human physical dynamics.
Embodiment as the Key to Human Understanding
Software alone cannot fully capture the nuances of human behaviour. humaN48 therefore uses a physical embodiment that links perception, interaction, emotion and movement directly to real-world conditions. This enables the system to process and respond to human behaviour in a grounded, coherent manner.
Designed for Natural Interaction
humaN48’s human-like external form is engineered to support intuitive, consistent engagement. This design reduces interaction barriers, enhances user acceptance and allows the system to integrate seamlessly into social and professional environments. humaN48 functions not merely as a machine, but as an interactive presence within human contexts.