Embedded chips serve as the central processing units that coordinate sensors, actuators, and control systems. These compact chips process real-time input from touch, motion, and environmental sensors to trigger precise responses.
By managing multiple subsystems simultaneously, embedded chips ensure movement, facial expression, and heating elements operate cohesively. They also enable adaptive behavior by executing AI-driven algorithms for learning and personalization.
High-speed processing reduces response latency, producing more fluid and natural interactions. Energy-efficient chips optimize power usage while maintaining system performance.
Embedded chips form the backbone of responsive design, connecting digital intelligence with mechanical systems, ensuring interactive features operate smoothly and realistically.