Aescape

Aescape develops a precision bodywork system that pairs robotic manipulators with AI-driven personalization for massage therapy. The platform integrates real-time body mapping, advanced sensors, and machine learning to adapt treatment to each individual. The company operates at the intersection of robotics, artificial intelligence, and human biomechanics, targeting the fitness, hospitality, and wellness sectors from its New York base.

The flagship system features robot arms equipped with heated end-effectors - called Aerpoints - designed to replicate seven distinct touch techniques: knuckle, thumb, cupped hand, blade of hand, palm, forearm, and elbow. Each technique maps to a specific actuator geometry and contact surface, requiring careful force and compliance control to approximate the variability of skilled manual therapy. The system captures approximately 1.2 million data points during a session for real-time body mapping, which the AI uses to adjust pressure, trajectory, and technique selection on the fly.

From an engineering standpoint, the core challenges span multi-modal sensing, contact-rich manipulation, and safe human-robot interaction in close physical proximity. The 1.2-million-point body-mapping pipeline must run in real time to close the control loop, while the heated end-effectors add thermal management to the design constraints. Aescape is scaling deployments in commercial wellness environments, making it a working example of dexterous manipulation applied outside traditional industrial or laboratory settings.