NEO M-Physical AI Smart Mattress, individually optimized mattress platform

NEOM-Physical AI Smart Mattress is a personalized physical AI-based mattress platform for preventing bedsores and reducing nursing staff load and costs. NEOM is a Physical AI–based adaptive mattress system designed to reduce the burden of immobility care on healthcare professionals while improving preventive outcomes for patients. In hospitals and long-term care facilities, pressure injury prevention and repositioning remain highly labor-intensive tasks that rely heavily on manual intervention. Under persistent nursing shortages and rising labor costs, maintaining consistent preventive care through manual routines alone has become increasingly difficult. NEOM addresses this challenge by embedding continuous preventive functionality directly into the mattress. Based on a high-resolution air-cell architecture with more than 96 individually controllable cells, the system continuously monitors pressure distribution, posture, and micro-movement. Using closed-loop control and Physical AI algorithms, it autonomously generates adaptive micro-motion and pressure redistribution tailored to patient-specific conditions. By automating routine preventive care at the support surface level, AIM-BED reduces the frequency and physical burden of manual repositioning. This protects caregivers from repetitive strain while allowing nursing staff to focus on higher-value clinical tasks. At the same time, reduced pressure injury incidence contributes to lower treatment costs and improved operational efficiency. NEOM transforms the medical mattress from a passive support surface into an active component of care delivery, supporting safer, more sustainable healthcare environments for both patients and caregivers.