AI Babywear
Researchers at the University of Helsinki and the New Children’s Hospital at Helsinki University Hospital have developed the MAIJU smart jumpsuit, a groundbreaking tool that offers an objective, at-home method for assessing infant motor development. Traditionally, early neurological development has been monitored through short clinical visits and parental reports—methods that can lack consistency and detail. MAIJU provides a more accurate and continuous alternative, enabling healthcare professionals to track a child’s motor milestones without needing to be physically present.
Motor development is especially critical during the first two years of life, serving as a key indicator of a child’s overall neurological health. The MAIJU suit—short for Motor Assessment of Infants with a Jumpsuit—is embedded with multisensor technology and powered by AI-driven analysis. It is designed to be worn during natural, unstructured play at home, capturing rich data about a child’s movements, postures, and transitions between developmental stages.
By analyzing this data, MAIJU can provide detailed, month-by-month insights into a child’s progress, helping detect potential delays or concerns earlier than traditional methods allow. The innovation holds promise for improving pediatric care by making motor assessments more accessible, consistent, and precise, ultimately supporting healthier developmental outcomes for children around the world.