GAiST
Living Independently in Old Age Through Smart Home Technology – The aging population presents new challenges for society and the healthcare system. Older adults want to live independently in their own homes for as long as possible, while at the same time safety and support must be ensured. The GAIST project is developing an intelligent smart home system that monitors residents’ daily routines, health conditions, and preferences and provides adaptive support. By combining sensor technology, AI-powered data analysis, and personalized recommendations, risks can be identified early, routine tasks can be made easier, and individualized assistance can be provided. The use of a semantic system architecture enables the flexible integration of various devices and applications, improves quality of life, and supports safe, autonomous living in old age.
Project Description
The aging population is posing new challenges for the healthcare system and social infrastructure. Older adults want to live independently in their own homes for as long as possible, while at the same time safety, medical care, and support with daily living must be ensured. Standardized assistance solutions reach their limits here, as individual needs, living environments, and health conditions vary greatly.
The GAIST project addresses this challenge with a smart-home system that enables personalized support in daily life. Sensors, AI-powered data analysis, and adaptive assistance modules track residents’ individual routines and preferences. Based on this data, tailored recommendations and practical guidance are provided to identify risks early on, simplify routine tasks, and promote a safe, independent life. The use of a semantic system architecture allows for the flexible integration of various devices and services, resulting in a coherent, adaptive assistance system.
Key Focus Areas of the Project
- Personalized Assistance: Providing individualized support in daily life based on users’ health status, preferences, and routines.
- Adaptive smart home technology: Dynamic adaptation of assistance modules to changing needs and living situations.
- Semantic System Architecture: Use of structured, machine-readable representations to integrate various sensors, devices, and applications for a coherent, safe living environment.
Everything at a Glance
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Duration
February 1, 2024 – July 31, 2026 (Ongoing) -
Research Area
Sensors and Health -
Funding
As part of the "SmartLivingNEXT" technology program funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK), all partners are receiving 2.6 million euros in funding
