Journal National Heritage ISSN:3022-9200(Print) 3022-9383(Online) 저널 국가유산

Home networks in residential buildings are shifting from simple control networks centred on wall pads and home gateways toward AIoT-based infrastructure that integrates environmental, occupancy and safety sensors, wireless access devices, edge computing units and cloud platforms. The current Korean public notice on the installation and technical standards of intelligent home network facilities, however, presumes conventional remote control, metering and detection equipment, and therefore does not adequately regulate the installation environment of AIoT devices, which are characterised by continuous power supply, high device density, wireless connectivity and concealed installation. This study reviews the existing articles from the perspective of AIoT adaptation and identifies regulatory gaps in seven areas: scope of application, mandatory facilities, installation space, communication performance, product certification, maintenance and security. The proposed revision limits the scope to fixed AIoT devices, prescribes communication and thermal management as required performance rather than as mandatory equipment, and applies ventilation, cooling, temperature monitoring and automatic shutdown only where passive heat dissipation of the device itself cannot maintain the rated temperature. The study further proposes a pre-completion system-level verification procedure that is distinct from product certification, local autonomy and manual operation of safety functions during external network failure, and a life-cycle maintenance scheme based on device registers, firmware, temperature and communication records. It is argued that combining performance-based principles in the notice with updatable test guidelines is preferable to fixing specific temperature or signal strength values in the notice itself.