The present invention discloses an Artificial Superintelligence (ASI) based neuromorphic refrigerator system (100) and its method.The system (100) comprises an insulated refrigeration cabinet (102), a multi sensor array (104), a processing subsystem (106), amemory unit (108), and a control layer (110). The insulated refrigeration cabinet (102) is configured to include at least onerefrigeration compartment and at least one freezer compartment, and a refrigeration cycle comprising a compressor, condenser,evaporator, expansion device, and at least one circulation fan. The multi-sensor array (104) is configured to monitor internalenvironmental and operational parameters. The processing subsystem (106) comprises one of a microcontroller (112) and system-on-chip (MCU/SoC), and a neuromorphic processing unit (NPU) (114). The memory unit (108) is configured to store sensor data, learnedbehavioral models, inventory records, freshness data, and maintenance logs. The neuromorphic processing unit is configured toperform event-driven multi-sensor fusion and edge inference.
Jena et al. (2026) studied this question.