Case Studies
Here's how LiLz IoT cameras and our AI cloud platform solve real challenges on-site.
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Facilities Management
Facilities Management

Digital Transformation (DX) for Fire Service Act Inspections: Powered by LiLz Guard and Robotics
Under the Fire Service Act, a fire safety plan must be created for each building, and routine self-inspection items are established. Among these, items such as evacuation routes, fire protection equipment, and fire extinguishers must primarily be confirmed through visual inspection. By introducing LC-20 + LiLz Guard, it becomes possible to automatically detect if obstacles are placed in front of fire safety equipment. This enables remote monitoring and streamlines routine inspection patrols within the building.

Remote Monitoring of Drain Pans in Hard-to-Reach AHUs and Cooling Towers
Drain pan leakage is a major concern as it causes ceiling stains and mold, leading directly to tenant complaints. While regular inspections are essential, physical access to the interior of the equipment is often hindered by travel costs, confined spaces, and the need for tenant coordination. These hurdles make both routine maintenance and initial response during emergencies highly inefficient. To address these challenges, we offer a remote monitoring solution that combines our LC-20—a business-card-sized compact color camera—with LiLz Guard, a cloud-based AI that quantifies and automatically detects equipment anomalies. This system allows you to remotely monitor drain pans to identify contamination levels and early signs of clogging. By shifting to predictive maintenance, you can optimize your troubleshooting preparations and significantly improve overall operational efficiency.

Cutting Patrol Inspection Costs with Remote Fuel Oil Tank Monitoring
Daily travel to tanks located in secondary sites is time-consuming. In addition, inspections often require entry into hazardous areas, increasing safety risks. By combining LC-EX10 with LiLz Gauge, you can automate remote level monitoring. Remaining volumes can be tracked remotely, with automatic alerts triggered when levels fall below preset thresholds—reducing patrol inspection workloads. This also minimizes frequency of entries into hazardous areas, helping prevent accidents.



