As cities expand and evolve, ensuring public safety and maintaining well-lit streets become essential for vibrant and secure communities. At GeoTagIQ, we prioritize the safety and care of cities through smart street lighting solutions that create safer, brighter environments for everyone.
Our SLiM system—The Smart Way to Manage Your Street Lighting Infrastructure—is designed to help cities efficiently manage their street lighting, ensuring every corner is well-lit and secure. By leveraging advanced GPS and QR technology, SLiM not only optimizes streetlight maintenance but also enhances public safety and community well-being. With SLiM, cities can reduce costs, increase operational efficiency, and, most importantly, keep their streets illuminated and their communities safer.
Color-Coded Map Display
GeoTagIQ displays all street lighting poles on a map, color-coded to indicate whether the associated lamps are functioning correctly, require maintenance, or have failed. This provides an at-a-glance view of the status of each street lighting pole, allowing maintenance teams to prioritize their work efficiently. Additionally, supervisors can use the map display to monitor the progress of maintenance work across the city.
Installation and Maintenance Records
GeoTagIQ allows operators to record and track the installation and maintenance of each lamp, ensuring timely tasks and detailed reporting. Maintenance teams can access and update records easily, keeping street lighting systems in top condition. “With GeoTagIQ, we can view the GPS coordinates and status of all lamps, quickly identifying defects and scheduling maintenance effortlessly.”
Maintenance Reports and Consumption Tracking
GeoTagIQ generates comprehensive maintenance reports per pole, providing an overview of all maintenance activities carried out, including the costs and time required for each task. Additionally, GeoTagIQ calculates the global nominal consumption per month and per year, enabling cities to monitor their energy usage and optimize their street lighting systems accordingly.
User-Friendly Access
