Facilitating seamless user interaction, our model features a dedicated tab accurately tailored for initializing user forms and generating reports. This tab is seamlessly integrated with a dynamic backend database, which efficiently stores and manages data via user-friendly Excel forms. These forms, serving as intuitive graphical user interfaces (GUIs), streamline the data entry process, enhancing user convenience and efficiency.

Central to our system’s architecture is the backend database, serving as the cornerstone for overcoming the limitations inherent in relying solely on Excel. Its robust capabilities empower it to effortlessly handle extensive data volumes, fostering adaptability across various facilities of similar nature and enabling centralized management of multiple mine sites within a unified framework. This pivotal role significantly augments operational efficiency, ensuring smooth and effective operations.

Furthermore, our model delivers a comprehensive array of outputs, including Damage Cost Analysis, Reliability, and Liability assessments post-escalation and discounting of restoration and decommissioning costs. Leveraging geometric principles, our cost model accurately calculates the measurements and volumes of physical components such as waste rock dumps, open pits, and yards. Geographic Information System (GIS) and CAD software further enrich our capabilities, enabling precise measurements and volume calculations. Additionally, drone imagery is seamlessly integrated into GIS software, geo-referenced, and utilized to facilitate accurate measurements, enhancing the accuracy and reliability of our outputs.