Integrated Surface Mine Planning Software for Operational Workflows

Sandvik Mining business unit Deswik has developed an integrated planning platform that unifies extraction sequencing, material blending, and haulage logistics for open-pit mining operations.  www.home.sandvik Sandvik Mining software division Deswik has deployed an operational planning architecture that combines extraction scheduling, material blending, and haulage modeling into a unified software environment. The system targets open-pit extraction operations facing high data density and complex material handling constraints between the extraction face and downstream processing nodes. Eliminating Data Silos Across Extraction and Haulage Surface mining operations generate interdependent data streams across geotechnical surveying, extraction scheduling, grade control, and fleet logistics. Traditional mine planning workflows frequently rely on disparate, siloed applications for production scheduling, blending analysis, and haulage route optimization. Transporting parameters across independent systems introduces configuration lag and friction, reducing the capacity of technical teams to evaluate multiple extraction scenarios under tight deadlines. The software system resolves this fragmentation by executing sequencing, grade blending, and fleet haulage calculations within an integrated, guided workflow. By coupling extraction timelines directly to haulage cycle times and processing plant specification thresholds, the platform maintains end-to-end operational visibility from pit face to finished product. This unified approach eliminates manual data transfer, enabling engineering teams to evaluate operational trade-offs and assess the impact of production shifts on fleet capacity and ore quality. Integration Within Digital Mining Frameworks Technical development of the software was conducted in partnership with extraction operators to match the interface directly to active production demands. The architecture connects operational sequencing with downstream execution systems, forming part of a broader mining technology portfolio designed to link geological modeling with dispatch and material handling infrastructure. Global deployment of the platform is backed by technical support, engineering consultancy, and implementation training across more than 1,330 operations and 775 customer organizations worldwide. The primary functional target of the integrated system is to optimize haulage fleet allocation, enforce precise cutoff grade deliveries to processing facilities, and accelerate scenario analysis turnaround times for surface engineering personnel. Additional Context This section details technical specifications and competitive benchmarking not included in the original product announcement. In the surface mining sector, integrated planning tools are evaluated on engine solving speed, multi-variable blending constraint handling, dynamic haulage network recalculation, and software ecosystem interoperability. The platform operates in direct competition with established mine scheduling suites, primarily Dassault Systèmes GEOVIA Whittle and MineSched, Micromine Alastri, and Datamine Studio OP. While legacy tools like MineSched handle surface scheduling and basic haulage modeling, they frequently rely on external batch runs or discrete software modules to execute detailed dynamic haul cycle times and complex stockpile reclamation blending. In contrast, platforms such as Micromine Alastri and Deswik integrate spatial pit sequencing, dynamic three-dimensional haul network calculations, and tactical blending algorithms inside a singular project file. This architecture avoids external scripting routines, reducing planning iteration durations from days to hours when balancing variable fleet configurations against ore quality constraints. Edited by Evgeny Churilov, Induportals Media - Adapted by AI. www.mining.sandvik Powered by Induportals Media Publishing