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- Freshtime：2026-01-27
- Search：Geovia Minesched 2026 crack Geovia Minesched 2026 download Geovia Minesched 2026
Description
Geovia MineSched (formerly Gemcom MineSched) is a specialized strategic and operational mine scheduling software from Dassault Systèmes' GEOVIA brand. Its core purpose is to create practical, feasible, and optimized mining schedules that balance ore supply, equipment capacity, and operational constraints to maximize Net Present Value (NPV).
It acts as the vital link between the long-term reserve model (created in software like Surpac or Vulcan) and the short-term operational plan.
Typical Development Focus for Future Releases
While specific features for 2026 are not known, the software's evolution is consistently driven by industry demands. Based on this trajectory, a 2026 release would likely focus on enhancing several key areas. The following table outlines these probable focus areas and the types of improvements they may include:
| Focus Area | Likely Improvements & Industry Trends |
|---|---|
| AI & Optimization | Integration of machine learning to predict equipment performance (downtime, productivity) and suggest schedule optimizations automatically. More advanced genetic algorithms for faster, multi-scenario NPV optimization. |
| Integration & Digital Twin | Tighter cloud-based integration with the 3DEXPERIENCE platform and other GEOVIA apps (like Surpac and PCBC). Enhanced ability to consume real-time data from fleet management systems for dynamic rescheduling. |
| Usability & Automation | More intuitive interfaces for drag-and-drop schedule adjustments, enhanced Gantt chart visualization, and stronger scripting/API tools (e.g., Python) for automating repetitive tasks and custom reporting. |
| Sustainability & ESG | Built-in tools for tracking and scheduling around carbon emissions, water usage, and energy consumption to meet corporate ESG (Environmental, Social, and Governance) goals. |
| Complexity & Detail | Improved handling of underground mining methods and blending constraints for processing. Better simulation of multi-pit, multi-process operations with complex material routing. |