MineTwin Reviews and Details

Questions & Answers

1. What makes MineTwin unique?

   MineTwin combines detailed mining simulation with practical planning and optimization in one configurable platform. It brings together discrete-event simulation, linear programming and combinatorial optimization to create realistic digital twins of open-pit and underground mines. Rather than modelling haulage alone, MineTwin can represent the broader mining cycle: including drilling, charging, blasting, loading, hauling, crushing, hoisting, equipment interactions, queues and supporting activities. This enables teams to understand how constraints and decisions in one part of the mine affect the entire operation. Its fast simulation, interactive 2D and 3D visualization, scenario comparison and transparent reporting help users turn complex operational data into clear, defensible decisions.

2. How would you describe the primary audience of MineTwin?

   MineTwin is designed for mining companies, engineering and consulting firms, and technical teams responsible for planning and improving open-pit or underground operations. Its primary users include mine planners, mining engineers, operations managers, technical services teams, simulation specialists, fleet and equipment analysts, continuous-improvement teams and consultants. It is valuable for organizations evaluating new mines or expansions, validating operational and medium-term plans, optimizing equipment fleets, identifying bottlenecks or assessing new technologies. MineTwin can support a once-off strategic study or become an ongoing decision-support capability used regularly by an internal planning or simulation team.

3. Why should a person choose MineTwin over its competitors?

   MineTwin is purpose-built for mining and reflects the operational complexity that spreadsheets, static schedules and general-purpose planning tools often cannot capture. Users can test fleet configurations, production plans, infrastructure changes and new technologies in a risk-free virtual environment before committing capital or disrupting the real operation. MineTwin models variability, equipment interactions, congestion, delays and resource competition to provide a more realistic view of what a plan can achieve. It is also configurable, supports both open-pit and underground operations, imports common mining and engineering data formats, and produces detailed, explainable results. Its local desktop operation gives customers control over sensitive data, while optional server-based simulation supports larger studies.

4. What's the story behind MineTwin?

   MineTwin grew out of Amalgama Software Design’s experience developing simulation models and scheduling systems for complex industrial operations. Through mining consulting projects, the team saw that conventional spreadsheets and static planning tools could not adequately represent the variability, equipment interactions and interconnected constraints found in real mines. Creating a completely new simulation model for every study was also slow and difficult to maintain. Amalgama therefore developed MineTwin as a reusable, configurable product built specifically for mining. The first public MineTwin OpenPit version was released in 2021, and the platform has since expanded to support underground mining, planning, scenario analysis and cloud-assisted simulation. MineTwin continues to evolve through real mining projects and feedback from engineers, planners and consultants.

5. Which are the primary technologies used for building MineTwin?

   MineTwin is built in Java using Amalgama’s proprietary simulation platform and libraries. Its desktop application architecture uses JavaFX and the Eclipse Rich Client Platform to provide interactive editors, dashboards, charts and 2D and 3D visualizations. The analytical foundation combines discrete-event simulation, linear programming, combinatorial optimization, Monte Carlo experimentation and advanced graph-theory algorithms. These technologies enable MineTwin to model mine networks, equipment movements, operational variability and complex scheduling decisions while maintaining fast simulation performance. The platform also supports Excel-based data management, engineering-file imports, detailed reporting and optional server-based simulation for larger computational studies.

6. Who are some of the biggest customers of MineTwin?

   • Nornickel
   • Cornish Metals
   • Pronto.AI
   • Whittle Consulting
   • MOSIMTEC
   • Tomahee
   • Logisis
   • SimetrixDT

   Many MineTwin projects involve commercially sensitive mine plans and operating data. For this reason, several major mining customers are presented anonymously in public case studies, including a leading global nickel and palladium producer, a major South African open-cast coal operation, a North American underground mine and a prominent underground fluorite operation in the Americas.