Mine Digital Twin Development

Why you lose money and time without a mine digital twin?

Any stoppage at a mine is not just downtime — it's lost production hours, crew payroll, and missed contracts. When underground processes are debugged blindly, every mistake risks costing an amount comparable to the enterprise's monthly profit.

While some solve problems after the fact, others are already modeling scenarios ahead of time and gaining time.

The most valuable asset at a mine is not equipment but people. One insufficiently trained specialist puts the entire shift at risk, and with it the company's reputation.

Mine safety is not just a line in a manual; it is a factor that determines whether employees come to work tomorrow and whether they want to stay on your team.

We close this gap: we create a digital twin of the mine that transfers real processes into virtual reality. You see bottlenecks, practice emergency scenarios, and train personnel without stopping production — before the problem even happens in reality.

What results you get from implementing VR/AR solutions

Implementing VR/AR solutions is no longer an experiment — it is a working tool that directly affects employee safety and the company's economics.

A mine digital twin lets you rehearse scenarios that would be too costly or life-threatening in reality, so you get a predictable result without downtime or accidents.

The first thing you'll notice is reduced staff training time. Instead of months of theory and practice on real equipment, new employees master skills in a virtual environment in a matter of days.

They already know how to act in an abnormal situation before they even descend into the scope. This reduces the number of mistakes, injuries, and consequently insurance and compensation costs.

The second tangible benefit is quality control and production efficiency. With AR tools, engineers see equipment status in real time without stopping the line. You find bottlenecks faster, prevent breakdowns, and reduce equipment downtime.

Analytics collected in the virtual model shows where time and resources are lost — you make decisions based on data rather than guesswork.

Implementing such solutions pays off through speed: faster training, faster diagnostics, faster launch of new processes. You get a tool that works for you around the clock, without fatigue or human error.

We, truetech.by, support the project from audit to launch, so for your team this is not a headache but a clear path to a measurable result — safe and efficient mining.

VR/AR/MR solution formats for your tasks

Each task at a mine requires its own format. Sometimes you need to train personnel in safe work, sometimes reduce repair downtime, sometimes show investors a future facility before construction begins.

That is why we don't impose a single universal solution; instead, we select the VR/AR/MR format for a specific business task — from training to full digital production control.

Often these formats work together. A single mine digital twin serves as the foundation for VR simulators, AR instructions, and MR project approvals.

You get not scattered applications but a unified data environment that improves safety, accelerates decision-making, and makes processes transparent.

How we build a project: from brief to launch

Developing a mine digital twin is a project where it is important to stay focused on real production tasks from day one. So you can control deadlines and budget, and the result meets expectations, we work according to a transparent seven-stage process.

1. Brief and audit. We meet with your specialists, study technological processes and current tasks. We record goals: employee training, equipment control, or mine planning.
2. Concept and scenarios. We propose the structure of the future digital twin and develop usage scenarios. We agree on the plan and cost estimate before development begins.
3. 3D modeling. We recreate mine workings, equipment, and infrastructure in detailed 3D graphics. Employees immediately recognize the facility, so they master the new tool faster.
4. Interactive part. We configure interaction logic: navigation through the facility, equipment control, emergency scenario practice. You see the pilot version already at this stage.
5. Testing with your team. We test scenarios on real data and collect feedback from engineers and technologists. We make changes before launch, saving time on revisions.
6. Project launch. We deploy the solution on your equipment or cloud infrastructure, train employees, and hand over instructions.
7. Support. We stay in touch: update data, add new areas and functionality as the enterprise's tasks evolve.

This approach delivers a predictable result — you understand what you pay for at each stage and receive a working tool that solves your mine's tasks.

What is included in the delivery of a VR/AR solution for an enterprise

Every project ends with the transfer of a finished result, not the "delivery of code" or a prototype. We shape the delivery package according to your enterprise's tasks — from a deployed application to employee training and subsequent support. The delivery of a VR solution for a mine includes everything needed for daily work.

Ultimately, you get:

• A working VR application — a digital twin of your mine, adapted to real facilities, equipment, and technological processes.
• Professional equipment, configured and tested: headsets, controllers, operator workstations.
• Training for your team: trainings, instructions, and regulations so employees start working without our guidance.
• Integration with your data — the mine plan, equipment sensors, or personnel accounting system.
• An administrator panel where you can change training scenarios, add new tasks, and update information.
• A statistics system: you can see which employees completed the training, how long a scenario took, and what mistakes were made.
• Post-launch project support: technical support, updates, and functionality refinements to adapt to changing production conditions.

Thus, you get not a prototype but a working tool that immediately integrates into the production process. Project support is ongoing assistance so the VR solution develops together with your enterprise and delivers measurable value.

Case study: a mine digital twin at a real enterprise

The client is a mining enterprise where every hour of downtime is expensive and any personnel mistake poses a life risk.

Traditional training consumed entire shifts: newcomers were introduced to equipment for weeks, and experienced employees were pulled away from work for mandatory safety briefings.

At the same time, real emergency scenarios cannot be rehearsed at an active site — it is too dangerous.

We developed a digital twin of the mine: an accurate virtual model of the workings, equipment, and work processes. Inside it, employees refine their skills daily — from standard operations to emergency response.

Managers see the real progress of each specialist and make decisions based on objective data, not subjective instructor assessments.

Project numbers

• Full onboarding in 3 days instead of 10–14 — timelines sped up threefold.
• Incident rate reduced by 40% within a year after launch.
• Equipment downtime reduced by 25%: crews arrive at the site already trained.
• More than 200 employees completed training in the virtual environment without leaving their primary work.

The key result is safety and predictability. Management gained a controllable personnel training process and noted already during testing that workers master complex operations faster.

Client's words

"Previously, a full shift was spent on initial safety briefing, and a person's reaction to a malfunction could only be tested in a real accident. Now an employee practices such situations in a safe virtual copy of the mine and comes to the site confident.

It's a completely different level of readiness." — Head of Personnel Training Department, Severny Mine.

After a successful pilot, the client replicated the solution to neighboring sites — now the entire production perimeter is trained in the virtual environment.

For us, this is the main indicator: the digital twin does not solve a one-off problem but becomes embedded in the enterprise's ongoing processes.

How to choose the right format for your task

The right format depends not on trends but on the specifics of the task: what exactly you want to achieve as a result — train employees faster, visually show investors how the mine works, or rehearse abnormal situations before they occur.

That is why we never start with "let's build VR" — first we analyze your problem and growth areas, then we suggest the right tool.

The same mine digital twin can be implemented in different ways: as an interactive presentation for management, as a training simulator for personnel, or as a dashboard for mine planning. Each option requires its own level of detail, immersion, and budget.

We take this format selection upon ourselves: at the first meeting, we ask about the target audience, use case, frequency of use, and expected result.

VR/AR selection is based on simple logic: if you need to "see and understand," a lightweight AR layer on a tablet is enough; if you need to "learn to do," a full-fledged simulator with feedback and action assessment is required.

We offer 2–3 implementation options with different scopes of work and timelines, honestly explaining what each one will deliver. You choose not a technology but a business outcome — faster path to safe operation, fewer mistakes, and greater partner trust.

Ultimately, you get a solution that solves your specific task, not an abstract "trendy VR story." To do this, we have experience launching such projects, a refined methodology, and a team that speaks your industry's language rather than code.

Describe your task — and we will suggest a format that delivers value as early as the implementation stage.

Frequently asked questions about VR/AR implementation at an enterprise

Implementing VR/AR at a mining enterprise naturally raises questions: where to start, whether it will stop production, and when results will appear.

We have collected short answers to the most common concerns — they will help you evaluate the implementation conditions before the project starts.

What does the enterprise need for VR/AR to work?

A regular computer and a headset are enough — we provide the rest of the equipment during the pilot project. Implementation does not require stopping production or restructuring the IT infrastructure. Data integrates easily with your systems through secure channels.

How fast is the business effect seen?

The first results appear right after launch: training of new employees accelerates and the number of mistakes drops. In one project for a mining company, personnel onboarding time was cut in half, and the economic effect was noticeable already in the first month of operation.

Who is responsible for support and system development?

We support the project after launch: update content, add work scenarios, and monitor equipment condition. Over 10+ years at truetech.by, we have accumulated implementation experience — from personnel training to mine digital twins. You get a reliable partner, not a one-time delivery.

Your next steps: from request to launch

From here it's simple: you submit a request, and within one business day we contact you for a short VR consultation. No long questionnaires — on the call we clarify the goal, scope, and expected result so you understand the value of a digital twin before signing a contract.

Then we proceed through the stages — from the first discussion to a working solution at your mine:

• Submit a request — fill out the form or write to us via messenger; we will respond the same day.
• VR consultation — we will show on diagrams and examples what processes the digital twin will cover: training, control, planning.
• Audit and plan — we study your materials, define scenarios and timelines, and fix the budget with no hidden surcharges.
• Prototype and approval — we create a fragment of the solution, you see the interface and logic, and we make changes before launch.
• Project launch — we deploy the system on your equipment, train employees, and hand over instructions.
• Support — after launch we stay in touch, update content, and refine scenarios for new tasks.

This process eliminates surprises: every stage is coordinated with you, not done "blindly." As a result, the project reaches launch without rework, and you get a digital twin that is actually used in practice. Submit a request, and we will prepare a personal implementation plan within a few days.