Digital Twins - iMakerXR

Outcomes

Clarity. Efficiency. Trust.

Clarity for Stakeholders
Replace guesswork with shared understanding through narrative‑ready walkthroughs.

Efficiency for Operators
Monitor, predict, and act with live context layered into your model.

Trust for Communities
Show impact transparently to earn buy‑in and reduce disruption.

Tara Resources - Brskovo Mine Presentation

Our Strategy

The Three Twins

Sales & Marketing Twin
Bring investors, partners, and communities inside your operation with intuitive visuals and guided tours.

Performance Twin
Integrate process data to spot bottlenecks, test scenarios, and optimize throughput.

Health & Safety Twin
Simulate risk, rehearse procedures, and validate mitigations before boots hit the ground.

How It Works

From model to measurable impact

Foundation

Capture geometry, process, and site context.

Data Layering

Stream telemetry and operational data into the model.

Interaction

Role-based views for stakeholders, operators, and trainers.

Continuous Improvement

Close the loop with KPIs, scenarios, and training.

Outcomes

Outcomes We Optimize For

Faster Approvals

Shorten review cycles with crystal‑clear briefings.

Safer Training

Rehearse procedures virtually and reduce incident trends.

Throughput Gains

Scenario‑test operations to stabilize and improve output.

Highlights

Scenario Testing Made Visual

Explore what-if changes and see projected impact before you commit resources.

Live Data in Context

Blend telemetry and procedures directly into spatial context for faster, safer decisions.

Role-based Views

Operators, safety leads, and executives see exactly what matters for their decisions.

FAQ

Questions, answered

A 3D model is a visual representation. A digital twin adds live or regularly updated data, role-based interactions, and scenarios so teams can monitor, predict, and make decisions.

No. Twins can start static, then layer in batch updates or live feeds as they become available. We design for progressive enhancement.

We follow your data boundaries, apply least-privilege access, and support isolated deployments. Sensitive details can be abstracted for public stakeholders.

Common outcomes include faster approvals, reduced rework, fewer incidents through rehearsal, and throughput gains from scenario testing. We baseline KPIs at kickoff.

An initial stakeholder-ready twin is typically assembled in weeks, using available geometry and data. Additional data layers and training modules follow iteratively.

CAD/BIM, GIS, historian/SCADA, IoT telemetry, CMMS, ERP, learning systems, and documentation. We map data to the twin’s context layer.

No. Twins render on the web first. VR/AR is optional for training, site walkthroughs, and spatial reviews.

We use the best available geometry (CAD/BIM/scan) and maintain a change log. For public sharing, we can simplify visuals without sacrificing intent.

Digital Twins that Drive Performance, Safety, and Storytelling

Clarity. Efficiency. Trust.

The Three Twins

From model to measurable impact

Outcomes We Optimize For

Scenario Testing Made Visual

Live Data in Context

Role-based Views

Questions, answered

See your operation in a new dimension

Digital Twins that Drive Performance, Safety, and Storytelling

Clarity. Efficiency. Trust.

The Three Twins

From model to measurable impact

Outcomes We Optimize For

Scenario Testing Made Visual

Live Data in Context

Role-based Views

Questions, answered

What’s the difference between a digital twin and a 3D model?

Do digital twins require constant live data?

How do you protect proprietary information?

What ROI can we expect?

How long does it take to get a twin running?

Which data sources can you integrate?

Do we need VR headsets?

How accurate is the visualization?

See your operation in a new dimension