TeamworX Team
31 Agu 2026
Imagine walking through your factory without leaving your office. Then, when something goes wrong, you will receive a warning before the problem turns into a costly shutdown of your business operations or manufacturing line.
That's how a digital twin system works in a nutshell. It is becoming an essential tool for industrial facility owners seeking to shift from reactive to proactive operations.
“We need to be prepared to adopt the digital twin era,” says Pracayasa Ade Putra, BIM Coordinator of TeamworX Indonesia.
What is a digital twin?
You may already be familiar with Building Information Modeling (BIM), which is used during the planning and design phase to create a detailed 3D digital representation of a facility. BIM streamlines collaboration between architects, engineers, and contractors, helping teams catch design clashes and manage costs before construction even begins.
A digital twin goes a step further by connecting the 3D model to the physical facility once it is operating. Here’s how it works:
● IoT sensors installed throughout the facility will collect real-time operational data and sync it to a secure cloud platform.
● That data is continuously fed into a virtual replica, which simulates scenarios and predict outcomes.
● Facility owners and managers will receive real-time insights, allowing them to make informed and data-based decisions to improve performance, reduce downtime, and cut operational costs.
This way, facility owners and managers will be able to see how their facility is actually performing, not just how it was designed to perform. The digital twin also updates continuously throughout the physical asset's lifecycle.
How is a digital twin different from BIM?
Think of BIM as the "design and build brain" and the digital twin as the "live operations brain". BIM data is largely static, updated only at project milestones like design completion or handover.
A digital twin, by contrast, is dynamic. It is continuously reflecting real conditions like equipment temperature, occupancy, or energy use.
The two complement each other. BIM’s rich and accurate 3D data often becomes the foundation a digital twin is built on, creating a seamless handoff from construction into operations.
In short: BIM ensures the facility is built right, while a digital twin ensures it keeps performing right.
How can facility owners benefit from a digital twin?
Real-time, actionable insights from a digital twin help facility owners and management detect problems before they escalate into operational failures, avoid unexpected interruptions during the production, optimize equipment utilization, and reduce maintenance or repair expenses.
Statistics show industrial facilities that enable IoT predictive maintenance, the key feature of a digital twin, managed to cut unplanned downtime by roughly 30-50% and reduced maintenance cost by 20-40%.
Globally, more than 75% of businesses across industries like manufacturing, automotive, and healthcare have already adopted digital twin in their facilities.
The key to making this work well is not just installing sensors after construction. Facilities designed with digital twin integration in mind from the start, where design, quantity surveying, and construction management are aligned from day one, are far better positioned to unlock these benefits without expensive retrofits later.
Thinking about designing your next facility with digital twin readiness built in? Ask TeamworX Indonesia team on how to integrate a digital twin to your facility!
Sources:
Manufacturing Lead Generation, “90+ Manufacturing IoT Statistics 2026: Adoption, Market Size and ROI”.
Han, Fang, et al. Scientific Reports, “Logistics equipment condition monitoring and prediction based on digital twin and machine learning”.
Dey, Maitrayee. Bayelsa Watch, “Digital Twin Statistics By Market Size and Facts (2026)”.
