Digital Twin Cost Calculator

Digital twin implementation cost from asset complexity.

Number of assets

Sensors per asset

Complexity (1-3)

Cloud platform ($/mo)

Sensor data rate (Hz)

Project duration (months)

Tab to move between fields

Total project cost ($)

$202,025.00

≈ 5 Teslas

Upfront cost ($)$196,000.00

Development cost ($)$102,000.00

Sensor + install ($)$14,000.00

Monthly ongoing ($/mo)$502.10

Cost per asset ($)$20,203.00

How to Use This Calculator

Enter the number of physical assets to model and sensors per asset.
Set the complexity level (1=simple, 2=moderate, 3=complex) matching your asset type.
Enter your monthly cloud platform fee (Azure Digital Twins, AWS TwinMaker, etc.).
Input the sensor data rate in Hz and total project duration in months.
Review Total project cost and Cost per asset to evaluate budget feasibility.

How the result changes with Number of assets

Number of assets: Physical assets to create digital twins for (machines, buildings, vehicles).
Sensors per asset: IoT sensors per asset: simple pump ~3-5, HVAC ~8-15, turbine ~20-50.
Complexity (1-3): 1 = simple (pump/valve), 2 = moderate (HVAC/motor), 3 = complex (turbine/building).
Cloud platform ($/mo): Monthly platform fee (Azure Digital Twins, AWS TwinMaker, etc.).
Sensor data rate (Hz): Readings per second per sensor. 1 Hz = once per second, 0.016 = once per minute.
Project duration (months): Total project timeline including deployment and initial operation.

Total project cost ($): Combined upfront + ongoing costs for the full project duration.
Upfront cost ($): One-time costs: modeling, sensors, installation, development.
Development cost ($): Software integration and platform development.
Sensor + install ($): Sensor hardware and installation/commissioning.
Monthly ongoing ($/mo): Recurring cloud platform + data processing costs.
Cost per asset ($): Total project cost divided by number of assets.

Identify Input Parameters
4 parameters
Number of assets = 10, Sensors per asset = 8, Complexity (1-3) = 2, Cloud platform ($/mo) = 500 = 6 input(s) provided
Calculate Total project cost
Total project cost = totalUpfrontCost + totalOngoingCost
202025 = $202,025
Calculate Upfront cost
Upfront cost = totalModelCost + sensorHardwareCost + sensorInstallCost + developmentCost
196000 = $196,000
Calculate Development cost
Development cost = totalDevHours * devRatePerHour
102000 = $102,000