Quickly create architectural models of buildings with IFC-compliant elements such as storeys, walls, slabs, and spaces.

Use visual programming to create complex parameterized parts for building installations or mechanical elements.

Use visual programming to create complex parameterized parts for building installations or mechanical elements.

Use visual programming to create scalable SVG widgets that can be included in dashboards.

Create interactive and scalable 2D visualizations for showing real-time IoT data.

Show data and control devices by clicking on elements in a schematic process diagram.

Capture data from IoT devices, Bluetooth sensors, mobile devices and legacy systems using push and pull data exchange.

Use smart forms to automatically or manually collect data from surveys or inspections on mobile devices.

Dynamically update geometry, textures or colors of elements in the digital twin to visualize IoT parameters.

Use a central dashboard and a single application to visualize data and control IoT devices from different sources.

Combine AEC and GIS by creating a digital twin of a city with 3D assets and buildings displayed on a 2D map using GPS coordinates.

Display real-time or historical sensor data in 3D on a 2D map with custom scripts that generate geometry and labels.

Analyze trends based on historical data and make predictions for the future using the built-in machine learning and neural network technology.

Control switches, motors and actuators using a visual programming environment with drag-and-drop of conditional statements, loops and variables.

Use visual programming to set up rules for anomaly detection and monitor compliance with service-level agreements