Digital Twin Platform

Customizable Digital Twins for Data Communication

TwinCity is a tile-based digital twin platform that transforms complex spatial data into clear, engaging visualizations. Built for municipalities, research institutions, and organizations that need to communicate data effectively.

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Platform Overview

Digital Twins That Communicate

Each TwinCity digital twin is a customizable 3D environment where any dataset can be integrated and visualized. Built from modular tiles, our platform maintains high visual quality while providing the flexibility to display real-time data, environmental conditions, and dynamic changes.

Environmental data visualization

Real-Time Environmental Data

Integrate weather patterns, seasonal changes, and environmental conditions. Display data that updates minute by minute, making your digital twin responsive to real-world conditions.

Urban data integration

Spatial Data Integration

Plug in transport networks, demographic information, infrastructure data, or any spatial dataset. The platform adapts to your data structure and visualization needs.

Customizable visualization

Customizable Visualization

Control every aspect of presentation: 3D environment, animations, timing, lighting. Tailored to communicate effectively with your specific audience.

Accessibility analysis

Accessibility & Mobility Analysis

Developed in collaboration with research institutions, our platform has been used to visualize safe routes, accessibility barriers, and inclusive mobility solutions.

Platform Capabilities

A Digital Twin Platform Built for Communication

TwinCity is designed to make complex spatial data accessible and understandable. Our tile-based system allows organizations to focus on precision and detail, then scale as needed.

01

Modular Tile System

Each tile represents a defined area (~1 km²) with detailed, crafted environments. Start with one area and expand by adding tiles. This approach maintains consistent quality while providing scalability. Per-tile pricing reflects the precision and customization that goes into each piece.

02

Real-Time Data Display

The platform supports dynamic, time-based data that can update in real time — even minute by minute. Visualize environmental conditions, traffic patterns, or any temporal dataset. Your digital twin reflects current conditions, not static snapshots.

03

Full Customization

Every element is customizable: the 3D environment, data appearance, animations, lighting, and presentation timing. We adapt the platform to your project goals and target audience, whether technical specialists or the general public.

04

Accessible Communication

Built to bridge the gap between technical data and public understanding. No GIS expertise required for end users. We transform complex information into clear visual language that engages non-expert audiences.

Implementation Process

From Data to Digital Twin

A straightforward three-step process for implementing your digital twin solution

01
Step 1: Define area

Define Area & Scope

Identify your area of interest and the data you need to communicate. Each tile covers approximately one square kilometer, providing the foundation for detailed visualization.

02
Step 2: Build digital twin

Build Digital Twin

We create a detailed 3D model of your selected area. This becomes the base environment where your data will be integrated and displayed.

03
Step 3: Integrate data

Integrate & Customize

Your data is integrated into the 3D environment. We customize visualization, animations, and presentation to ensure your information communicates effectively with your target audience.

Applications

Digital Twins for Multiple Sectors

Our platform adapts to various organizational needs and data types

Municipal Planning

Communicate urban development projects, zoning changes, and infrastructure plans to citizens. Present complex planning data in an accessible format that facilitates public engagement and informed decision-making.

Research & Academia

Visualize research findings in mobility, accessibility, urban systems, and environmental studies. We've collaborated with research institutions on universal accessibility and inclusive mobility projects, helping translate academic insights into visual communication.

Infrastructure & Transport

Display transport networks, traffic patterns, accessibility metrics, and infrastructure data. Support planning and decision-making with clear visualization of complex spatial information.

Flexible Platform, Tailored Solutions

These examples demonstrate our platform's capabilities, but TwinCity can integrate any spatial dataset. Whether you work with environmental data, demographic information, energy systems, or other urban data — we can build a digital twin that communicates your information effectively.

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Frequently Asked Questions

Understanding TwinCity

What types of data can be integrated into TwinCity?
TwinCity can integrate virtually any spatial dataset: transport and mobility data, environmental metrics, demographic information, accessibility measurements, energy patterns, infrastructure data, real-time sensor inputs, and more. If your data has a spatial component, we can visualize it in the digital twin.
How does the tile-based system work?
Each tile represents approximately one square kilometer of detailed 3D environment. You can start with a single tile focused on your area of interest, then expand by adding adjacent tiles as needed. This modular approach maintains high visual quality and performance while providing flexibility. Pricing is per-tile, reflecting the custom work involved in each area.
Can the digital twin display real-time data?
Yes. TwinCity supports real-time data integration with updates as frequent as minute-by-minute. This allows the digital twin to reflect current conditions, whether environmental data, traffic patterns, or other dynamic information. The platform can visualize how data changes over time, making temporal patterns visible.
Who is the target audience for TwinCity visualizations?
TwinCity is built to communicate with both technical specialists and general audiences. While the platform handles complex spatial data, the visualizations are designed to be accessible to people without GIS or technical expertise. This makes it effective for public communication, stakeholder engagement, and citizen information.
What does a pilot project involve?
A pilot project starts with defining your area of interest, identifying the data you need to communicate, and understanding your audience. We then create one or more tiles as a proof of concept, integrate your data, and customize the visualization to meet your communication goals. This provides a working demonstration of how TwinCity can serve your specific needs.
How long does it take to develop a digital twin?
Timeline depends on project scope, number of tiles, data complexity, and customization requirements. A single-tile pilot can typically be developed in several weeks. Larger implementations with multiple tiles and complex data integration require more time. We provide detailed timelines during the project planning phase.
Get Started

Request a Pilot Project

We're seeking pilot partners for digital twin implementations. Whether you're a municipality looking to improve public communication, a research institution wanting to visualize findings, or an organization with spatial data to communicate — let's discuss how TwinCity can meet your needs.

Direct inquiries: contact@twincity.dev