Digital Twin Platform for Smart Cities

Digital Twin Platform for Smart Cities

Today’s cities are generating more data than ever. When this data is connected and analyzed, it drives more agile decisions, more efficient services, and a better quality of life.

Today’s cities are generating more data than ever. When this data is connected and analyzed, it drives more agile decisions, more efficient services, and a better quality of life.

TOKII is a comprehensive digital twin solution for smart cities. It centralizes the management of all urban services in one place, allowing for real-time control, analysis, and optimization of operations for more efficient and sustainable citizen care.

With TOKII, you can have complete visibility of operations, anticipate failures, detect bottlenecks, and reduce operating costs by visualizing your entire production chain on a single platform.

The use of digital twins for urban planning allows cities to save approximately 30% on energy costs.

The use of digital twins for urban planning allows cities to save approximately 30% on energy costs.

Hexágono

Cities that understand themselves

Cities that understand themselves

Cities that understand themselves

Urban management plug & play:

Urban management plug & play:

Connect and control your city.

Connect and control your city.

Connect and control your city.

Connect urban data and municipal platforms

Connect urban data and municipal platforms

Connect urban data and municipal platforms

Integrate IoT sensor data into roads, smart traffic lights, EV charging stations, BMS platforms, and municipal ERPs. TOKII's flexible connectivity facilitates interoperability between systems, providing a comprehensive view of asset status, urban mobility, or public infrastructure.

Create KPIs on sustainability and circular economy

Create KPIs on sustainability and circular economy

Create KPIs on sustainability and circular economy

Monitor traffic flows and transport services, air quality, use of LED lighting, and energy consumption in public spaces.

Visualize the city in 3D, thematic layers, or augmented reality

Visualize the city in 3D, thematic layers, or augmented reality

Visualize the city in 3D, thematic layers, or augmented reality

Navigate through the city, view geolocated incidents, and access interactive maps with information layers such as pollution, noise, or traffic congestion.

Analyze urban and mobility trends intelligently

Analyze urban and mobility trends intelligently

Analyze urban and mobility trends intelligently

Detects sources of air pollution, leaks in water networks, or recurring blockages in drains. With predictive analytics, you can act before these problems escalate, and sustainably reduce disruptions and costs.

Manage municipal plans and protocols

Manage municipal plans and protocols

Manage municipal plans and protocols

Create, organize, and share development projects, emergency plans, and technical documents across departments. Facilitating institutional coordination and cross-cutting decision-making.

Create, organize, and share development projects, emergency plans, and technical documents across departments. Facilitating institutional coordination and cross-cutting decision-making.

Key Benefits of TOKII for Smart Cities

Discover everything that it can offer you

Key Benefits of TOKII for Smart Cities

Discover everything that it can offer you

Key Benefits of TOKII for Smart Cities

Discover everything that it can offer you

Key Benefits of TOKII for Smart Cities

Discover everything that it can offer you

-20%
-20%

In energy consumption in public spaces

In energy consumption in public spaces

through real-time monitoring and remote control of lighting and HVAC climate systems.

through real-time monitoring and remote control of lighting and HVAC climate systems.

-15%
-15%

In maintenance costs of critical infrastructures

In maintenance costs of critical infrastructures

thanks to the early detection of structural deterioration and the optimization of preventive maintenance cycles

thanks to the early detection of structural deterioration and the optimization of preventive maintenance cycles

+35%
+35%

In response times to incidents

In response times to incidents

through intelligent alert systems that identify and notify managers of anomalies in real time.

through intelligent alert systems that identify and notify managers of anomalies in real time.

-15%
-15%

In the times of localization and resolution of leaks in water networks.

In the times of localization and resolution of leaks in water networks.

through distributed sensors and dynamic visualization of pressures, flows, and critical points.

through distributed sensors and dynamic visualization of pressures, flows, and critical points.

Explore TOKII with our experts

Book a demo to see how TOKII can adapt to your needs.