Urban Planning & 3D City Modeling

• Immersive 3D City Models

_ Users can navigate districts or full city models in 3D from both ground and aerial perspectives.

_ Planners can visualize real-world infrastructure, streets, and public spaces interactively.

_ Different zoning areas and city layers can be toggled for detailed analysis.

• Environmental Simulation & Analysis

_ Real-time simulation of sunlight, wind, and traffic patterns.

_ Assessment of environmental impact for sustainability and energy efficiency.

_ Helps optimize urban livability through scenario-based planning.

• Stakeholder Collaboration & Public Engagement

_ AR-enabled consultations allow citizens to visualize planned developments in their real-world context.

_ Interactive virtual environments enable seamless collaboration between urban planners, architects, and authorities.

_ Facilitates informed decision-making with real-time feedback from all stakeholders.

• Integration & Connectivity

_ Connects with GIS and Building Information Systems (BIS) for data-driven planning.

_ Centralized data management supports long-term urban development and planning insights.

• Traditional urban planning lacks interactive visualization of infrastructure and environmental factors.

• Difficulty in predicting environmental impacts and traffic patterns before construction.

• Limited public participation and stakeholder collaboration.

• Inefficient integration between planning data, visualization, and decision-making processes.

• Immersive Urban Visualization: Planners and citizens explore urban environments virtually for better understanding of scale and impact.

• Real-Time Environmental Simulation: Sunlight, wind, and traffic are simulated to optimize sustainability and livability.

• Enhanced Collaboration & Engagement: Stakeholders interact in real time and citizens can give feedback through AR consultations.

• Integrated Data Management: GIS and BIS connectivity creates a centralized, future-ready database for urban planning.

• Informed Decision-Making: Combines AR/3D visualization, environmental data, and stakeholder feedback to reduce errors and improve project outcomes.