Urban Planning
Unlock unprecedented capabilities in Urban Planning through AI Computer Vision.
AI Computer Vision Capabilities In Urban Planning

Infrastructure Monitoring
Identify and track the condition of roads, bridges, buildings, and other critical infrastructure in real-time.

Pedestrian and Cyclist Safety Monitoring
Track pedestrian and cyclist activity to improve safety measures and design walkable areas, dedicated bike lanes, and improve pedestrian infrastructure.

Traffic Flow Analysis
Gain insights into traffic patterns to optimise public transportation routes, manage congestion, and improve overall mobility.

Land Use Optimisation
Analyse land use patterns and identify opportunities for development, green spaces, and efficient resource allocation.

Resource Management
Analyse resource usage patterns for utilities like water and electricity, enabling targeted optimisation strategies.

Public Space Management
Gain data-driven insights into public space usage, such as parks, using computer vision for better resource allocation, maintenance and improvement efforts, ultimately creating safer, cleaner, and more enjoyable public spaces for all.
The Value Of Applying AI Computer Vision To Urban Planning
Reduced Operational Costs
Identify infrastructure issues early, preventing costly repairs and disruptions from major failures.
Data-Driven Decision Making
Gaining deep insights into the existing urban environment empowers planners to make informed decisions based on factual information, not just estimations.
Improved Resource Management
Optimise resource allocation for utilities and infrastructure maintenance, saving money and energy.
Enhanced Public Services
Deliver better public services by optimising traffic flow, pedestrian safety, and resource allocation.
Sustainability and Resilience
Exploit data to prioritise energy efficiency, renewable energy sources, and in building resilient infrastructure by identifying areas vulnerable to flooding or other environmental hazards, allowing for robust designs.
Improved Public Safety and Security
By gaining enhanced situational awareness, this allows the detection of any unsafe activity, enabling quicker response times by authorities, as well as identifying patterns and potential threats before they escalate.
Tuba.AI: Your Gateway To Build AI Vision Models Effortlessly
Design your city for the future with Tuba.AI, the one-stop platform for building robust AI computer vision models for urban planning. Effortlessly label urban imagery, train custom models to analyse public spaces and deploy them for real-time insights – all within Tuba.AI‘s user-friendly interface.Â
Even without extensive AI expertise, users can leverage Tuba.AI‘s intuitive interface for example, to classify cracks on pavements, rusts on bridges and even damages on buildings, to later train and deploy the model to identify early signs of such damages and alert city engineers for rework.