Wintoo

Smart City Solutions

An intelligent urban infrastructure monitoring and management platform powered by AI and IoT devices. Through six core application scenarios, we build a comprehensive, multi-dimensional smart city management system to modernize urban governance.

AI Smart RecognitionReal-Time Monitoring & AlertsData Visualization & AnalyticsClosed-Loop Management

Challenges in Urban Management

As urbanization accelerates, traditional city management models can no longer meet the demands of modern urban development. Issues such as aging infrastructure, low management efficiency, and delayed emergency response are becoming increasingly prominent, calling for technology-driven solutions to enhance urban governance.

Low Efficiency of Traditional Inspections

Manual inspections have limited coverage, delayed issue detection, and high maintenance costs

Delayed Emergency Response

Lack of real-time monitoring and alerts leads to reactive handling of incidents, compromising city safety

Severe Data Silos

Departmental data is fragmented with no unified platform, resulting in insufficient decision-making support

Solution Value

High Precision
Recognition Accuracy
24/7
24/7 Monitoring
Significant
Efficiency Improvement
Notable
Cost Reduction

Six Core Application Scenarios

Covering key areas of urban infrastructure management to build a comprehensive smart monitoring system

Smart Road Defect Inspection

Smart Road Defect Inspection

Uses smart sensing devices to automatically detect bumps, potholes, bulges, and other road surface defects. AI algorithms pinpoint and mark issues on a grid map (red/yellow/green health status) in real time, enabling high-precision recognition.

Core Technical Features:

Smart sensing auto-detection technology
Real-time grid map marking
Three-color health status classification

Results:

High-precision recognition, significantly improved inspection efficiency, and notably reduced maintenance costs

Underground Hazard Early Warning

Underground Hazard Early Warning

Combines multi-sensor data with ground-penetrating radar to identify hidden risks such as manhole subsidence and subgrade voids, enabling proactive intervention to prevent collapse incidents.

Monitoring Scope:

3D underground pipeline anomaly mapping
Real-time manhole subsidence monitoring
Subgrade void early warning detection

Technical Advantages:

Dual protection with multi-sensor and ground-penetrating radar for efficient early warning

Flood Monitoring & Early Warning

Flood Monitoring & Early Warning

Integrates real-time rainfall data, road surface water depth sensing, and historical data models to automatically push flood risk alerts to municipal departments and coordinate with drainage systems.

Smart Alert Features:

Real-time water depth monitoring
Map-based red alerts + diversion routes
Smart drainage system coordination

Emergency Response:

Rapid alert response, significantly improved flood drainage efficiency

Construction Dust Monitoring

Construction Dust Monitoring

Leverages AI visual recognition to measure construction site dust concentration in real time, tracks pollution sources to responsible parties, and ensures environmental compliance.

Monitoring Capabilities:

Real-time dust concentration monitoring
Precise pollution source tracking
Responsible party traceability management

Environmental Impact:

Notable reduction in dust exceedance incidents, significantly improved environmental compliance rate

Construction Barrier Management

Construction Barrier Management

AI-powered smart monitoring of construction barrier conditions, with construction monitoring and permit verification to ensure regulatory compliance and pedestrian safety.

Smart Monitoring:

Real-time barrier status monitoring
Construction permit verification
Real-time safety hazard alerts

Closed-Loop Management:

Significantly improved work order processing efficiency, notably higher barrier compliance rate

Green Coverage Monitoring & Assessment

Green Coverage Monitoring & Assessment

Analyzes vegetation coverage and maintenance needs through smart monitoring, supporting precise allocation of greening resources and urban greening planning.

Monitoring & Analysis:

Green space distribution heatmap comparison
Vegetation coverage assessment
Greening maintenance needs analysis

Decision Support:

Notably improved greening maintenance efficiency, enabling precise resource allocation

Technology Architecture

A four-layer architecture: Perception-Transmission-Computing-Application

Perception Layer

Multi-sensor arrays, AI cameras, and other smart sensing devices

  • Multi-sensor arrays
  • Proprietary sensing devices
  • Integrated monitoring instruments
  • AI preprocessing & analysis

Transmission Layer

Multi-network transmission via 5G/4G, WiFi, LoRa, and more

  • 5G high-speed transmission
  • Edge computing nodes
  • Encrypted data transmission
  • Network redundancy & backup

Computing Layer

AI algorithm engine, big data analytics, and cloud computing platform

  • Deep learning algorithms
  • Real-time data processing
  • Predictive analytics models
  • Intelligent decision engine

Application Layer

Visualization platform, mobile apps, and decision support systems

  • Command & dispatch center
  • Mobile inspection app
  • Data visualization
  • Decision analysis reports

Building a Smarter City Future Together

With advanced AI technology and extensive hands-on experience, we are committed to delivering the most suitable smart solutions for every city — making urban management smarter, more efficient, and more people-centric