Layer 1
Data Acquisition
Multi-source sensing via IoT networks: fixed sensors, mobile devices, machine vision and remote sensing. Always-on, all-scenario data ingestion for traffic, pollution, energy, safety and more.
WIC · Technical Architecture
Layer 2
Data Processing
Distributed compute for cleaning, enrichment and analytics across cloud/edge. Supports deep learning on urban datasets with cross-department collaboration.
Layer 3
Decision & Execution
AI planning and autonomous control platforms coordinate transportation, energy, security and environment with real-time responses.
Layer 4
Applications
Delivered across smart mobility, energy, safety and sustainability scenarios — enabling precise, efficient and resilient urban services.
Urban Intelligence Stack
Top Layer
Smart Applications & Urban Governance
E-government, smart healthcare and elderly care, smart campuses and libraries, smart neighborhoods, and industrial innovation.
Middle Layer
Decision & Operations Orchestration
AI-driven decision systems orchestrate transportation, energy, environment and public services with city-wide optimization.
Base Layer
Connectivity & Compute / Storage
Cloud–edge–endpoint collaboration, city-grade data lakes/warehouses, high-efficiency AI compute pipelines.
Foundation
Interaction & Data Capture
Multi-modal sensors, V2X, remote sensing and real-time high-throughput streaming (5G/Wi-Fi/NB-IoT).
*For more information, please visit the Chinese website.
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