Comprehensive Management and Control-综合管控

Three Business

Comprehensive Infrastructure

Rail Transit Network

Major Transportation Corridors

Smart Neighborhoods

New Infrastructure Engineering

Digital and Intelligent Governance

Comprehensive Management and Control

Vehicle-Road-Cloud

Low-altitude Control and Management

Power Charging, Storage and Discharging

New - Quality Operations

Asset Activation

Low-altitude Operation

Lifeline Engineering

Operation Assurance

Digital Base

Multi-mode AI Regulation Business Engine

Evolutionary Computing Platform

Digital Twin Foundation

Comprehensive Management and Control

China has gradually built and formed a huge scale of infrastructure such as high-speed and express roads, urban roads, urban rail transit, comprehensive transportation hubs, and buildings. However, it still faces challenges such as insufficient safety guarantees, complex passenger flow management and control, frequent congestion risks, and high operation costs. Aiming at the management and control goals of "ensuring safety, reducing costs, improving quality, and enhancing efficiency", relying on core technologies such as large models, AI technology, embodied intelligence, the Internet of Things, and digital twin, a new generation of comprehensive urban intelligent management and control system is created. It provides efficient intelligent transportation management and control, intelligent rail network management and control, intelligent transportation hub management and control, regional road network management and control, and intelligent transportation hub management and control services, empowering the operation and maintenance of transportation infrastructure throughout its entire life cycle.

Overall Solution

By combining the latest AI technologies, embodied intelligence, the Internet of Things, and digital twin with over 30 years of traffic business service experience, a closed - loop service solution is formed. Horizontally, it covers urban transportation, urban rail networks, major transportation hubs, regional road networks, and park buildings. Vertically, it includes AI - based monitoring, accurate prediction, alarm and early warning, simulation, and dynamic management and control.

Intelligent Transportation Management and Control

Create a new digital engine that integrates data from the entire transportation industry, professional algorithms, and shared general - purpose professional technologies. Promote the integrated and coordinated closed - loop of planning, construction, management, and maintenance, and reconstruct core business processes such as real - time monitoring of the Transportation Operations Coordination Center (TOCC), cross - departmental law enforcement linkage, and multi - mode traffic regulation.

Intelligent Rail Network Management and Control

Provide urban rail network - level management and control services. Develop the capabilities of real - time monitoring, short - term prediction, real - time simulation and deduction, intelligent dispatching, and emergency management for an urban rail network with a length of over 1000 kilometers and a daily passenger flow of over 10 million. Achieve less passenger flow backlog, zero train delays, and zero blind spots in emergency response, and promote the safety, cost - reduction, efficiency improvement, and quality enhancement of the urban rail network.

Intelligent Transportation Hub Management and Control

Offer management and control services at the airport, port, and transportation hub levels. Develop the capabilities of real - time monitoring, passenger flow prediction, simulation, and dynamic management and control for transportation hubs with a passenger flow of over 1 million and multiple modes of transportation. Improve the service levels in scenarios such as passenger service, passenger flow management and control, connection management and control, operation management, facility management, and facility operation and maintenance. Increase the efficiency of emergency management, comprehensive energy consumption, and overall management and control by more than 30%.

Regional Road Network Management and Control

Build the core capabilities of accurate perception, reliable deduction, agile prediction, fine - grained evaluation, and proactive management and control for the operation of expressways in urban dense areas, and improve the traffic capacity of the expressway network.

Intelligent Building Management and Control

Provide management and control services at the park, hospital, and building levels. Develop the capabilities of real - time perception of the AIoT system, real - time calculation with AI technology, real - time intelligent coordination across systems, and precise regulation and automatic operation of energy, security, and services. Make each building an organic living entity, and increase its value by more than 30% in terms of green energy conservation, operational efficiency, and safety and resilience.

Implementation Case

Phase I Project of Shenzhen Integrated Intelligent Transportation Platform

Production Cloud Passenger Flow Management and Control System of Phase II Project of Shenzhen Rail Transit NOCC

Project of Equipment Procurement and Integration Services for the Management Cloud of Phase II Project of Shenzhen Rail Transit NOCC

Intelligent Hajj Management System in Mecca, Saudi Arabia

Integrated Traffic Passenger Flow Management and Control System for the Entire Area of Shenzhen Airport

Intelligent Transportation Management and Control of the Backbone Expressway Network in the Guangdong-Hong Kong-Macao Greater Bay Area

Intelligent Building System of the Headquarter Building of SUTPC

The project integrates four major sections: the transportation brain, business applications, field perception, and supporting engineering. Through the integration of data technology, it promotes the coordinated upgrade of internal and external transportation, and helps to upgrade businesses such as facilities, transportation, law enforcement, public transportation, and credit. This project creates an integrated digital engine, empowers the integrated governance of multiple transportation businesses in Shenzhen, and shapes a new paradigm of green, convenient, efficient, and safe integrated transportation development.

simulation deduction, and dynamic dispatching, it realizes the minute-level real-time monitoring, prediction, and simulation deduction capabilities for the rail network in a megacity with a population of 20 million, a super-large network of 600 kilometers, and a daily passenger flow of 10 million. It comprehensively empowers businesses such as passenger flow management and control, intelligent dispatching, emergency management, and passenger service.

Create a platform for "unified management through one cloud" for the safety production, management, and service of urban rail transit, build an intelligent operation and maintenance system, improve the intelligent passenger service system, and upgrade the safety emergency command system. It supports the efficient collaboration of more than 100 system applications and over 6,000 service process businesses, provides more than 100 convenient services for the public, and realizes the intuitive display of 1,597 management indicators.

Based on key technologies such as AI algorithms, simulation deduction, the Internet of Things, and digital twin, it realizes the real-time monitoring, short-term prediction, alarm and early warning, dynamic management and control, and simulation technologies for the daily passenger flow of over 2 million people during the Hajj in Mecca. It evenly manages and controls the time and space distribution of the Hajj passenger flow, greatly reduces the passenger flow risk coefficient, and effectively and successfully solves the problems of safety and efficiency during the Hajj.

Based on big data, AI technology, the Internet of Things, and digital twin technology, with the four elements of people, vehicles, roads, and the airport (rail transit) at Shenzhen Airport as the core, it supports core businesses such as data governance of the entire area's transportation, comprehensive operation monitoring, transportation business analysis and judgment, and the sharing of transportation capacity allocation. It provides important support for Shenzhen Airport to achieve integrated scheduling of air, space, sea, and land and high-level management of the collection and distribution of the transportation hub.

This project focuses on the expressway network of about 1,000 kilometers, including 4 bridges and 15 roads in the Guangdong-Hong Kong-Macao Greater Bay Area. It develops a multi-level proactive intelligent management and control platform integrating "real-time perception, prediction and early warning, intelligent management and control, safety emergency response, and travel services", effectively improving the operation efficiency, coordinated safety, and travel service quality of the road network.

As the first demonstration project in Shenzhen that has been implemented throughout the DEPCO full cycle, it integrates the CIM+ digital twin platform to achieve real-time linkage of building intelligent agents. More than 20 intelligent systems such as contactless access and intelligent energy consumption control are deployed in the whole building project. It supports drone inspection and logistics connection through the low-altitude economy interface, realizes an increase of more than 25% in labor efficiency, energy efficiency, and floor efficiency, and sets a new benchmark for intelligent office work.

Our Advantages

The ability to understand the needs of owners and businesses and provide solution plans, accumulated through more than 30 years of service experience in the front line of the industry.

AI algorithm capabilities in the transportation and rail sectors that lead the industry in terms of ultra-large scale, full business scenarios, minute-level granularity, and industry precision.

The digital general contracting business capabilities of "transportation + IT" that integrate transportation, rail, hubs, road networks, parks, buildings and other transportation fields, as well as the guarantee for the delivery of implemented projects.