About AIOT

The "Internet of Things" - the Internet of Things (l0T) is an extension and expansion of the Internet. It combines various information sensing devices with the Internet to form a huge network. It realizes the interconnection of people, computers and things at any time and anywhere. The application of the Internet of Things covers all aspects. Its application in infrastructure fields such as industry, agriculture, environment, transportation, logistics, security and so on has effectively promoted their intelligent development.

Connection management: By providing scalable device access adaptation services, compatible with various devices, achieving protocol conversion of differentiated collection devices, and realizing unified access and control of various sensing devices. Support unified access to wired and wireless networks, and achieve massive link management.
Device management:By managing sensing devices and gateways, remote monitoring, configuration, upgrading, troubleshooting, and other functions can be achieved.
Data management: By collecting relevant business perception data, device status data, and device control data, provide full lifecycle management of data, including real-time processing, analysis, and storage of data.
Business support services: By supporting the management of various smart application businesses and opening service interfaces, it supports the rapid integration and development of various smart businesses.

About AIOT

Overall Architecture

Overall Architecture

Product characteristics

Intelligent

Intelligent

The equipment object model is used to objectify equipment, inherit equipment capabilities and characteristics, and provide equipment data, computational analysis, monitoring and operation for upper level business

Wide connectivity

Wide connectivity

Fast device access and device lifecycle management empower various business applications, enabling the rapid construction of multi scenario solutions

High popularity

High popularity

Support the integration of mainstream third-party platforms and achieve interconnectivity between platforms

Real-time

Real-time

提供丰富的智能化场景服务组件,减少重复性开发,支撑企业快速构建智慧化应用

Feature Highlights

Building automation
Intelligent lighting
Environmental monitoring
Underground pipeline management system

Intelligent integration of devices

By integrating various devices, sensors, monitoring systems, and other third-party systems through diverse data access methods, a unified monitoring platform is formed to achieve information aggregation, data sharing, and optimized management of voice, image, and video stream data.

Building automation

Building automation equipment includes monitoring devices for heating, ventilation, elevators, air conditioning, water supply and drainage, etc. It can intelligently control the mechanical and electrical equipment inside the building, such as corresponding sensors, travel switches, photoelectric control devices, etc., to detect the working status of building equipment and achieve maximum utilization of equipment and personnel

Intelligent lighting

The intelligent lighting system includes indoor and outdoor lighting systems, which monitor the switch and brightness of lighting equipment. It is connected to the platform self-control system to comprehensively control the park and implement central monitoring of the entire system. It can monitor abnormal situations of lighting fixtures at any time, saving energy and reducing consumption

Environmental monitoring

Collect real-time monitoring data from environmental monitors, sensors, etc., monitor environmental meteorological information such as air, temperature, and wind speed within the park, promptly identify and solve problems

Underground pipeline management system

Collect real-time data on underground pipelines such as water, electricity, gas, heating, and communication, and intelligently manage them in the park
Southbound equipment
Cloud edge collaboration
Cross platform microservices

Edge Gateway

The edge gateway DasEdge is mainly used for protocol conversion between devices and platforms, solving complex problems such as device docking protocols and network heterogeneity, so that the platform does not need to worry about specific device docking, but focuses on application implementation.

Southbound equipment

Supports Modbus BACnet、SNMP、DLT645、OPCUA、KNXnetIP、IEC104、 Common standard protocols such as national fire protection, expandable standards or private protocols.

Cloud edge collaboration

MQTT method is integrated with the platform to achieve data upload and command issuance; Configurable data upload strategy, reducing the pressure of cloud processing of massive data and saving traffic; Support offline data caching and range conversion

Cross platform microservices

Support X64 or ARM CPU architecture; Docker virtualization container deployment; The microservice architecture ensures that each module is independent and does not interfere with each other; Scalable and hot swappable capabilities for achieving business scalability
Support various deployment architectures
Intelligent operation and maintenance

Superb system scalability

The system of this project adopts a decoupled design at all levels, supporting on-demand expansion of networks, platforms, north-south devices, and businesses to avoid redundant construction.

Support various deployment architectures

Support various deployment architectures to meet the horizontal expansion of multiple campuses; Based on I0T technology, it meets the on-demand access of southbound systems; Based on digital platform application integration services, IT systems are easily developed and launched.

Intelligent operation and maintenance

Collect and organize information from various systems (work orders, inspections, videos, etc.) and equipment (access control, cameras, barrier gates, power distribution, etc.), integrate them into one, quickly adapt to various scenarios, and achieve overall intelligent operation and maintenance

Building Engineering Benchmarks with Chengxin Technology

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