Leading technology on Gitee – the top-ranked IoT platform in the IoT niche IoT DC3
Gitee Address
https://gitee.com/pnoker/iot-dc3
IoT DC3 is an open-source distributed IoT platform based on Spring Cloud, designed to help developers quickly build and manage IoT projects and devices. This platform provides a comprehensive service from physical domain data collection to information domain data processing, supporting various protocol-driven access, such as MQTT, ModbusTCP, UDP, OPC-DA, OPC-UA, LWM2M, CoAP, etc., ensuring flexible communication with different types of devices.
Installation
# Download iot-dc3 source code
git clone https://gitee.com/pnoker/iot-dc3.git
cd iot-dc3/dc3/demo
# Start the container
docker-compose up -d
You need to check whether all docker services are running normally; generally, it is advised to wait a bit longer.
Once all the above services are running normally, visit http://localhost:8080 (opens new window) to access the login page!
If not specified otherwise, the username and password are both dc3. The web page access password is dc3dc3dc3. If there are any other unmatched username and password, please contact the author.
The architecture of the DC3 platform is divided into four layers: the driver layer, data layer, management layer, and application layer:
1. Driver Layer: Provides SDK for connecting physical devices with standard or private protocols, responsible for southbound device data collection and command control.
2. Data Layer: Collects and stores device data and provides data management interface services.
3. Management Layer: Acts as a microservice registration center, providing device command interface, device registration and association pairing, data management center, etc., which is the core part of all microservice interactions.
4. Application Layer: Provides data opening, task scheduling, alarm and message notifications, log management, etc., and has the capability to interface with third-party platforms.
The platform has the following features:
– Scalability: Supports horizontal scaling, capable of handling large-scale device connections.
– Fault tolerance: No single point of failure, each node in the cluster is the same, ensuring high availability of the system.
– Robustness and efficiency: A single server node can handle hundreds or even thousands of device connections.
– Customizability: Supports adding new device protocols and can register them to the service center.
– Cross-platform: Can be deployed in different platforms and environments, supporting Java environments.
– Autonomous control: Suitable for private cloud, public cloud, and edge computing environments.
Additionally, the DC3 platform provides detailed documentation and installation configuration guides, facilitating users to perform local deployment and testing. For developers who want to gain deeper insights or use the DC3 platform, comprehensive information can be found in its official documentation, including architecture design, feature introduction, project structure explanation, and deployment guide.
Build IoT DC3 Web UI #
git clone https://github.com/pnoker/iot-dc3-web.git
cd iot-dc3-web
# This step is crucial, recommended to use yarn
npm install -g yarn --registry=https://registry.npm.taobao.org
yarn
Copy successful!
Start IoT DC3 Web UI #
yarn serve
Copy successful!
Access IoT DC3 Web UI #
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Visit http://localhost:8080 (opens new window) to access the login page!
IoT DC3 is a multifunctional IoT platform suitable for various different usage scenarios, primarily including the following aspects:
1. Device Management: The DC3 platform can be used to monitor and manage various types of IoT devices, including sensors, actuators, gateways, etc. It supports device registration, status monitoring, remote control, and other functions.
2. Data Collection and Processing: The platform can collect data from devices, perform data preprocessing, storage, analysis, and processing to meet the needs of different application scenarios.
3. Protocol Conversion: DC3 supports various protocol-driven access, such as MQTT, ModbusTCP, UDP, OPC-DA, OPC-UA, LWM2M, CoAP, etc., which can convert between different protocols to ensure device compatibility and interoperability.
4. Task Scheduling and Automation: The platform provides task scheduling functions that can automate the execution of device control commands, data processing tasks, etc.
5. Alarm and Notification: DC3 supports real-time monitoring of device status and data, capable of sending alarm notifications in case of anomalies for timely response.
6. Log Management: The platform provides log management functions that can help users track and audit system operations and events.
7. Data Opening and Sharing: The DC3 platform can integrate with other systems, supporting data opening and sharing, facilitating the construction of a broader IoT ecosystem.
8. Edge Computing: DC3 is suitable for edge computing environments, capable of processing and analyzing data close to the data source, reducing latency and network congestion.
9. Smart Cities: In the construction of smart cities, DC3 can be used for environmental monitoring, traffic management, energy distribution, and other aspects, enhancing the intelligence level of cities.
10. Industrial IoT: In the fields of industrial automation and smart manufacturing, DC3 can be used to monitor production equipment, optimize production processes, and improve production efficiency.
11. Agricultural IoT: In agricultural production, DC3 can be used to monitor crop growth environments, automate irrigation, and warn of pests and diseases.
12. Smart Home: In the smart home sector, DC3 can be used to control household devices, ensure security monitoring, and adjust the environment.
Since IoT DC3 is a highly customizable and scalable platform, it can be configured and adjusted according to specific requirements to adapt to various different IoT application scenarios.
Leading technology on Gitee – the top-ranked IoT platform in the IoT niche IoT DC3
Gitee Address
https://gitee.com/pnoker/iot-dc3