DOCSEARCHbyAlgolia
Submit Docs

智捷云 IoT Platform

website·Indexed 30 days ago

http://www.gzzjy.cn

An industrial IoT platform providing data collection via soft gateways, real-time monitoring through configuration screens (SCADA), and device management. It supports multiple protocols including Siemens S7, ModbusTCP, MQTT, WebSocket, and HTTP, and features a configuration editor based on ECharts for creating large-screen monitoring dashboards.

Tokens
35.7K
Snippets
98
Records
274
Agent score
49%

What's inside 智捷云

  1. Overview of IoT Platform core functions and components

    An IoT platform acts as middleware connecting hardware devices to user applications. Its core architecture consists of four layers:

    1. Device Layer: Sensors, cameras, and smart devices communicating via protocols like MQTT, HTTP, and CoAP.
    2. Network Layer: Communication links including 4G/5G, Wi-Fi, Bluetooth, LoRa, and NB-IoT.
    3. Platform Layer: Handles device management (registration, authentication), data management (storage, visualization), rule engines for automation, and security (access control, encryption).
    4. Application Layer: User interfaces (Web, App) and integration with enterprise systems such as ERP and MES.

    Key functional capabilities include device registration, remote configuration, OTA updates, data filtering, and API/SDK provision for developers.

  2. Overview of Wanwei 3D Configuration Editor

    Wanwei 3D Configuration is a Web-based visual configuration editor built with Vue 3, Vite, and NaiveUI using standard HTML5 and B/S architecture. It is designed for industrial automation, IoT, and smart manufacturing, allowing users to build 3D visualization screens via drag-and-drop operations to visualize data, processes, and logic.

  3. Overview of Wanwei 3D Configuration Editor

    Wanwei 3D Configuration is a Web-based visual configuration editor built with Vue 3, Vite, and Naive UI using standard HTML5 and B/S architecture. It is designed for industrial automation, IoT, and smart manufacturing, allowing users to build 3D visualization screens via drag-and-drop operations to map data, processes, and logic.

  4. Manage the IoT platform using the Tenant Administrator account

    Logging in with the tenant account (tenant@gzzjy.cn / tenant) provides access to the administrative interface. Available management modules include:

    • Home: Statistical data overview.
    • Alarms: Alarm list management.
    • Omni-Configuration (万维组态): 2D/3D configuration and 3D model management.
    • Entities: Management of devices, assets, and entity views.
    • Configuration: Device and asset configuration management.
    • Customers: Management of customers within the current tenant.
    • Rule Chain Library: Management of rule chains.
    • Component Library: Management of system components.
    • Image Library: Management of system images.
    • Configuration Library: Management of system configuration elements.

  5. IoT Platform Capabilities Overview

    The IoT platform provides a comprehensive suite of tools for device connectivity and data visualization, including support for multiple industry-standard IoT protocols, a software gateway for direct device connection, and a rule chain engine for managing complex IoT scenarios. Key features include stable communication channels, high-efficiency data processing, and a rich set of APIs for platform integration.

  6. IoT Platform Protocol and Connectivity Capabilities

    The IoT platform provides broad connectivity and integration capabilities, including support for various industry-standard IoT protocols and a software gateway for direct device data collection.

  7. Manage platform resources as a Super Administrator

    The Super Administrator has the highest permissions on the Zhijie Cloud IoT platform and is responsible for the following core management tasks:

    • Home Overview: Monitor basic platform statistics including tenant count, device count, and data volume.
    • Tenant Management: View, create, edit, and delete tenant accounts, and assign resources and permissions.
    • Tenant Configuration: Configure tenant-specific parameters such as default permissions and resource quotas.
    • Component Library Management: Manage reusable UI components (charts, gauges, switches) with category and search functionality.
    • Image Library Management: Upload and manage image resources such as background images and icons.
    • Configuration Library Management: Manage configuration elements (pipelines, device models, layers) via visual editing and classification.

  8. Understand the role and purpose of a Software Gateway

    A Software Gateway is a software system deployed on standard operating systems (such as Linux or Windows) that acts as a communication bridge between IoT devices and upper-level platforms. It is a critical component of edge computing, enabling data collection, protocol conversion, edge computing, and device management by supporting various industrial protocols and communication mechanisms.

  9. Integrate ECharts static components into the dashboard

    The dashboard components are extended based on ECharts, which is integrated into the source code. Static components such as Histograms, Line Charts, Pie Charts, and Scatter Plots are available. To add a new static component, follow the extension examples provided in the documentation.

  10. Manage the Canvas Editing Area

    The editing area features an infinite canvas with a base size that expands dynamically. Users can zoom the canvas using the mouse wheel or the 'Zoom' button in the toolbar. The area includes rulers for measurement.

  11. IoT Platform Protocol and Connectivity Capabilities

    The platform supports a wide variety of common IoT protocols and provides a software gateway (软网关) for direct device connection and data collection.

  12. Software Gateway system architecture flow

    The Software Gateway sits between the physical device layer and the cloud application layer. It parses protocols from sensors/devices and routes data through internal modules (Device Management, Data Caching, and Rule Engines) before sending it to the cloud platform.
    ┌────────────┐       ┌────────────────┐       ┌────────────┐
│ 设备/传感器 │──────▶ 软网关（协议解析） ├──────▶ 云平台/应用 │
└────────────┘       └────────────────┘       └────────────┘
                        │   │   │
                        ▼   ▼   ▼
                    设备管理  数据缓存  规则引擎