Supports multiple data sources (relational databases, text files, big data platforms, third-party APIs, etc.); Provides graphical dataset construction, enabling data transformation, filtering, field calculations, and other processing through a node-based workflow; Allows the definition of business metrics based on datasets; Features a built-in, high-performance distributed query engine that supports various analytical computations, such as aggregation and table calculations.

Provides a graphical drag-and-drop design tool that supports free layout, keyboard shortcuts, and the Format Painter, enabling quick data visualization and collaborative editing; Includes over 100 built-in visualization components (including 2.5D, 3D, and innovative charts), giving pages a more high-tech and aesthetically pleasing look; Features a wide variety of templates and one-click theme switching to speed up page development; Supports self-service configuration of scene transitions, component loading, and element animations to make pages more dynamic.

Utilizing components and event mechanisms, the system supports data queries, interactive charts, parameter passing, and API calls. It features a card-based design to enable collaborative workflows such as following and subscribing, reviewing and approving, and red-light alerts. External interfaces are provided to support event coordination, resource scheduling, and integrated communications with third-party systems, enabling multi-party joint operations and coordination.

Provides a graphical, self-service GIS scene designer that supports planar and spherical maps, with customizable map controls, panning, skyboxes, and special effects; supports integration with various data sources, including Shapefiles, GeoJSON, spatial databases, and spatial data services; includes dozens of built-in 2D and 3D layer components, each with extensive styling options.

Provides a lightweight Web 3D engine that requires no client-side software and can be accessed directly through a browser, supporting the rendering of 3D components and scenes; covers a wide range of Web 3D scenarios, including cities, industrial parks, factories, schools, buildings, and equipment; supports various styles, such as high-tech and photorealistic, and offers visual effects such as light trails, particles, ripples, flames, light circles, and sweeping lights.

Supports over 100 algorithms (statistical, table-based, and intelligent analysis) for data analysis and visualization; Provides interactive, self-service analysis based on specific scenarios and metrics; Supports configurable rule-based alerts, with notifications via visuals, sounds, messages, and other methods in the event of anomalies; Features GIS spatial analysis; Supports high-speed ingestion, storage, and computational analysis of IoT time-series data.

Compatible with mainstream protocols such as MQTT, ModBus, OPC, and CoAP, supporting universal device connectivity. 24/7 data reception, remote control, online debugging, and lifecycle management. Real-time data reporting and command issuance. Drag-and-drop configuration rule engine for device alarm calculation and automated action execution. Open device capabilities to support third-party scenarios such as sensing, command issuance, and automated actions. Built-in stream engine for collecting, processing, storing, and distributing massive amounts of machine data.

Independent visualization of business units, with support for individual rendering and access. Custom design capabilities, including application design, card publication and removal, review, and authorization. Integrated features such as thematic dashboards, follow-ups, approval workflows, red-light alerts, suggestion feedback, and metric alerts to facilitate timely communication and ensure issues are resolved. Provides a card SDK and synchronization services to support third-party implementation of mobile dashboard functionality.