Rust IoT Platform

This is a high-performance IoT development platform built with Rust, designed to support multiple protocols and provide real-time data processing capabilities. The platform supports MQTT, WebSocket (WS), TCP, and CoAP protocols, making it highly flexible for various IoT application scenarios.

Github Repo: https://github.com/iot-ecology/rust-iot-platform
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Key Features

• High Performance: Written in Rust, leveraging Rust's memory safety and concurrency features to deliver an efficient IoT solution.
• Multi-Protocol Support: Supports MQTT, WebSocket (WS), TCP, and CoAP protocols, catering to a wide range of application requirements.
• Real-Time Data Processing: Built-in real-time data processing mechanisms ensure fast response and efficient data transmission.
• Modular Design: Clearly defined modules for easy extension and maintenance.

Architecture Diagram

Below is the architecture diagram of the platform, illustrating how the various modules work together:

Supported Protocols

• MQTT: Supports the standard MQTT protocol, ideal for real-time messaging applications.
• WebSocket (WS): Provides real-time bidirectional communication support for web clients.
• TCP: A general-purpose transport protocol for device-to-device communication.
• CoAP: A protocol designed for low-power devices, suitable for embedded applications.

Feature List

• Device Management: Easily manage all device data and information. The device group feature allows devices to be grouped based on different scenarios, improving the efficiency of device management.

• Personnel Management: Provides comprehensive role, department, and permission management functions to ensure that each user has access only within their authorized scope, enhancing system security.

• Lifecycle Management: Involves the entire process from production to delivery of devices, ensuring smooth execution at each stage and enabling tracking of the device's status and progress.

• Protocol Management: Supports multiple commonly used IoT protocols, ensuring efficient and secure communication between devices and the platform through detailed management and configuration.

• Data Management: Provides flexible data processing and alert configuration capabilities. Users can set various signal processing and alert rules based on their needs, ensuring real-time system response.

• Notification Management: Through Feishu and DingTalk bots, the platform can send important notifications and alerts in a timely manner, ensuring administrators can quickly respond to and handle abnormal situations.

• Forwarding Management: Supports data forwarding to various mainstream databases, ensuring efficient storage and processing of device data to meet different storage and query requirements.

Device Management

• Device Details: View and manage detailed information of individual devices, including device configurations, status, logs, and usage data.
• Device Group: Organize devices into groups based on functionality, location, or other custom criteria to enable bulk operations and centralized management.

Personnel Management

• User List: Manage user information within the platform, including role assignment and access control.
• Department List: Organize users by department for better management and permission allocation.
• Role List: Define different roles, assign corresponding permissions to each role, and ensure users can only access platform features within their role's scope.
• Info List: Manage additional information related to users, devices, and events, providing detailed records and search functionality.

Lifecycle Management

• Product List: Manage the lifecycle of IoT products, including creation, updates, and status tracking.
• IoT Card Management: Manage the allocation, status updates, and usage of IoT cards, ensuring stable device communication.
• Device Production Management: Track the device production process to ensure production progress and quality control.
• Device Shipping Management: Manage the shipping, distribution, and delivery status of devices, ensuring timely arrival.

Protocol Management

• MQTT Protocol:

  • MQTT Client Management: Configure and manage MQTT clients, including device connections and message transmissions.
  • MQTT Client Service Node Management: Manage MQTT service nodes, controlling the connections and message routing between clients and servers.

• HTTP Protocol:

  • HTTP Processor Management: Manage HTTP request handling, including different API interfaces and request types.
  • HTTP Server Management: Configure and manage the HTTP server to handle requests from external systems.

• TCP Protocol:

  • TCP Processor Management: Manage TCP connections and data flow, including connection pools and data parsing.
  • TCP Server Management: Configure and manage the TCP server to receive and send device data.

• CoAP Protocol:

  • CoAP Processor Management: Configure and manage data processors for CoAP protocol, suitable for low-power devices.
  • CoAP Server Management: Manage the CoAP server, supporting efficient communication between devices.

• WebSocket Protocol:

  • WebSocket Processor Management: Manage WebSocket connection processors to support real-time, bidirectional communication.
  • WebSocket Server Management: Configure the WebSocket server to provide real-time data transmission services to clients.

Data Management

• Signal Management: Manage signals from devices or sensors, including signal types, sources, and handling methods.
• Signal Alert Configuration: Set and manage alert rules for signals, triggering alerts when signals exceed predefined thresholds.
• Computation Rules: Define calculation logic and rules for processing and analyzing data from devices.
• Computation Parameters: Manage the parameters required for data processing, ensuring accuracy during the computation process.
• Script Alerting: Automate alerting using scripts, supporting custom alert behavior based on script logic.
• Script Parameters: Define and manage parameters used in scripts to allow flexible adjustments under different conditions.

Notification Management

• Feishu Bot: Send real-time notifications via Feishu Bot, supporting customized notification content and triggering conditions.
• DingTalk Bot: Integrate DingTalk Bot to send messages and alerts, ensuring timely communication.

Forwarding Management

• Cassandra: Configure data forwarding to Cassandra for large-scale data storage and fast queries.
• ClickHouse: Forward data to ClickHouse, suitable for real-time data analysis and large-scale data storage.
• InfluxDB 2: Support forwarding time-series data to InfluxDB 2 for efficient time-series data queries and storage.
• MongoDB: Forward data to MongoDB, supporting JSON-formatted data storage and flexible querying.
• MySQL: Forward data to MySQL, suitable for relational data storage, management, and querying.

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