FeasyCloud Platform Introduce
FeasyCloud Platform Introduce：
FeasyCloud is a cloud platform based on Internet of Things technology, committed to making the Internet of Things simpler and more free. FeasyCloud provides a simple and easy-to-use user interface. Users can conduct equipment management, data collection, data storage, data visualization and other operations through the platform without writing complex code.
FeasyCloud has powerful functions and supports a variety of different devices and protocols. Users can connect various types of devices to the platform for unified management. The platform also provides rich data analysis and rule engine functions, allowing users to conduct in-depth analysis and processing of device data, achieving more freedom and innovation.
FeasyCloud also provides comprehensive technical support and after-sales service to help users quickly solve problems they encounter, enabling them to focus more on their business and innovation.：
FeasyCloud Platform Features：
FeasyCloud provides powerful message communication capabilities, enabling devices and applications to achieve bidirectional communication.
- Real time communication: supports protocols such as MQTT and WebSocket, which have the characteristics of low latency and high reliability, and can achieve real-time communication between devices and applications.
- Message routing: FeasyCloud can forward messages uploaded by devices to different applications, thereby achieving message distribution and processing. At the same time, messages sent by applications can also be forwarded to different devices to achieve instruction issuance and control.
- Message storage: FeasyCloud provides message storage function, which can store messages uploaded by devices and messages sent by applications. These stored messages can be used for subsequent data analysis and processing.
- Message filtering: FeasyCloud supports message filtering based on multiple dimensions such as message content and topic, thereby achieving message filtering and classification.
FeasyCloud provides flexible and easy-to-use device access functions, which can support various types of device access, especially BLE, GPS/BDS, NB IoT, LoRa, Wi Fi and other device access methods. FeasyCloud provides multiple protocol access methods such as HTTP, MQTT, CoAP, etc. Users can use these protocols to connect their devices to the cloud, while also ensuring communication security through SSL/TLS and other methods.
FeasyCloud also provides functions such as data conversion and standardization, which can standardize the processing of device data of different types and formats, thus achieving unified management and analysis of device data. The device access function of FeasyCloud not only supports various types of device access, but also provides flexible development tools and data processing capabilities to help users quickly and conveniently connect devices to the cloud, achieving the construction and management of IoT applications.
FeasyCloud provides comprehensive device management functions that can help users manage and control devices uniformly.
- Asset Management: FeasyCloud supports classifying assets of different types and attributes, which can include other assets and equipment.
- Device grouping: FeasyCloud supports grouping devices of different types and attributes, making it convenient for users to manage and control devices uniformly.
- Device status monitoring: FeasyCloud can monitor the status of devices in real-time, including device online status, device signal strength, etc., to help users understand the operation status of devices.
- Device control: FeasyCloud can send instructions to devices to achieve control and operation of the devices.
- Device upgrade management: FeasyCloud can perform firmware and configuration upgrades on devices, thereby achieving remote management and maintenance of devices.
FeasyCloud provides comprehensive monitoring and maintenance functions, which can help users monitor and remotely maintain IoT systems in real-time.
- System monitoring: monitors the operation status of the entire Internet of Things system, including device status, network status, data flow, etc., to help users understand the overall operation of the system.
- Equipment monitoring: monitors various IoT devices, including their online status, data collection status, and alarm status, to help users understand the operational status of the devices.
- Remote maintenance: remotely upgrade device firmware, adjust device configuration, diagnose device faults, etc., to achieve remote maintenance and management of devices.
- Alarm management: Real time monitoring of various indicators of the Internet of Things system. Once abnormal situations occur, an alarm will be automatically triggered to remind users to take timely measures.
Feiyi Cloud provides comprehensive permission management functions that can help users finely manage and control resources in IoT systems, ensuring system security and stability.
- Role User Management: Manage all users in the system according to different roles.
- Role permission management: Divide permissions in the system by role, and different roles have different access control permissions for resources such as assets and devices.
- Device security management: Different access security policies are adopted for devices in the system, such as random TOKEN, X.509, and other different security rules.
- Audit management: Audit and record operations in the system, including user login, operation records, abnormal situations, etc., to help users discover and solve problems in a timely manner
The data transmission scenario solution of FeasyCloud can help users achieve the function of collecting and transmitting data from various sensors, instruments, controllers, and other devices to the cloud platform for monitoring and control. Users can build their own data collection system and achieve remote monitoring and control of devices through the FeasyCloud platform.
Feasycom also provides various serial port devices such as RS232 and RS485 for data transmission scenarios. Users can use a serial gateway or transparent module to collect and transmit data from these devices to the FeasyCloud platform.
FeasyCloud intelligent logistics scenario solution covers the entire process from cargo transportation to warehouse management, achieving logistics informatization and automation.
- Vehicle tracking and management: By installing on-board terminals and GPS devices, real-time tracking and monitoring of transportation vehicles can be achieved, including information such as vehicle position, driving trajectory, speed, etc. It can improve transportation safety, reduce transportation costs, and improve transportation efficiency.
- Logistics node monitoring: Install environmental monitoring equipment at logistics nodes (such as warehouses, freight yards, docks, etc.) to monitor the environment (such as temperature, humidity, lighting, etc.). For goods, changes in temperature and humidity may have an impact on their quality, while for warehouses and other places, factors such as lighting, temperature and humidity may also have an impact on the normal operation of the place.
- Internet of Things label management: Use RFID tags or other Internet of Things tags to achieve cargo tracking, accurately record the transportation information and status of goods, for the convenience of cargo management and tracking.
FeasyCloud campus scenario solution covers the integration of GPS/BDS, WiFi, BlueTooth, RFID, achieving asset management on campus and student security management.
- Student area management: Through the integration of GPS/BDS and other technologies, intelligent student cards can clearly determine whether students have entered the campus and their location on the campus, for schools and parents to know;
- School asset management: Various assets of the school can be managed through Bluetooth, RFID, and supporting gateways for location management and alarm management, making maintenance more leisurely; Business integration: It can unify and centralize the school’s business systems, such as attendance, courses, cafeteria consumption, etc., with smart student cards and various materials for visual management, helping to achieve home school linkage and efficient internal management.