TOP 61 Internet of Things (IOT) Control Modules in the World

The IoT control module is a hardware device used to control IoT devices. It can connect various sensors of user devices (such as temperature and humidity, gas, environment, water level, voltage, current, etc.) to the IoT system, and manage the operation and status of the control device, as well as the interaction with other devices through intelligent algorithms and software.

Although we only introduced the top 61 IoT (Internet of Things) control modules in the world, there are many types of IoT control modules, and with the continuous development of technology, new IoT modules are constantly emerging. However, the 61 IoT modules we introduced are the most widely used products in the global market.

The following IoT cloud platform experts will introduce you to the best 61 IoT control modules with the highest usage rate in the world. These IoT modules are applied in the fields of industrial IoT, security IoT, agricultural IoT, meteorological IoT, etc.

I will try to simplify the introduction of each module and highlight its main features and application scenarios.

Global 61 top IoT control Modules

1. Wi-Fi module
2. Bluetooth low power consumption (BLE) control module
3. ZigBee module
4. TPUNB module
5. LORA wireless communication control module
6. NB-IoT module
7. GSM module
8. Ethernet module
9. RFID module
10. CanBus module
11. 4G DTU wireless communication module
12. PLC data collection module
13. Industrial 5G gateway
14. Smart Home WiFi module
15. Scanning payment module
16. Central Air Conditioning IoT remote control module
17. Intelligent lighting control module
18. voice control module
19. Sewage treatment intelligent control system module
20. PLC IoT Cloud Box Remote Control Module
21. Intelligent agricultural greenhouse greenhouse control module
22. Intelligent lightning protection control module
23. Intelligent bathroom magic mirror control module
24. Internet of Things teaching and training equipment module
25. Mobile communication base station remote monitoring module
26. Temperature and humidity sensor control module
27. Gas sensor control module
28. Environmental light sensor control module
29. Water level sensor control module
30. Voltage current sensor control module
31. Infrared remote control control module
32. Ultrasonic distance control module
33. Laser ranging control module
34. Radar sensor control module
35. Inertia navigation control module Inertial navigation control module
36. Magnetic sensor control module
37. Pressure sensor control module
38. Flow sensor control module
39. Solid level sensor control module
40. Near the sensor control module
41. Temperature and humidity transmitter control module
42. Pressure transmitter control module
43. Flow transmitter control module
44. The liquid level transmitter control module
45. Infrared thermal imaging control module
46. ​​UV sensor control module
47. Infrared human sensing control module
48. Radar human sensing control module
49. 4G/5G wireless communication control module
50. WIFI wireless communication control module
51. Internet of Things Gateway control module
52. Edge calculation control module
53. The Internet of Things cloud platform control module
54. AI intelligent control module
55. IoT security control module
56. The Internet of Things positioning control module
57. IoT energy management control module
58. Internet of Things environmental monitoring and control module
59. Remote upgrade control module of Internet of Things equipment
60. Diagnostic control module of Internet of Things equipment
61. Remote control switch module of Internet of Things equipment

Wi-Fi module

Main features:

• Suitable for scenarios with high-speed data transmission, such as smart homes, remote monitoring and control systems, etc.
• Support the latest Wi-Fi standards (such as Wi-Fi 6, Wi-Fi 7), providing higher data transmission rates and lower latency.

Application scenarios:

• Smart home: connect smart home appliances, lighting control systems, etc. to achieve home automation management.
• Remote monitoring: used for data transmission of remote monitoring cameras, sensors and other devices.

Bluetooth Low Energy (BLE) Control Module

Main features:

• Suitable for short-distance communication, often used for low-power connection between devices; low-power Bluetooth technology, suitable for low-power communication and control between smart home devices.
• Support BLE (Low Power Bluetooth) technology to extend device battery life.

Application scenarios:

• Smart medical care: used for smart bracelets, smart thermometers and other devices to monitor user health data in real time.
• Smart home: Smart home devices are interconnected and connect various smart devices, such as sensors, lighting control systems, health monitoring devices, etc.

Zigbee module

Main features:

• Supports IEEE 802.15.4 standard, suitable for low power consumption, low data rate application scenarios.
• Self-organizing network, short-distance communication, fast short-distance transmission speed, high signal stability.

Application scenarios:

• Smart home: smart home device interconnection, used for short-distance communication, such as smart door locks, smart curtains, etc.
• Industrial automation: industrial automation equipment communication, used for motor vibration monitoring, temperature monitoring, etc.

TPUNB module

Main features:

• Domestic communication system, used for large-scale high-concurrency data transmission.
• More advantages in long-distance transmission, wider signal coverage.

Application scenarios:

• Large-scale IoT connection: such as smart parking, garbage management, environmental monitoring, etc. in smart cities.
• Agricultural monitoring: used to monitor soil moisture, weather conditions, crop health, etc.

LoRa wireless communication control module

Main features:

• Used for long-distance low-power communication, suitable for IoT applications that require wide coverage.
• Excellent performance in low-power, long-distance, low-data-rate application scenarios.

Application scenarios:

• Smart agriculture: agricultural monitoring, monitoring soil moisture, weather conditions, etc.
• Smart city: used in smart parking, garbage management and other fields.

NB-IoT module

Main features:

• NB-IoT wireless communication control module is suitable for applications that require efficient and sustainable communication, such as smart metering and public safety.
• Low power consumption, large connection capacity, wide coverage, low cost.

Application scenarios:

• Smart metering: such as remote meter reading of smart water meters, electricity meters, and gas meters.
• Public safety: used in the field of smart cities, remote monitoring of equipment such as smoke alarms and carbon monoxide alarms.

GSM module

Main features:

• Utilizes the global mobile communication network and is suitable for remote control applications that require voice, SMS and data transmission.
• Wide coverage and mature technology.

Application scenarios:

• Remote control: such as remote power on/off, remote monitoring, etc.
• Vehicle-mounted equipment: used for vehicle positioning, remote fault diagnosis, etc.

Ethernet module

Main features:

• Communicates via Ethernet, suitable for industrial automation and applications requiring high bandwidth.
• High speed, stable and reliable.

Application scenarios:

• Industrial automation: used for communication between PLCs (programmable logic controllers).
• Data center: used for data transmission between servers.

RFID module

Main features:

• Used for wireless radio frequency identification, commonly used in asset tracking and access control systems.
• Contactless identification, fast identification speed.

Application scenarios:

• Asset tracking: such as cargo tracking in logistics and warehousing.
• Access control system: used for employee access management, visitor registration, etc.

CANbus module

Main features:

• Used for vehicle bus systems, suitable for automotive electronics and industrial control systems.
• Strong real-time performance and high reliability.

Application scenarios:

• Automotive electronics: such as engine control, body control, etc.
• Industrial control system: used for communication between PLC and sensors and actuators.

4G DTU wireless communication module

Main features:

• Support 4G network communication and provide high-speed data transmission.
• Can be used for remote monitoring, data acquisition and other applications.

Application scenarios:

• Remote monitoring: such as data transmission of remote monitoring cameras, sensors and other equipment.
• Industrial automation: used for remote monitoring of equipment status, energy consumption management, etc.

PLC data acquisition module

Main features:

• Used for data acquisition and remote control of PLC systems.
• Support multiple communication protocols, such as Modbus, PROFIBUS, etc.

Application scenarios:

• Industrial automation: used for data acquisition and remote control on production lines.
• Smart manufacturing: used for equipment monitoring and data acquisition in smart factories.

Industrial 5G Gateway

Main Features:

• Supports 5G network communication and provides ultra-high-speed data transmission.
• Can be used for industrial Internet, smart manufacturing and other applications.

Application Scenarios:

• Industrial Internet: used for communication and data transmission between devices within the factory.
• Smart Manufacturing: used for equipment monitoring, data collection and remote control in smart factories.

Smart Home WiFi Module

Main Features:

• Supports WiFi network communication, suitable for smart home applications.
• Can be used for connection and control of smart home appliances, lighting control systems, etc.

Application Scenarios:

• Smart Home: Connect smart home appliances, lighting control systems, etc. to achieve home automation management.
• Smart security: Used for connection and control of smart door locks, cameras and other devices.

Scan code payment module

Main Features:

• Used for scan code payment function of IoT devices.
• Support multiple payment methods, such as WeChat, Alipay, etc.

Application Scenarios:

• Sharing economy: Scan code payment of devices such as shared bicycles and shared power banks.
• Unmanned retail: Scan code payment of devices such as unmanned supermarkets and vending machines.

Scan code payment module case:

What is a Smart Code Scanning Unmanned Sharing Device?

Central Air Conditioning IoT Remote Control Module

Main Features:

• Used for remote control and monitoring of central air conditioning systems.
• Support multiple communication protocols, such as Modbus, TCP/IP, etc.

Application scenarios:

• Commercial buildings: Remote control and monitoring of central air-conditioning systems such as office buildings and shopping malls.
• Industrial plants: Remote control and energy consumption management of central air-conditioning systems in industrial plants.

Intelligent lighting control module

Main features:

• Used for control and monitoring of intelligent lighting systems.
• Supports multiple control methods, such as timing control, light sensing control, etc.

Application scenarios:

• Smart home: Used for control and monitoring of home lighting systems.
• Commercial lighting: Intelligent control and energy-saving management of lighting systems such as shopping malls and hotels.

Voice control module

Main features:

• Supports voice control function, which can be used for applications such as smart homes and smart devices.
• High recognition accuracy and fast response speed.

Application scenarios:

• Smart home: Used for voice control of smart home appliances, lighting control systems, etc.
• Smart car: Used for voice control of car audio, navigation and other equipment.

Sewage treatment intelligent control system module

Main features:

• Used for intelligent control and monitoring of sewage treatment systems.
• Support remote monitoring and alarm functions.

Application scenarios:

• Sewage treatment plants: Used for remote control and monitoring of sewage treatment systems.
• Environmental monitoring: Used for water quality monitoring and pollution control.

PLC IoT cloud box remote control module

Main features:

• Used for remote control and monitoring of PLC systems, supporting cloud storage and cloud analysis functions.
• Can be remotely monitored and managed through mobile phone APP.

Application scenarios:

• Industrial automation: Used for remote control and monitoring on production lines.
• Intelligent manufacturing: Used for equipment monitoring and data collection in smart factories.

Smart agriculture greenhouse control module

Main features:

• Used for control and monitoring of smart agriculture greenhouses.
• Supports multiple sensor interfaces, such as temperature and humidity sensors, light sensors, etc.

Application scenarios:

• Smart agriculture: Used for environmental control and monitoring of greenhouses.
• Agricultural research: used for environmental simulation and monitoring in agricultural research.

Intelligent lightning protection control module

Main features:

• Used for control and monitoring of intelligent lightning protection systems.
• Supports multiple lightning protection device interfaces, such as surge protectors, etc.

Application scenarios:

• Building lightning protection: used for lightning protection and monitoring of buildings.
• Power system lightning protection: used for lightning protection and monitoring of power systems.

Intelligent bathroom magic mirror control module

Main features:

• Used for control and monitoring of intelligent bathroom magic mirrors.
• Supports touch and voice control functions.

Application scenarios:

• Smart home: used for intelligent management and control of home bathroom space.
• Hotel rooms: used for intelligent management and control of hotel rooms.

Internet of Things teaching and training equipment module

Main features:

• Used for control and monitoring of Internet of Things teaching and training equipment.
• Supports multiple Internet of Things communication protocols and interfaces.

Application scenarios:

• Internet of Things teaching: used for teaching and training of Internet of Things majors.
• Internet of Things Research: used for experiments and tests of Internet of Things research projects.

Mobile communication base station remote monitoring module

Main features:

Real-time monitoring and efficient management:

• The remote monitoring module can monitor the operating status of base station equipment in real time, including key parameters such as power supply, signal strength, and equipment temperature.
• Through centralized management and unified monitoring, it is possible to monitor multiple base stations simultaneously and improve management efficiency.

Fault warning and rapid response:

• The system can promptly detect and warn of potential faults, such as power supply anomalies, signal interruptions, etc., to ensure the stable operation of base station equipment.
• Once a fault occurs, maintenance personnel can quickly diagnose and repair it through the remote monitoring module to reduce downtime.

Intelligence and automation:

• The remote monitoring module has intelligent functions and can automatically adjust equipment parameters according to preset thresholds and rules, such as adjusting transmission power, optimizing signal coverage, etc.
• Through automated control, the frequency of manual intervention can be reduced, and the stability and reliability of base station operation can be improved.

Safety and reliability:

• The remote monitoring module uses advanced data encryption and transmission technology to ensure the security and integrity of data transmission.
• The system has strong fault tolerance and recovery capabilities, and can automatically switch to standby mode when network failure or equipment abnormality occurs, ensuring the continuous operation of the base station.
• Energy saving and environmental protection:
• The remote monitoring module can monitor the energy consumption of the base station in real time, and make intelligent adjustments according to actual needs to achieve energy saving and consumption reduction.
• By optimizing the operating parameters of the base station equipment, energy consumption and carbon emissions can be reduced, which is in line with the development trend of green communications.

Application scenarios:

Mobile communication base station:

• The remote monitoring module is widely used in mobile communication base stations to achieve real-time monitoring, fault warning and remote management of base station equipment.
• Through remote monitoring, problems with base station equipment can be discovered and solved in a timely manner to ensure the stability and reliability of the communication network.

Unmanned base station:

• In remote areas or unmanned base stations, the remote monitoring module becomes an important tool for maintenance personnel.
• Through remote monitoring, remote control and fault diagnosis of base station equipment can be achieved, reducing maintenance costs and improving maintenance efficiency.

Large communication network:

• In large communication networks, the remote monitoring module can achieve centralized management and unified monitoring of multiple base stations and equipment.
• Through centralized management, the entire communication network can be monitored and optimized in real time, improving network performance and user experience.

Emergency communication guarantee:

• In emergency situations such as natural disasters and emergencies, the remote monitoring module can achieve rapid response and remote adjustment of base station equipment.
• Through remote monitoring and adjustment, the stability and reliability of the emergency communication network can be ensured, providing strong support for rescue and emergency work.

Temperature and humidity sensor control module

Main features:

• It can monitor the temperature and humidity in the environment in real time, and transmit the data to the cloud or local control system through the Internet of Things technology.
• Application scenarios*:
• Smart home, smart agriculture, warehouse management, etc.

Gas sensor control module

Main features:

• Used to detect harmful gases (such as formaldehyde, ammonia, etc.) or combustible gases (such as methane, hydrogen, etc.) in the air, and trigger alarms or implement corresponding control measures.

Application scenarios:

• Industrial safety monitoring, smart home security, etc.

Ambient light sensor control module

Main features:

• Used to detect ambient light intensity and automatically adjust lights or curtains according to the light intensity.

Application scenarios:

• Smart home, smart office, etc.

Water level sensor control module

Main features:

• Used to monitor water level changes. When the water level exceeds or falls below the set threshold, an alarm is triggered or corresponding control measures are executed.

Application scenarios:

• Reservoir management, smart home water system monitoring, etc.

Voltage and current sensor control module

Main features:

• Used to monitor the voltage and current in the circuit to ensure that the equipment operates within a safe range.

Application scenarios:

• Industrial automation, smart home power monitoring, etc.

Infrared remote control module

Main features:

• Control home appliances such as TVs and air conditioners through infrared signals.

Application scenarios:

• Smart home, smart office, etc.

Ultrasonic ranging control module

Main features:

• Use the ultrasonic ranging principle to achieve distance measurement and positioning of objects.

Application scenarios:

• Intelligent parking, industrial automation material positioning, etc.

Laser ranging control module

Main features:

• Use laser beam for high-precision ranging, suitable for long-distance and complex environment measurement.

Application scenarios:

• Intelligent building measurement, industrial automation precision positioning, etc.

Radar sensor control module

Main features:

• Used to detect the movement and position of objects, suitable for object tracking and monitoring in complex environments.

Application scenarios:

• Intelligent transportation, industrial automation material tracking, etc.

Inertial navigation control module

Main features:

• Use inertial sensors (such as accelerometers, gyroscopes, etc.) to achieve device positioning and navigation.

Application scenarios:

• UAVs, intelligent robots, etc.

Magnetic sensor control module

Main features:

• Used to detect changes in magnetic fields, suitable for detection and positioning of magnetic objects.

Application scenarios:

• Smart home security, industrial automation material sorting, etc.

Pressure sensor control module

Main features:

• Used to detect pressure changes, suitable for gas or liquid pressure monitoring and control.

Application scenarios:

• Industrial automation pressure control, smart home water pressure monitoring, etc.

Flow sensor control module

Main features:

• Used to detect the flow of liquid or gas, suitable for flow monitoring and control.

Application scenarios:

• Smart home water flow monitoring, industrial automation fluid control, etc.

Liquid level sensor control module

Main features:

• Used to monitor the height or level changes of liquid, suitable for liquid level control and management.

Application scenarios:

• Liquid storage tank management, smart home water system level monitoring, etc.

Proximity sensor control module

Main features:

• Used to detect the proximity of objects, suitable for contactless switches and trigger control.

Application scenarios:

• Smart home automatic doors, industrial automation material detection, etc.

Temperature and humidity transmitter control module

Main features:

• Convert the data collected by the temperature and humidity sensor into standard signal output, suitable for remote monitoring and control.

Application scenarios:

• Industrial automation environment monitoring, smart home temperature and humidity control, etc.

Pressure transmitter control module

Main features:

• Convert the data collected by the pressure sensor into standard signal output, suitable for remote pressure monitoring and control.

Application scenarios:

• Industrial automation pressure control, smart home water pressure monitoring, etc.

Flow transmitter control module

Main features:

• Convert the data collected by the flow sensor into standard signal output, suitable for remote flow monitoring and control.

Application scenarios:

• Smart home water flow monitoring, industrial automation fluid control, etc.

Liquid level transmitter control module

Main features:

• Convert the data collected by the liquid level sensor into standard signal output, suitable for remote liquid level monitoring and control.

Application scenarios:

• Liquid storage tank management, smart home water system liquid level monitoring, etc.

Infrared thermal imaging control module

Main features:

• Use infrared thermal imaging technology to realize temperature distribution monitoring of objects, suitable for thermal fault detection and early warning.

Application scenarios:

• Industrial equipment thermal fault monitoring, smart home security, etc.

Ultraviolet sensor control module

Main features:

• Used to detect ultraviolet intensity, suitable for ultraviolet exposure monitoring and protection control.

Application scenarios:

• Outdoor environment monitoring, smart home ultraviolet protection, etc.

Infrared human body sensing control module

Main features:

• Used to detect human infrared radiation, suitable for smart home security and human body sensing control.

Application scenarios:

• Smart home automatic lighting control, human body sensing alarm, etc.

Radar human body sensing control module

Main features:

• Use radar technology to detect human movement, suitable for smart home security and human body tracking control.

Application scenarios:

• Smart home automatic door, human body tracking alarm, etc.

4G/5G wireless communication control module

Main features:

• High-speed data transmission, wide coverage, suitable for remote monitoring, industrial automation and other scenarios.

Application scenarios:

• Remote monitoring camera, industrial automation data transmission, etc.

WiFi wireless communication control module

Main features:

• High-speed data transmission, short-distance communication, suitable for smart home, office network and other scenarios.

Application scenarios:

• Smart home device interconnection, office network equipment, etc.

IoT Gateway Control Module

Main Features:

Realizes conversion and data transmission between different communication protocols, suitable for interconnection and remote management of IoT devices.

Application Scenarios:

• Smart Home Gateway
• Industrial Automation Gateway

Edge Computing Control Module

Main Features:

• Performs data processing and analysis on the device side, reduces data transmission volume and latency, and is suitable for scenarios with high real-time requirements.

Application Scenarios:

• Industrial Automation Real-time Control
• Smart Home Local Control

IoT Cloud Platform Control Module

Main Features:

• Provides remote management, data analysis and application services for IoT devices, suitable for large-scale IoT device management.

Application Scenarios:

• Smart City IoT Cloud Platform
• Industrial IoT Cloud Platform

AI Intelligent Control Module

Main Features:

• Uses artificial intelligence technology to achieve intelligent control and optimization of equipment, suitable for scenarios such as smart homes and industrial automation.

Application Scenarios:

• Smart home intelligent control, industrial automation intelligent scheduling, etc.

IoT Security Control Module

Main Features:

• Provide data encryption, authentication and access control for IoT devices to ensure the security of IoT systems.

Application Scenarios:

• Smart home security monitoring, industrial IoT security protection, etc.

IoT Positioning Control Module

Main Features:

• Use GPS, Beidou and other satellite navigation technologies to achieve precise positioning and tracking of equipment.

Application Scenarios:

• Smart logistics tracking, smart vehicle management, etc.

IoT Energy Management Control Module

Main Features:

• Realize energy consumption monitoring, energy-saving control and energy management of equipment.

Application Scenarios:

• Smart home energy management, industrial automation equipment energy consumption control, etc.

IoT Environment Monitoring Control Module

Main Features:

• Real-time monitoring of environmental parameters (such as temperature and humidity, PM2.5, etc.), and intelligent control according to environmental changes.

Application Scenarios:

• Smart home environment monitoring, industrial environment monitoring, etc.

IoT Device Remote Upgrade Control Module

Main Features:

• Realize remote firmware upgrade and configuration update of IoT devices.

Application scenarios:

• Smart home equipment upgrade, industrial automation equipment maintenance, etc.

IoT equipment fault diagnosis control module

Main features:

• Real-time monitoring of the operating status of the equipment, fault diagnosis and early warning.

Application scenarios:

• Industrial automation equipment fault diagnosis, smart home equipment health monitoring, etc.

IoT equipment remote control switch module

The IoT device remote control switch module is an intelligent module that can realize remote operation and control of the device. It communicates with the IoT terminal device and transmits the user’s instructions to the controlled device to realize the switch control of the device. The following are the main features and application scenarios of this module:

Main features:

• Remote control function:

The core function of the IoT device remote control switch module is to remotely control the switch status of the device. Users can issue instructions anytime and anywhere through terminal devices such as mobile phones and computers to control the opening or closing of the device.

• Diverse communication methods:

The module supports multiple communication methods, such as Wi-Fi, Bluetooth, 4G, 5G, etc., to adapt to different network environments and equipment requirements. This makes data transmission faster and more reliable, and improves the efficiency of the remote control system.

• Data collection and transmission:

In addition to the remote control function, the module can also collect the operation data of the equipment and transmit it to the designated server or cloud platform through the network. These data can be used for equipment status monitoring, fault diagnosis and performance optimization, etc.

• Intelligent control:

Combining artificial intelligence and machine learning technology, the remote control switch module of the Internet of Things device can achieve more intelligent control. For example, through AI technology, real-time prediction and fault diagnosis of equipment status can be achieved, and the maintenance efficiency and reliability of the system can be improved.

• High security:

The module has built-in multiple security mechanisms, such as data encryption, access control, etc., to ensure the security of equipment and data. At the same time, it can also support the improvement of security protocols to further protect user privacy and data security.

Application scenarios:

• Smart home:

In the field of smart home, the remote control switch module of the Internet of Things device can be applied to the remote control of lighting, air conditioning, TV and other equipment. Users can control the switch status of the equipment at home anytime and anywhere through mobile phone APP or voice assistant and other devices, improving the convenience and comfort of life.

• Industrial automation:

In the field of industrial automation, this module can be applied to the remote control of equipment on the production line. By installing sensors and Internet of Things modules, factory managers can understand the operating status of the equipment in real time and conduct remote monitoring and control. This helps improve production efficiency, reduce labor costs and ensure production safety.

• Agricultural Internet of Things:

In the agricultural field, the remote control switch module of the Internet of Things device can be applied to the remote control system of agricultural irrigation. By connecting soil moisture sensors, weather stations and other equipment, the farmland environment can be monitored and intelligently controlled in real time. Farmers can remotely control the switch and water flow of irrigation equipment through mobile phone APP to avoid water waste and improve farmland yield and quality.

• Medical Internet of Things:

In the medical field, this module can be applied to the remote control and management of medical equipment. For example, through the remote control system, doctors can view the operating status of medical equipment in real time and perform remote debugging and maintenance. This helps to improve the efficiency and safety of medical equipment.

• Smart City:

In the construction of smart cities, the remote control switch module of the Internet of Things device can be applied to the remote control of public facilities such as street lights and traffic lights.
Through the intelligent control system, the intelligent scheduling and optimized management of public facilities can be realized, and the efficiency of urban operation and the quality of life of residents can be improved.

Summary

The best IoT control module should have strong communication capabilities, support multiple protocols to adapt to different scenarios, and have efficient data processing capabilities, low power design, high stability and security, and be able to achieve accurate and real-time remote control of IoT devices. It should also have good compatibility, scalability and ease of use, convenient for developers to integrate and deploy, and provide cost-effective solutions to meet the wide range of IoT applications.

In summary, the best IoT control module is an efficient, stable, secure and cost-effective intelligent control core.

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