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Why You Should Consider Zigbee Water Sensor for Your Company’s Products?
Preventing damage from water leakage is a matter of setting up the proper centralized alarm system that consists of water leak detectors and sensors placed in strategically targeted areas for efficient leakage detection. What keeps many users from investing in high-quality IoT white label water sensors is often the cost to install such an alarm system, especially when doing so in fully finished buildings, which require a lot more planning in order to conceal wiring and enable better handling and operation of the entire system. As a remedy to this cost issue, Zigbee water sensor systems offer a reasonably priced alternative, providing users with excellent water sensor technology without the high cost. This is possible because Zigbee water sensor systems use technology that helps sensor devices to efficiently communicate with a specialized control center. Wireless connectivity also enables easy installation so that sensors can be conveniently placed in any area where you want leak detection to take place. Zigbee’s water detector system offers high reliability and accuracy, not to mention long battery life and a general lifespan of up to 10 years. There is no shortage of water leak detection and alarm systems in the market today, but most of these solutions require wires in order to communicate with their communication center. This typically meant high cost of material and labor upon installation. Be it in the home or business environment, installing IoT white label Zigbee water sensor is ideal as this system offers both indoor and outdoor efficiency so you can facilitate water detection anywhere that’s prone to water leakage and damage. Zigbee is a strong player when it comes to creating alarm systems that alert property owners and managers about damaging water leakage and other such types of disasters that require immediate attention to prevent bigger and costlier problems down the line.
What is IoT Open Source Gateway and Why Use It?
As the world of IoT expands, business owners and managers find themselves in a challenging position where they need to decide which out of a multitude of modern devices and protocols to integrate with their existing system. What makes these kinds of decisions even more challenging is the fact that these devices, not to mention IoT open source gateways have varying connectivity and power requirements, further making integration with legacy technologies difficult, to say the least. IoT gateway open source is emerging as a critical component when it comes to building and securing a robust and reliable IoT system in order to deliver greater computational power, especially in edge computing environments and scenarios. An IoT gateway open source is a type of solution that enables device to device and/or device to cloud IoT communications. A gateway comes in the form of a hardware device, which houses an IoT gateway open source system or application software, which tells the device how to perform essential tasks. Essentially, these devices facilitate communication and connection between various IoT data sources as well as the data’s destinations. A simple way to understand how an IoT gateway works is to think about an office or home network gateway or router. Such a device facilitates communication between all your different devices and/or your network provider, all the while maintaining security and providing administrative interface where users can perform and facilitate basic functions. Apart from a conduit for connectivity, an IoT gateway can do so much more, ranging from data filtering and visualization to even more complex analytics. Other functions of an IoT gateway include live data hosting, device configuration and management, system diagnostics, data aggregation, as well as data pre-processing, filtering, cleansing, and optimization. Smart devices such as these are giving power to today’s IoT expansion, opening up even greater opportunities to maximize the use of the Internet of Things in various home and business situations.
How to Secure Your Clients with IoT Door Sensors?
Automating your household or business is now, more than ever, a real possibility, thanks to the IoT and the emergence of open source systems and components that now populate the market and paving way for more creative ways to incorporate the Internet of Things into daily life. An IoT door sensor is only one among many different types of IoT devices that you can use to enhance a building’s function as well as its security. A Zigbee door sensor is one such IoT device that sends out push notifications to your connected smart device when someone opens or closes any protected door within your building. A major component of an IoT door sensor is called the reed switch, which is exactly what closes the connection when a magnet is placed near. The reed switch works in the context of an applied magnetic field, which activates its electrical switch. It typically consists of ferrous metal reeds and a pair of contacts, which are contained in hermetically sealed glass envelopes. These devices are readily available in today’s market and can be bought for as low as a few dollars online. IoT door sensors give users the ability to harness the power of the IoT and maximize the use of different devices for security and convenience. One of the best things about IoT door sensors is that they are low-power devices, meaning they don’t require much maintenance once installed and can be expected to work fine throughout their lifetime without needing much upkeep. Most IoT door sensors are designed so that the device can send users an alert whenever a door opens or closes. These sensors can be hooked up to a server or some other kind of framework to facilitate push notifications on your devices. Some systems even allow multiple alerts for different doors, and even mailboxes and any other product or installation with an on/of or open/close physical positioning.
Benefits of Using Facial Recognition Smart Cabinet Lock
The advances in facial recognition technology has made it easier than ever to verify someone’s identity. Facial recognition science is now widely applied in many applications, including smart home security. With a smart cabinet lock, for example, you can secure important files and personal belongings more effectively. You can grant access to certain people and ensure that all others cannot open the lock. A type of biometric technology, facial recognition goes beyond simply detecting a human face in a video or image—it actually determines who that face belongs to. It works by matching the captured face to those that are stored in a database, thereby comparing and determining potential matches regardless of facial expression, facial hair, age, etc. This system is extremely helpful in smart home systems if you want to keep tabs on what’s going on in your house even while you’re not there, from the convenience of your smartphone, tablet, or laptop. Facial recognition can be applied to everything from a door lock to a smart cabinet lock. With this technology, you can lock and unlock your cabinets and doors by simply showing your face to the camera. You can also see who is trying to get in without your permission. There are many benefits to the application of face recognition in smart cabinet locks and home security in general. · High accuracy – The best facial recognition software integrates with smart home locks and are very good at accurately detecting faces even from various angles. The latest software can also recognize faces of people with different nationalities. Some systems allow you to set confidence thresholds to reduce false positives. You can even choose to employ two-factor authentication, combining facial recognition with another layer of identification like a key fob or pin code. · Automation - Once your smart home system has been set up, it will automatically grant access to people you authorized. You don’t have to answer the doorbell anymore or give them keys to the private cabinet. · Smart integration – The best facial recognition tools are compatible with almost all existing systems. Facial recognition is often described as a better option compared to other biometric verification technologies when it comes to home security applications. It’s easy to see why. After all, it delivers ease of use, high accuracy, and no-contact sensing.
What is a Wi-Fi portable router and how does it work?
When you are on your travel or business, how do you solve the problem of the limitation of wired connection? The answer may be a portable Wi-Fi router which is easy for carry-on and light weight. What’s a portable router? A portable travel router assumes a role of wireless adapter as well as a regular router. Simply plug in an Ethernet cable to enable the portable router as an access point, and log in with the default password on any laptop, tablet or smartphone to use it as a router. Usually, the Wi-Fi box can connect to up to five or more devices simultaneously. When you check into a hotel for business or travel, simply plug the cable from your hotel room into the tl-wr702n Ethernet port, plug in the power supply, and the room is Wi-Fi wireless. At this point, you can pull out your phone, Pad, or any other WiFi-enabled device and connect wirelessly anywhere in the room. This portable wireless router has wireless AP function, compatible with Wi-Fi 802.11n/802.11b/802.11g standard. Special design for PC portable internet equipment, can connect multiple device at same time, make you can work everywhere in your home with no bondage. It’s portable, elegant, plug and play, easy in your home and enjoys wireless on your travel. How does a travel Wi-Fi router work? The travel Wi-Fi router make a connection between the ISP (or cable modem) and the pocket router, broadcasting a wireless signal meanwhile, then you can create your own network. Based on AP (wireless access point) mode with standards and protocols of Wi-Fi 802.11b, Wi-Fi 802.11g, and Wi-Fi 802.11n. The Dusun Wi-Fi portable router is ready to use with plug-ins and no configuration required. Users can change the portable router into a repeater through a wireless router, and they are also allowed to make connection to the cable modem via network cable. That make wireless network can be shared with a variety of other Wi-Fi enabled devices. When you use a portable Wi-Fi router, the wireless network it makes bring you the benefits of firewall security than a 3G or 4G connection.
Silicon Labs/Dusun Design ZigBee 3.0 Gateway with Long-distance Signal Transmission
Recently, Dusun company has successfully built an intelligent multi-functional gateway supporting multiple protocols by adopting ZigBee networking scheme of Silicon Labs. The gateway supports LTE-M (emtc), Wi-Fi, Zigbee 3.0, Bluetooth and Z-Wave wireless protocols, and have Ethernet ports for internet connection. Dusun gateways are suitable for many IoT applications and have been widely applied in home automation, smart office, agriculture, rental apartment and other IoT solutions. Support multi-protocol switch over and save PCB space Dusun DSI-0134 gateway supports LTE-M(emtc), Wi-Fi, Zigbee 3.0,Bluetooth，Z-Wave wireless protocols, the gateway adopts Silicon Labs Zigbee chips distributed by sekorm which support ZigBee，Thread，BLE，Sub-GHz wireless protocols and protocol switching, allowing PCB space reduced. Best-in-class RF with +20 dBm output power enables long-distance transmission Zhejiang Dusun DSI-0134 smart gateways has the following features: Wi-Fi signal range: at least 60m in an outdoor setting and at least 20m in an indoor setting ZigBee Signal range: greater than 100m in outdoor BLE Signal range: greater than 30m in outdoor The maximum adjustable transmission power of wireless signal of Silicon Labs ZigBee chip is + 20dBm, which has great advantages compared with ZigBee chips which has maximum transmission power of + 8dBm in the previous market, and let Dusun gateway realize long-distance signal transmission. Market-proven Zigbee protocol stack and Simplicity Studio shortens development time Silicon labs’ market proven ZigBee 3.0 protocol stack supports ZigBee 3.0 and Green Power. This feature let Dusun 0134 gateway support most ZigBee devices in the market. Besides, Silicon Labs’ Simplicity Studio simplifies the IoT development process with one-click access to everything developers need to complete their projects using an integrated development environment (IDE). Simplicity Studio provides built-in intelligence to automatically detect the connected 8-bit or 32-bit MCU or wireless SoC, graphically configure the device, and show supported configuration options to help developers get their projects underway in minutes. The Dusun DSI-0134 smart gateway which adopts Silicon Labs Zigbee Chips distributed by Sekorm benefits from the high performance, high code density, power efficiency and very low power consumption of the chip.Thus, it has better and safer performance in the challenging wireless environment, and also brings great convenience for energy saving. Sekorm is Silicon Labs' official authorized first-level distributor and sells all its products. Sekorm is dedicated to hardware research and development services, providing application solutions, Demo support and technical services for ZigBee chips such as Silicon Labs EFR32MG in the Internet of Things. For more information on Silicon Labs ZigBee products, Please visit https://cn.silabs.com/products/wireless/mesh-networking/zigbee Dusun gateway official website: https://www.dusuniot.com/smart-gateway
Dusun Announces Its 4G IoT Gateway Available for AT&T LTE-M Network
Dusun Electron LTD, the leading manufacturer & supplier of smart edge devices for IoT solution providers in China, announced their 4G LTE IoT gateways/hubs available for AT&T LTE-M mobile network to connect to the clouds. Cellular communication becomes to be a good choice for many IoT scenarios because of the wireless communication used in the connection between the gateway and the internet. Since the 3GPP organization has published LTE CatM1, NB-IoT standards to support IoT, the AT&T officially turned on its CatM1 and narrowband internet of things (NB-IoT) network after completing upgrades to its 4G LTE cell sites across the USA. Dusun’s LTE-M Gateway is designed to integrated 3G/4G/LTE-M modems to meet different demands. It supports using AT&T LTE-M sim-card to connect to the cloud. So this wireless gateway for AT&T can be applied in many IoT applications especially where limited by wired internet connections. The Linux OpenWrt system allows using of standard libraries to support security protocols and data transmission. Built on the system, the 4G hub is programmable and users can use the SDKs and APIs to write their own programs to control the data flow and processing. Compared to standard cellular technologies, LTE-M, with its greater bandwidth, can support firmware and software updates, mobility and voice-over services. That also gives the 4G LTE gateway the capability to integrate with voice functionality via VoLT. In addition, Dusun 4G LTE IoT gateway can also support other carriers’ LTE or LTE-M services. Dusun’s 4G LTE gateway offers the following advantages: 1)Functional: The performing and functional LTE gateway using the latest technology ensures the efficient wireless connection can also support voice control engines. 2)Multi-protocol supported: The LTE gateway supports popular IoT protocols for wireless connectivity types including ZigBee 1.2/3.0, BLE 5.0/Mesh, Z-Wave, etc. That provides various options for IoT solution providers on their IoT projects. 3)High stability: This smart 4G hub supports customize development processes under different environments, allows the management of scenarios for healthcare, agriculture, and home automation. "Dusun is pleased to design the LTE IoT gateway available for AT&T," said Benny Chan, CEO of Dusun. "Dusun puts more emphasis on implementing the connection capability, and platform compatibility of kernel hardware. The 4G LTE-M technology provides access to the devices, whether it be for the smart home, smart office, energy-saving, or powering lighting." Refer to the Dusuniot for more details of the 4G IoT gateway available for AT&T. And refer to the Dusun IoT resources library to get the guide of connecting the hub to the AT&T network.
Dusun’s IoT Gateway Approved Zigbee 3.0 Certification By Zigbee Alliance
Dusun Electron LTD, a core component supplier of the internet of things, announced that its multi-protocol programmable smart gateway has passed the Zigbee 3.0 certification of the Zigbee Alliance. In the future, Dusun’s IoT gateways and related smart products will accelerate the IoT solutions from up to the ground. Zigbee 3.0 is an industry open standard enacted by the Zigbee Alliance, which guarantees interoperability between devices and cross-brand linkage. The Dusun’s IoT smart gateway approved the Zigbee 3.0 certification, which not only means the innovation of product design, but also shows the r&d results of Dusun based on years of industry experience, and clearly grasps the pain points of industrial products. The Zigbee 3.0 certified gateway is integrated Zigbee, BLE, and Z-Wave popular wireless communication protocol that can connect various Zigbee smart products. Based on Linux OpenWrt system, the gateway has a great deal of programmability, and supported for secondary development. The Dusun’s hub also allows IoT solution providers to do more flexible development to meet the demands in specific scenarios and function. Mainstream plugins integrated makes it easier to do integration In the process of intelligent scene fall to the ground, smart devices need to be connected to a unified platform, and as a super brain of IoT, Dusun Zigbee 3.0 gateway associates the IoT solution providers to implement the communication from devices to platforms. Users can get access to the platform through the gateway, and make it easy to manage and control IoT devices powerd by Zigbee 3.0 protocol. Dusun’s IoT multi-protocol gateway integrates plug-ins for mainstream AIoT platforms, enabling users to easily connect to Tuya, Ali IoT, and other AIoT platforms without second configuration. Meanwhile, users can also build their own security mechanism and control the data transmission process based on gateway SDK and API. As an innovation on the core components of IoT by Dusun, with the Zigbee 3.0 certification, Dusun IoT gateway simplify the process of integration with platforms. For the IoT solution providers who use Zigbee 3.0 protocol to build overall solution, there is no doubt that the Zigbee smart hub reduces the threshold of integration, and enhance the operability of integration. Expand the application scenarios in depth "As an important link in the IoT ecosystem, the Zigbee certification means a lot to our products." Tiny Cao, Dusun’s senior product director said. "At present, 99% of the wireless solutions of smart home are integrated with Zigbee. This Dusun IoT gateway has been officially certified as Zigbee 3.0, which also gives Dusun a strong confidence to continue to expand the market." As an IoT products supplier who has up to 14 years’ experience, Dusun has a wide range of application scenarios. At present, its intelligent gateway have been used in intelligent home, ismart office, agriculture, energy-saving, rental apartments, and other IoT industries. Zigbee's huge advantages in the whole smart market, especially in the smart home ecology, will also make the Dusun multi-protocol gateway occupys a place in the future market. Dusun IoT gateway will integrate voice control and other technologies to meet users' more diverse interactive needs. Click here to view more details of Dusun's smart products.
How Does Dusun Wireless 4G IoT Gateway Connect to the AT&T LTE-M Network?
Internet of things(IoT) has been developed for about two decades. IoT evolved from the convergence of microelectromechanical systems, micro-services, wireless technologies, and the internet. The IoT system includes IoT edge devices, IoT Gateway, and IoT cloud platform. Connecting IoT devices to the cloud is the responsibility of an IoT gateway. In many applications, wireless communication must be used to connect the gateway to the internet. Then cellular communication can be a good choice for many IoT scenarios. Today 4G LTE network is very popular, and the 3GPP organization has published LTE CatM1, NB-IoT standards to support IoT. AT&T officially turned on its CatM1 and narrowband internet of things (NB-IoT) network after completing upgrades to its 4G LTE cell sites across the USA. Dusun IoT company has developed a 4G LTE IoT gateway which supports AT&T LTE-M mobile network to connect clouds. This article will discuss what is LTE-M /NB-IoT and how to use AT&T LTE-M service on Dusun IoT gateway. Introduction to LTE-M&NB-IoT 3rd Generation Partnership Project（3GPP）Release 13 standard defines two low-power wide-area (LPWA) technologies—LTE cat M1 and Narrow Band-Internet of Things (NB-IoT). LTE-M and NB-IoT are specifically designed for IoT. LTE Cat M1 uplink and downlink speeds can reach 375 kb/s in half duplex mode, and specifically supports IoT applications with low to medium data rate needs. It enables longer battery lifecycles and greater in-building range, as compared to standard cellular technologies LTE Cat 1. The main features of LTE-M include: l Low power consumption l Extended in-building range l Full mobility and in-vehicle handover l Support voice functionality via VoLTE NB-IoT is low energy and low bandwidth version of IoT which is designed for the massive machine-to-machine communications. NB-IoT uses a subset of the LTE standard but limits the bandwidth to a single narrow-band of 200kHz. It uses OFDM modulation for downlink communication and SC-FDMA for uplink communications. In LTE Release 13 and 14, 180 kHz has been proposed as the operating bandwidth for NB-IoT. NB-IoT focuses specifically on low cost, long battery life, indoor coverage, and high connection density. NB-IoT significantly improves the power consumption of user devices, system capacity, and spectrum efficiency, especially in deep coverage. The battery life of more than 10 years can be supported by a wide range of use cases. NB-IoT is optimized for stationary use cases with little data requirements like on-off switches, smart agriculture, smart home sensors, smoke detectors, door locks, and industrial monitors. So NB-IoT is suitable for agriculture, manufacturing, healthcare, and resource management areas. LTE-M, with its greater bandwidth, can also support firmware and software updates, mobility and voice-over services. Connecting Dusun gateway to AT&T mobile network Dusun 4G Gateways support using AT&T LTE-M sim-card to connect to cloud. Users should buy a AT&T LTE-M Sim-card and activate it through the AT&T website services. Then please follow the below steps to connect the gateway with the AT&T mobile network. 1. Please insert the sim-card into the Dusun 4G gateway sim-card slot: 2. Power up the gateway and configure the gateway APN settings. First Log into the gateway and then revise the APN settings. Input broadband in the Apn set textbox. Please check with AT&T about the APN setting for updated information. 3. Unplug the net cable and the 4G module will startup. If the gateway can connect to a cloud platform (Dusun or others), the gateway network indicator will go out. Further Info Dusun 4G LTE IoT gateway can also support other carriers’ LTE or LTE-M services. Besides, it supports popular IoT protocols for wireless connectivity types including ZigBee 1.2/3.0, BLE, Z-Wave etc. The Gateways are built on OpenWrt system and programmable. Users can use the SDKs and APIs to write their own programs to control the data flow and processing. So this gateway can be applied in many IoT applications especially where without wired internet connections. Further information can be found on here.
How Smart Thermostats Used in Smart Home Automation?
With the growth of smart home, more and more smart sensors applied in home. Wireless thermostat is one of them which is widely applied because of its remote accessibility. Based on the integration with smart home automation gateway and other smart home sensors, it provides great convenience to users that control and monitor through different terminals such as smartphones, tablets, and other smart wearable devcies, wherever they are. What is smart thermostat? In home automation, wireless smart thermostats assume the role of keeping a cozy environment , woking with temperature and humidity sensors, air conditioner, and other smart home devices that make surrounding environment comfortable. With a touchscreen display and some buttons to change among different models, home thermostats are easy to use and can be programmed. Generally, Smart thermostat is zigbee/z-wave to Wi-Fi enabled to make connection to the IoT hub. So, what can home thermostat bring to smart home? With a smart thermostat, homeowners can access and control their home’s temperature and humidity even while they are away from home. There’s no need to worry, the home is always under control, users can turn off the cooling or heating system with their smart wireless devices. What is the purpose of the thermostat? Smart thermostats can maintain the temperature within the given limits. When you feel too hot, thermostats will cool down the house temperature, and in otherwise, they warm up the room when you feel too cold. While adjusting temperature in your home (usually based on the routine and lifestyle preference by users), thermostats also assume a key role of energy-saving. There is survey evidence that it may save as much as 10% a year on heating and cooling by the using of thermostat. How does a thermostat work with other smart home sensors in home automation? Zigbee and Z-Wave are popular wireless connectivity types within smart home. So does thermostat. There are Zigbee and Z-Wave thermostats in smart home market. With using of different connectivity types, homeowners require a Z-Wave controller or a Zigbee hub to function effectively. Under the control of a smart home gateway, wireless home thermostats are easy to programme and work with other home automation sensors to build a comfort enviroment. For example, the temperature and humidity sensor senses temperature variations in your home, and the thermostat will be triggered to program the ideal temperature automatically acccording to the preferred temperature you scheduled. The data generated by thermostats will be uplinked to the platforms through the smart home hub, and output the working report of the thermostat, then make the smart thermostat works more efficient. As we know, there are programmable thermostats and smart thermostats in the market. The biggest difference between the two kinds is that the smart ones allow users to monitor and control from various terminals. And they are more efficient to save your energy bill. Refer to here to view more about our thermostat and the Zigbee/Z-Wave home automation hub.
Home automation: What are smart home sensors and what can they be used for?
With the development of the internet of things(IoT), smart home products become widely applied in more and more families. Smart home, based on the data generated by the smart home sensors, becoming more and more intelligent and efficient. Data shows, the smart home market is continue to grow at a compound annual rate of 14.9% over the next few years. These include smart home hubs, the must-have "brain", as well as smart light bulbs, smart motion sensors, homekit door sensors, temperature sensors, smart sockets and other home automation sensors. In smart home, various types of sensors linkup together and uplink data to the smart home hub. Based on the data, the home system can analyze homeowners' daily living habits, and increase the way homeowners interact with the surrounding world. What are smart home sensors? Smart home sensors are key components in smart home solution. The smart home system cannot operate without the home automation sensors. The sensors can sense and detect some information of the measured object. What’s more, the smart home sensors have the capability of generating and processing data. And they need to make communication with the home hub to deliver the data for applications. Zigbee and Z-Wave are wireless protocols that essentially focus on connectivity within the smart home. Most sensors in home automation solutions are zigbee sensors. There are such a huge nmuber of home sensors, it is difficult to know how to take a good choice. Here a several sensors you may take a try for building your smart home. 1) Home Motion Sensor Home motion sensor is a widely used smart home sensors in home automation. Just think of that you leave your home without turning off the lights, if you have the motion sensor installed, it will do the job replace you. Also the lights will fire up immediately whenever the motion sensor perceive you enter a room. Motion sensors are also play roles of detecting if someone has broken into the room. You can receive alert from anywhere and take action as soon as possible. 2) Door/Window Sensor Door/window sensor is another “virtual” eye of your home. They detect when a door or window is opened or closed, providing you with a trigger for automating your home. Also you can monitor the status of the door/window sensor from your mobile phone. The smart door and window sensor can integrate with Homkit so that you can awaken the sensor through Apple siri. The Homekit door sensor will be the trend of door/window sensor. 3) Smart Home Temperature Sensor There are two broad uses of temperature sensor—inside the home and outside the home. In smart home solution, which we talked about is the inside one. Temperature sensors inside the home can help you control your temperature, and they’re also a way to keep secure in your home if there occurs a fire in your house. What’s more, the home temperature sensor can work with thermostats to keep a comfortable room temperature. Refer to here for more zigbee home sensors if needed. They cannot work alone without the smart hub.
Dusun Annouces its Zigbee2mqtt Router to Shorten Time for IoT Projects
Dusun Electron Ltd., leading kernel supplier of smart edge devices for IoT(the internet of things) solutions, announced its Zigbee2mqtt router that supports MQTT protocol to connect to cloud platform lately. The Zigbee2mqtt gateway is designed to let IoT developers develop more efficient and flexible. There will be less time for integration to the IoT platforms because of the standard MQTT protocol. MQTT is a connectivity protocol which is useful for connections with remote locations where a small code footprint is required and/or network bandwidth is at a premium. It’s more suitable for IoT scenarios. In the IoT solutions, it has been used in smart sensors communicating to a broker, and in a range of home automation, and other scenarios. As we mentioned, Zigbee2mqtt smart gateway allows the developers to take control and build one system more quickly for creating their specific smart home projects. What Zigbee2mqtt router does is provide a more standard and resilient process to make communication between connected Zigbee devices and the clouds. Once the Zigbee devices are accessible via MQTT messaging, the developers can use an application or platform such as Tuya for their remote control and online management. What’s more, Dusun’s Zigbee2mqtt router provides instruction for flashing the gateway and firmware with the open-source software on Linux OpenWrt system, and it also makes the configuration of the router and devices pairing become more easily too. IoT developers can do more extensive development follow the instruction themselves. The advantages of Dusun’s Zigbee2mqtt router: · Zigbee and other wireless protocols supported: Z-Wave and BLE are compatible. · Stable data transmission capacity: The Dusun hub supports popular MQTT and custom made protocols such as web-socket. It delivers data through internet connections including Wi-Fi, NBIot, 2G/3G/4G cellular, and wired connection. · Programmability: Extended or secondary development is supported to let developers get the data from the edge devices/sensors, process the data and translate the data into MQTT. About Dusun Electron Ltd. Dusun Electron Ltd., a high-growth global leader and provider for wireless human-computer interaction solutions and IoT system solutions, is uniquely positioned with a broad-based wireless technology portfolio inclusive of ZigBee, Z-Wave, RF4CE, Bluetooth, WiFi, 3G/4G, LTE and interactive paradigms with voice, touch, motion pointing, gesture recognition, and virtual reality control. Dusun's wireless human-computer interaction solutions include IR, RF (Bluetooth BLE, ZigBee/RF4CE, 2,4G, WiFi), voice control, air-mouse and touch along with products covering smart remote control, VR controller and wireless modules. Dusun's IoT system solutions include ZigBee 3.0, Z-wave, 3G/4G/LTE, WiFi and Bluetooth-based smart sensors and gateway along with cloud platform services to support applications from smart home, smart access control, smart hotel management, to elder care assistance. The company specializes in design, development and manufacturing of innovative products and solutions that are used by the world's premier brands in such markets including Smart TV, PayTV & OTT and IoT sectors. With design and development excellence and core competencies in introducing many technology firsts to the market, Dusun further demonstrates its commitment as a world leader in its field over traditional remote control competitors. Please refer to here for more information about Dusun's latest product demos, or feel free to contact us via email@example.com