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u78 plus smart watch

Showing 40 out of 1449 products

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₹48,379 - ₹49,559
The Yale YDM 4109 A Series Biometric Smart Door Lock is a cutting-edge security solution designed to provide convenient access control while ensuring the highest level of protection for your home or office. This advanced door lock combines state-of-the-art biometric technology with traditional key access and PIN code entry, offering multiple layers of security to suit your preferences. With its biometric fingerprint scanner, users can effortlessly unlock the door with just a touch, eliminating the need for keys or codes. This feature not only enhances convenience but also enhances security by ensuring that only authorized individuals can gain access. Additionally, the door lock supports PIN code entry, allowing users to create unique access codes for family members, employees, or guests. The YDM 4109 A Series features a sleek and modern design that seamlessly integrates with any door aesthetic. Its durable construction and robust security features provide peace of mind, knowing that your property is well-protected against unauthorized entry. Furthermore, the door lock is equipped with advanced encryption technology to prevent tampering or hacking, ensuring the integrity of your security system. Overall, the Yale YDM 4109 A Series Biometric Smart Door Lock offers unparalleled convenience, versatility, and security, making it an ideal choice for both residential and commercial applications.
green checkType of Product : Smart Door Lock
green checkModel No : YDM4109 A
green checkNo. of Keys : 2
green checkPin Code : 100
green checkRFID Card : No
green checkSeries : A Series
green checkBluetooth : Yes
green checkLock Type : Mortise Lock
green checkAlarm : Yes- Break Damage
green checkRemote controller : Yes
green checkCard : No
green checkLocking : Auto Locking
green checkFingerprint : Yes
green checkAuto Locking : Yes
₹2,477  
The Amazon Smart Plug is a smart plug that can be used to turn on and off any appliances connected to it. The plug is compatible with Alexa, so you can control your home's electrical devices with the help of your voice. The plug works with Amazon's voice assistant, which means you are able to control your lights and other appliances using only your voice. You don't need any additional app or hardware for this plug to work. The Amazon Smart Plug has 6A output and a built-in switch, so you can use it to turn on or off any device connected to it. It also has an integrated temperature sensor that automatically turns off the power once the temperature reaches 60°C (140°F). With the Amazon Smart Plug, you can control your appliances hands-free using a compatible Echo, Fire TV or any Alexa device. Or turn off your TV remotely from the office to regulate your kids' viewing time. The Amazon Smart Plug lets you voice control your lamps, table fans, electric kettles, and TVs. With the Amazon Smart Plug, control your existing appliances hands-free using a compatible Echo, Fire TV or any Alexa device. Or turn off your TV remotely from the office to regulate your kids' viewing time. Use the Alexa app to create customized schedules to automate your day-to-day activities. For example, you can create a morning routine that turns on lights and an electric kettle with a single request.
₹2,099  
A BytBots 16 amp Wi-Fi Smart Plug With Energy Monitoring for Heavy Duty appliances (White) also known as a smart outlet or smart socket, is a device that allows users to remotely control and automate the power supply to electronic devices or appliances plugged into it. Smart plugs are part of the broader category of smart home devices and provide users with the ability to turn connected devices on or off, monitor energy usage, and schedule operation times through a smartphone app or voice commands when integrated with voice assistants. Key Features of Smart Plugs: Remote Control: Smart plugs enable users to remotely control the power supply to devices connected to them through a mobile app. This can be done from anywhere with an internet connection. Wireless Connectivity: Most smart plugs use wireless communication technologies like Wi-Fi, Zigbee, or Z-Wave to connect to a home network, allowing them to be controlled through a smartphone or other smart devices. Voice Control: When integrated with voice assistants such as Amazon Alexa, Google Assistant, or Apple HomeKit, smart plugs can be controlled using voice commands. Scheduling and Timers: Users can schedule the operation of connected devices or set timers to turn them on or off at specific times. This feature is useful for energy conservation and automation. Energy Monitoring: Some smart plugs come equipped with energy monitoring capabilities, allowing users to track the energy consumption of connected devices and appliances. Automation and Scenes: Smart plugs can be integrated into larger smart home automation scenarios and scenes. For example, turning off all connected devices with a single command. Compact Design: Smart plugs are typically designed to fit into standard electrical outlets without obstructing adjacent sockets. Security and Presence Simulation: Users can use smart plugs to simulate presence at home by turning lights or other devices on and off, enhancing home security. Easy Installation: Smart plugs are generally easy to install; users plug them into an existing electrical outlet and connect their devices to the plug. Mobile App Control: Control over connected devices is facilitated through a dedicated mobile app, providing a user-friendly interface for managing smart plug settings. How Smart Plugs Work: Connect to Wi-Fi or Smart Home Hub: Smart plugs connect to a home Wi-Fi network or a compatible smart home hub, enabling communication with other devices and remote control via a mobile app. Plug into Electrical Outlet: Users plug the smart plug into a standard electrical outlet. Some smart plugs are designed to be compact, ensuring they don't obstruct adjacent outlets. Connect Devices: Users connect electronic devices or appliances to the smart plug by plugging them into the smart plug's outlet. Mobile App Setup: Users download and install the manufacturer's mobile app and follow the setup instructions to connect the smart plug to their home network. Control and Automation: Once set up, users can control the connected devices remotely through the mobile app. They can also create automation rules, schedules, and scenes. Voice Control (Optional): If the smart plug is compatible with voice assistants, users can integrate it with platforms like Amazon Alexa, Google Assistant, or Apple HomeKit for voice control. Smart plugs are versatile devices that can be used to make traditional appliances and devices smart. They are especially useful for adding smart functionality to non-smart devices that are not inherently designed for remote control or automation. Common applications include controlling lamps, fans, heaters, coffee makers, and other household appliances.
₹1,899  
A BytBots 10 amp Wifi + BT Smart Plug with Energy Monitoring for Small Appliances also known as a smart outlet or smart socket, is a device that allows users to remotely control and automate the power supply to electronic devices or appliances plugged into it. Smart plugs are part of the broader category of smart home devices and provide users with the ability to turn connected devices on or off, monitor energy usage, and schedule operation times through a smartphone app or voice commands when integrated with voice assistants. Key Features of Smart Plugs: Remote Control: Smart plugs enable users to remotely control the power supply to devices connected to them through a mobile app. This can be done from anywhere with an internet connection. Wireless Connectivity: Most smart plugs use wireless communication technologies like Wi-Fi, Zigbee, or Z-Wave to connect to a home network, allowing them to be controlled through a smartphone or other smart devices. Voice Control: When integrated with voice assistants such as Amazon Alexa, Google Assistant, or Apple HomeKit, smart plugs can be controlled using voice commands. Scheduling and Timers: Users can schedule the operation of connected devices or set timers to turn them on or off at specific times. This feature is useful for energy conservation and automation. Energy Monitoring: Some smart plugs come equipped with energy monitoring capabilities, allowing users to track the energy consumption of connected devices and appliances. Automation and Scenes: Smart plugs can be integrated into larger smart home automation scenarios and scenes. For example, turning off all connected devices with a single command. Compact Design: Smart plugs are typically designed to fit into standard electrical outlets without obstructing adjacent sockets. Security and Presence Simulation: Users can use smart plugs to simulate presence at home by turning lights or other devices on and off, enhancing home security. Easy Installation: Smart plugs are generally easy to install; users plug them into an existing electrical outlet and connect their devices to the plug. Mobile App Control: Control over connected devices is facilitated through a dedicated mobile app, providing a user-friendly interface for managing smart plug settings. How Smart Plugs Work: Connect to Wi-Fi or Smart Home Hub: Smart plugs connect to a home Wi-Fi network or a compatible smart home hub, enabling communication with other devices and remote control via a mobile app. Plug into Electrical Outlet: Users plug the smart plug into a standard electrical outlet. Some smart plugs are designed to be compact, ensuring they don't obstruct adjacent outlets. Connect Devices: Users connect electronic devices or appliances to the smart plug by plugging them into the smart plug's outlet. Mobile App Setup: Users download and install the manufacturer's mobile app and follow the setup instructions to connect the smart plug to their home network. Control and Automation: Once set up, users can control the connected devices remotely through the mobile app. They can also create automation rules, schedules, and scenes. Voice Control (Optional): If the smart plug is compatible with voice assistants, users can integrate it with platforms like Amazon Alexa, Google Assistant, or Apple HomeKit for voice control. Smart plugs are versatile devices that can be used to make traditional appliances and devices smart. They are especially useful for adding smart functionality to non-smart devices that are not inherently designed for remote control or automation. Common applications include controlling lamps, fans, heaters, coffee makers, and other household appliances.
The Polycab Hohm Lanre Smart Plug redefines the way we interact with electrical devices, offering advanced functionality and convenience through smart home technology. Crafted with precision engineering and innovative design, this smart plug enables users to remotely control and automate their electrical appliances with ease. Compatible with Wi-Fi networks, the Polycab Hohm Lanre Smart Plug allows users to connect their appliances to the internet, providing remote access and control via smartphones, tablets, or voice assistants. Through dedicated mobile applications or voice commands, users can effortlessly turn devices on or off, schedule operation times, or create custom automation routines from anywhere with an internet connection. The smart plug's versatility extends beyond basic control, offering additional features such as energy monitoring and usage tracking. Users can monitor the energy consumption of connected devices in real-time, enabling them to make informed decisions about energy usage and potentially reduce electricity bills. Installation of the Polycab Hohm Lanre Smart Plug is simple and straightforward, requiring only a standard electrical outlet and a compatible device with internet connectivity. The plug's compact and ergonomic design ensures easy integration into any household or commercial electrical system, without the need for additional wiring or modifications. With its robust security features and encryption protocols, the Polycab Hohm Lanre Smart Plug prioritizes user privacy and data protection, providing peace of mind when accessing devices remotely or sharing access with family members or trusted individuals. In summary, the Polycab Hohm Lanre Smart Plug offers unmatched convenience, control, and efficiency for managing electrical appliances in modern households and businesses. Experience the future of home automation with this innovative smart plug from Polycab Hohm Lanre, enhancing comfort and convenience while reducing energy consumption.
green checkColor : White
₹6,961  
Card readers are electronic devices that accept credit and debit card payments from customers in a store or any other business setting. They are often referred to by different names, such as point-of-sale (POS) terminals, card machines, PDQ machines, and chip and pin machines, depending on the location and type of device. Wireless card readers are portable and can be used anywhere within the range of a wireless network. In contrast, wired card readers are typically connected to a point-of-sale system, computer, or cash register using a cable. In addition to accepting credit and debit cards, some card readers also support contactless payments, mobile payments, and other electronic payments. Card readers have become an essential tool for businesses of all sizes as more customers choose to pay with cards instead of cash. They provide a convenient and secure way for businesses to process transactions and manage payments and can help to streamline the checkout process and improve the overall customer experience. One of the biggest aspects of designing card readers is the range of drivers and software solutions needed to convert from one format to another. The methods and strategies used in such conversion vary from one product to another. Still, overall, manufacturers have made improvements in making USB card readers and other devices consistently universal so that most recipient devices can recognize and read the data from a portable card or stick.
₹5,999  
Card readers are electronic devices that accept credit and debit card payments from customers in a store or any other business setting. They are often referred to by different names, such as point-of-sale (POS) terminals, card machines, PDQ machines, and chip and pin machines, depending on the location and type of device. Wireless card readers are portable and can be used anywhere within the range of a wireless network. In contrast, wired card readers are typically connected to a point-of-sale system, computer, or cash register using a cable. In addition to accepting credit and debit cards, some card readers also support contactless payments, mobile payments, and other electronic payments. Card readers have become an essential tool for businesses of all sizes as more customers choose to pay with cards instead of cash. They provide a convenient and secure way for businesses to process transactions and manage payments and can help to streamline the checkout process and improve the overall customer experience. One of the biggest aspects of designing card readers is the range of drivers and software solutions needed to convert from one format to another. The methods and strategies used in such conversion vary from one product to another. Still, overall, manufacturers have made improvements in making USB card readers and other devices consistently universal so that most recipient devices can recognize and read the data from a portable card or stick.
₹6,607  
Card readers are electronic devices that accept credit and debit card payments from customers in a store or any other business setting. They are often referred to by different names, such as point-of-sale (POS) terminals, card machines, PDQ machines, and chip and pin machines, depending on the location and type of device. Wireless card readers are portable and can be used anywhere within the range of a wireless network. In contrast, wired card readers are typically connected to a point-of-sale system, computer, or cash register using a cable. In addition to accepting credit and debit cards, some card readers also support contactless payments, mobile payments, and other electronic payments. Card readers have become an essential tool for businesses of all sizes as more customers choose to pay with cards instead of cash. They provide a convenient and secure way for businesses to process transactions and manage payments and can help to streamline the checkout process and improve the overall customer experience. One of the biggest aspects of designing card readers is the range of drivers and software solutions needed to convert from one format to another. The methods and strategies used in such conversion vary from one product to another. Still, overall, manufacturers have made improvements in making USB card readers and other devices consistently universal so that most recipient devices can recognize and read the data from a portable card or stick.
₹7,197  
Card readers are electronic devices that accept credit and debit card payments from customers in a store or any other business setting. They are often referred to by different names, such as point-of-sale (POS) terminals, card machines, PDQ machines, and chip and pin machines, depending on the location and type of device. Wireless card readers are portable and can be used anywhere within the range of a wireless network. In contrast, wired card readers are typically connected to a point-of-sale system, computer, or cash register using a cable. In addition to accepting credit and debit cards, some card readers also support contactless payments, mobile payments, and other electronic payments. Card readers have become an essential tool for businesses of all sizes as more customers choose to pay with cards instead of cash. They provide a convenient and secure way for businesses to process transactions and manage payments and can help to streamline the checkout process and improve the overall customer experience. One of the biggest aspects of designing card readers is the range of drivers and software solutions needed to convert from one format to another. The methods and strategies used in such conversion vary from one product to another. Still, overall, manufacturers have made improvements in making USB card readers and other devices consistently universal so that most recipient devices can recognize and read the data from a portable card or stick.
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