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Explore the functionality, applications, and benefits of LoRaWAN gateways in enabling long-range, low-power IoT networks. Learn how they connect devices to the cloud.
Explore the architecture and advantages of LoRaWAN water meters for remote monitoring and management of water consumption in IoT applications.
Explore the advantages and disadvantages of Mioty technology, a Low Power Wide Area Network (LPWAN) solution for IoT, focusing on its scalability, reliability, and limitations.
Explore the differences between O-MI (Open Messaging Interface) and O-DF (Open Data Format) in IoT for interoperability, their functions, and formats.
Explore the fundamentals of security sensors, including motion, ultrasonic, and chemical sensors, and their applications in national, home, and industrial security.
Explore the essential hardware components inside smartwatches, including processors, sensors, displays, and connectivity modules, that enable their advanced functionalities.
Explore soft actuators in IoT: features, advantages, applications. Learn how these flexible devices enhance safety, enable shape-changing, and revolutionize human-device interactions.
Explore how Telegram Splitting Multiple Access (TSMA) enhances Mioty technology for reliable, scalable, and interference-resistant LPWAN communication through sub-packet division and diverse transmission.
Explore the CoAP protocol designed for IoT, covering its architecture, layers, message format, and how it enables efficient communication in constrained environments.
Explore the essential hardware and software components of IoT architecture for seamless device connectivity and data exchange in various applications.
Learn about IoT platforms, their key components, and how they facilitate communication between devices and applications. Discover leading vendors in the IoT space.
Explore machine-to-machine (M2M) communication, its architecture, capabilities, applications, and protocols for automated data exchange between devices without human intervention.
Explore IoT security measures including encryption, authentication, and network protection to safeguard devices against cyber threats and ensure secure IoT operations.
Explore the weightless physical layer transmitter, a wireless technology optimized for IoT and M2M communication, including FEC, modulation, spreading, and synchronization.
Explore the Weightless standard, designed for low-cost, long-battery-life IoT devices using TV white space, including frame structure, specifications, and protocol stack.
Explore the Matter protocol for IoT, its features, benefits, and advantages in creating seamless interoperability in smart home systems.
Explore WirelessHART, a wireless mesh protocol for process automation. Learn about its physical layer (IEEE 802.15.4) and data link layer (TDMA).
Explore the XMPP protocol, its core features, addressing scheme, server-client interactions, and relevance in Internet of Things (IoT) applications.
Explore how Zigbee technology enhances home security with low-power, short-distance wireless communication and faster activation compared to other technologies.
Explore the fundamentals of Zigbee smart lighting architecture, including key components like gateways and street lights, and the advantages of this low-power wireless technology.
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