Reliable logging ensures no gaps in your data timeline, keeping your records precise and consistent.
Real-time IoT dashboards provide actionable insights and display connected device data for seamless monitoring and control.
Continuously track system health and performance to prevent downtime and ensure reliability.
Seamlessly connect and control devices for automated and responsive operations.
Transform living spaces with smart technology for convenience, efficiency, and control.
Deliver robust solutions tailored for industrial environments to enhance productivity and precision.
GSM/GPRS is a wireless communication technology that enables IoT devices to send data over cellular networks. It supports various data transfer protocols, including SMS, HTTP, and TCP/IP, making it versatile for different IoT applications.
WiFi, or 802.11, is a wireless protocol that was built with the intent of replacing Ethernet using wireless communication over unlicensed bands. Its goal was to provide off-the-shelf, easy to implement, easy to use short-range wireless connectivity with cross-vendor interoperability.
The ZigBee wireless technology is basically an openly available global standard to address the unique needs of low-power, low-cost wireless M2M (machine-to-machine) networks and also Internet-of-Things (IoT). It operates on IEEE 802.15.
LoRa is a long-range, low-power wireless technology by Semtech, using chirp spread spectrum (CSS). It powers IoT networks globally via LoRa devices and the open LoRaWAN protocol, enabling smart applications in energy, pollution control, infrastructure, disaster prevention, and more. It supports smart cities, homes, agriculture, metering, and logistics.
Tinymesh is a multi-hop mesh protocol enabling bi-directional wireless communication for control and monitoring. Its self-configuring, self-healing network offers extensive coverage, ideal for smart metering, street lighting, and industrial sensor systems.
Bluetooth is everywhere in speakers, wireless headphones, cars, wearables, medical devices, and even shoes! Since many IoT systems involve small devices and sensors, BLE has become the more common protocol of the two (versus Bluetooth Classic) in IoT.
Matter is an open-source connectivity standard that aims to unify IoT device communication across different ecosystems. It ensures secure, reliable, and seamless interaction between smart home devices, regardless of the manufacturer, using IP-based networking.
RFID is an automatic technology that uses radio waves to identify, track, and monitor tagged objects in real-time, enabling IoT by connecting RFID readers to the internet for global, automated object management.
Thread is an IPv6-based, low-power, and secure wireless mesh networking protocol designed for IoT devices. It provides reliable, scalable, and secure communication, making it ideal for smart home and building automation applications. Thread networks are self-healing and support direct internet and cloud access.
