|IOT

|Wireless Communication Modules

|RF (Radio Frequency) Modules

|IoT (Internet of Things) Communication Modules

IOT

Smart Cities

Agriculture IOT

Data Management Layer

IOT Technology

IOT puts data to work to enable enviornmental monitoring, smart lightning, mobility, public kiosk, and other solutions for smart cities. IOT Technologies, including AI, vision, and connectivity, deliver exceptional performance from edge to cloud.

Build the blocks connecting the physical and digital world with the power of Internet of Things

Industrial IOT

These IoT solutions combine the valuable features of data analytics and connected equipment. We are ready to automate production, maintenance, and other processes important for your industry.

Automotive IOT

The applications are endless: create connected automotive plants and testing labs, fleet management solutions, cloud services for vehicles, and IoT-enabled assistants for drivers.

Agriculture IOT

This is the power of connected devices brought to food production: monitor crops remotely, analyze soil automatically, track location and analyze equipment, watch your cattle and control their health, use drones for irrigation, and much more.

Heathcare IOT

We develop solutions for both personal and in-hospital use for data collection and analysis. Our solutions have a mission to enhance users’ healthcare experience and optimize workflow for healthcare facilities.

Smart Cities

Making regular cities smart with IoT: smart buildings, streets, traffic lights, waste management, air pollution control, and more.

Device Layer

Create rapid proof of concept. Prototype and manufacture a product together with a hardware partner. Firmware: Develop embedded software for the low-level control of devices. Apply Edge AI. Devices detect physical properties like temperature, humidity, light, and motion. Actuators: Devices respond to commands and carry out actions based on the data received. Embedded systems: Microcontrollers or microprocessors process sensor data and control actuators. The device layer is the primary source of data for the IoT system and interacts with the real world. The data collected is transmitted to the next layer for further processing.

Gateway Layer

Develop custom middleware for gateways. Apply Edge computing and Edge AI. Protocols: Consult on technologies. Data collection: The gateway layer collects data from smart devices. Data transmission: It transmits the collected data to the cloud. Load management: The gateway layer pre-processes data to manage load. Security: The gateway layer secures data transmission using features like encryption, tamper detection, and hardware random number generators.

Data Management Layer

Cloud or Local Server: Apply Big Data, AI, ML, and Deep Learning to securely store data. Design high-load, scalable architectures. Create and customize IoT platforms. Build smart device networks. Perform on-premise deployment and third-party integrations. The network layer, also known as the transport layer, transmits data from the device layer to the management layer. It uses networks such as LANs, WANs, and the internet for data transmission.