IoT Gateway Development
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IoT Gateway Development focuses on building hardware or software gateways that act as the bridge between IoT devices and cloud platforms. This includes integrating multiple communication protocols such as MQTT, HTTP, CoAP, Modbus, Zigbee, Bluetooth, and LoRaWAN, enabling diverse devices to communicate reliably. Gateways handle data aggregation, filtering, buffering, and local processing (edge computing) to reduce latency and bandwidth usage. The service also involves implementing encryption, authentication, firewall controls, and OTA update capabilities for secure and scalable management. With robust IoT gateway solutions, organizations can ensure seamless connectivity, improved performance, real-time insights, and reliable integration of large device fleets within complex IoT infrastructures.
Technology we work
Latest &
Relaible Technologies
Node-RED
A flow-based development tool used to connect devices, APIs, sensors, and automation logic on IoT gateways.
Docker
Used to containerize gateway applications, making deployment, scaling, and updates easier across devices.
MQTT
A lightweight MQTT messaging server used for communication between devices, sensors, and gateways.
Python
A widely used language for building IoT gateway scripts, automation, sensor interfaces, and data processing.
C/C++
Essential for low-level hardware communication, protocol handling, and high-performance gateway services.
Linux Tools
Core tools for managing IoT gateways, running background services, scheduling jobs, and performing maintenance.
OpenWrt
A Linux-based OS commonly used on routers and IoT gateways, offering package management and network control.
Postman
A testing tool for validating REST APIs, MQTT bridges, and communication endpoints used by the gateway.
Grafana
A visualization tool for monitoring gateway metrics, device data, and sensor readings in dashboards.
Comprehensive analysis of IoT network requirements.
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Scalable and resilient IoT gateway architectures.
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Converts data between protocols like MQTT, CoAP, HTTP, Modbus, BLE, Zigbee, and LoRa.
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Performs filtering, aggregation, and decision-making before sending data to the cloud.
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FAQ's
IoT gateway development is essential for optimizing data transmission, enhancing connectivity, and ensuring the reliability and security of IoT networks, enabling efficient communication between edge devices and cloud services.
Key components include requirement analysis, architecture design, prototyping and development, integration and testing, security and compliance, and deployment and maintenance.
Businesses can benefit by optimizing data transmission and processing, enhancing connectivity and interoperability, ensuring network reliability and security, and accelerating time to market for IoT solutions.
