Devices

2G IOT Gateways

2G gateway devices have up to 2x digital input ports, 2x analog inputs, 2x digital outputs, 1xRS232 interface and 1x 1-wire interface for connecting to external devices or sensors. It connects, triggers and controls various sensors in a simple and efficient manner, saving the cost of data collection.

Cold storage monitoring 2G gateway devices is ideal for applications used for industrial monitoring, crop monitoring in agriculture and vehicle monitoring. Analog inputs can be used for fuel level sensing and temperature monitoring digital out would be able used for drive relays and inductive loads. Meanwhile, the built-in GNSS enables the precise positioning of the gateway device.

These Gateway devices communicate to the cloud server via TCP/HTTP/MQTT protocol.

4G IOT Gateways

4G gateway devices, which are an extension of their 2G counterparts have up to 2x digital input ports, 2x analog inputs. 2x digital outputs, 1xRS232 interface and 1x 1-wire interface for connecting to external devices or sensors. It connects, triggers and controls various sensors in a simple and efficient manner, saving the cost of data collection.

Cold storage monitoring 4G gateway devices is ideal for applications used for industrial monitoring, crop monitoring in agriculture and vehicle monitoring. Analog inputs can be used for fuel level sensing and temperature monitoring digital out would be able used for drive relays and inductive loads. Meanwhile, the built-in GNSS enables the precise positioning of the gateway device.

The 4G gateway device collects data from sensor nodes and uploads to the cloud via LTE network and supports 2G as well as 3G fall-back

Configurable 2G Gateway

2G configurable gateway connects RS485 Modbus RTU to 2G Network and expands the data communication over wireless networks with secure, two-way communication. The device can collect data from a variety of Modbus Slaves, sensors, and industrial machines, that are sent to the centralized server or cloud server.

The gateway supports multiple protocols such as TCP, HTTP, and MQTT with SSL mode. The configuration can be done by PC utility, SMS, or server IP commands, and all parameters are remotely configurable.

2G configurable devices greatly help reduce the prototype development life cycle and provide developers and solution integrators. This gives easy transition of wired network to wireless communication using RS485 Modbus RTU to 2G gateway with a simple and cost-effective solution. Optional CAN 2.0B interface further increases its connectivity option.

Configurable 4G Gateways

4G configurable gateway device supports 4G LTE Bands B1/B3/B5/B8/B40 with 2G/3G fall back and internal High Gain GNSS and GSM antennas. These are designed for industrial equipment monitoring, vehicles tracking, and data monitoring in applications such as insurance telematics, rental cars, heavy industrial equipment monitoring and control, agriculture/farming equipment monitoring, public safety services, delivery transport, and much more.

Configurable Digital Input, meanwhile, can be used for ignition, door open/close, emergency button sensing, etc. Analogue inputs can be used for fuel level sensing and temperature monitoring and digital out can be used to drive relays and inductive loads.

Devices can be configurable as per the user application. RS485 Modbus RTU and CAN 2.0 are used for interfacing node devices or sensors for monitoring/controlling purposes.

Programmable 4G Gateway

4G programmable gateway connects IoT devices to cloud-based applications over cellular, wi-fi or ethernet. With a simple, open-source Python development environment, this gateway also enables custom applications to run locally while interfacing across existing Ethernet/Wi-Fi/cellular networks for WAN connectivity to cloud-based software applications.

The 4G programmable gateway products can be managed remotely via 4G/3G/2G cellular networks, allowing users to remotely manage thousands of deployed devices, supporting features like remote firmware upgrades, and event alarms.

The connectivity between IoT Devices/nodes can be established either by using wired RS485 Modbus RTU and CAN 2.0B or by using wireless connectivity such as BLE/WiFi. Configurable TCP/MQTT/HTTP communication protocol allows secure connectivity to any cloud server such as Microsoft Azure, Amazon cloud.

Wi-Fi IoT Device

Our wi-fi IoT device platform provides low power, cost effective solutions for IoT application integrators. We have wi-fi IoT connectivity hardware platform based on Espressif ESP8266 and ESP32 Series SoCs. With this platform, users can easily configure IoT wi-fi networks for monitoring sensors and controlling devices.

These devices can be configured into existing wi-fi networks or gateway devices in order to speed up the IoT integration to cloud servers. Various sets of interfacing options such as configurable digital or analog Inputs, 1-wire interface, built-in rechargeable battery options, and plug-while-play USB power supply helps implement the IoT wi-fi Sensor networks easily.

Bluetooth LE Connectivity Device

Our short range BLE devices provide solutions for low cost, using low power wireless sensor networks and gateway end devices. With this, customers can easily configure nodes for connecting different types of sensors such as temperature, humidity, current, voltage etc., and send data to cloud servers through gateways. Its IOs and interfaces are user programmable.

The bluetooth LE connectivity device also has a 2.4GHz chip antenna onboard which is quite convenient to develop IoT wireless applications. Different BLE connectivity device solutions are available based on Nordic multiprotocol radio SoC nRF52832/Onsemi RL10 SoC.

These Multiprotocol SoCs are capable of full protocol concurrency and support BLE 5.x, including 2Mbps speed and BLE Mesh enabling smartphones/server to provision, commission, configure and control mesh nodes.

Zigbee

This short-range connectivity device provides wireless connectivity in a range of protocols and form factors to support various low-power applications. It is easy to deploy and easily configurable using the software and the mobile app. These low-cost modules support all of your wireless design requirements.

Our Zigbee-based IoT hardware is based on zigbee the 3.0 software protocol stacks. They offer support for multiple network topologies such as point-to-point, point-to-multipoint and mesh networks, and can communicate data through noisy environments.

Ultra wide band (UWB)

UWB solution provides accurate real-time locations of assets, objects, equipment and peoples/staff/workers in indoor environments. It provides location-based services, wireless sensor networks and IoT by providing accurate location awareness and communication.

Transight High Accuracy Coordinate Scanner is a high quality product specifically designed and developed for precision application. This device is successful in catering the GIS requirement in different applications including oil& gas, precision farming etc.. This device can be used for providing coordinates accurately for inspection of oil and gas pipelines.