Smart Connected Devices. Redefining User Experiences.

IoT Application

Development Services

Experts in Web, Mobile Apps with Firmware Development

IoT based Firmware Consulting, Development and Support Services

WiFi Enable Product

Provisioning

Cloud connectivity framework

Support for discovery protocol

Support for Mesh network

Bluetooth Enabled Product

Pairing support

Support for the Mesh network

IOT Application Solutions

Redefining User Experience. Improve Business Productivity & Efficiency

Media Player for 3D display

Raspberry Pi based system
Bluetooth remote for the control

Remote monitoring system for solar inverters

ESP32 based system
Communication protocol implemented in ESP32: Modbus RTU, SFTP

Remote Monitoring and control systems for the pump control

ESP32 based system
Control and monitoring of pump and light
Control of pump with scheduler facility

Development of control electronics for Two-pulses X-Ray machine

Renesas R5F100LE based microcontroller for real-time processes
QT-Rasberry Pi based GUI for controlling Machine

Heater Control System with data logging

Raspberry Pi-based system
Developed as Linux Service
Home automation system

Microcontroller based Spectrum analyzer

TM4C123 microcontroller based system with GUI in python

Single-phase motor protection unit

Renesas RL78/G12 R5F102AA microcontroller based project

Bluetooth based Lock

Based on NRF5283 device

GSM based remote monitoring and control system

SIM800 based system with STM32F103 microcontroller and FreeRTOS
Control through SMS & REST Protocol (Secured and Unsecured)

Framework for the fully automatic layout-level design of analog CMOS circuits.

MAGIC VLSI Tool Extension with the integration of optimization algorithms

Featured IoT Application Project

Firmware development, Hardware integration, Web Application & Mobile Application Development with Cloud Deployment

Controlling Water Pump Jet IoT Application Solution

Technology Stack: NodeJS, ReactJS, ReactNative, MQTT, ESP32, AWS Cloud

Web & Mobile Application Features

Device onboarding
Wifi provisioning
MQTT based communication
Start / Stop device
Timer
Schedule
Time zone support
Multiple hardware device integration
Device sharing with other users’ app
Full Over The Air (OTA) update
AWS Cloud deployment

Communication Protocols

Custom development & implementation based on objectives and goals

MQTT

Message Queue Telemetry Transport

CoAP

Constrained Application Protocol

UPnP Protocol

Universal Plug and Play Protocol

AMQP

Advanced Message Queuing Protocol

DDS

Data Distribution Service

LoRaWAN

Long Range Wide Area Network

Z-Wave IoT Protocol

Zig-Bee protocol

REST

Communication (Transport) Layers

Identifying the business need. Validating the concept with POC and MVP development

The transport layer is responsible for an end to end communication between the systems including the management of the error correction, providing quality and reliability to the end-user.

Wifi

2.4 GHz and 5 GHz
High
~100 meters
Medium
Low

BLE

(Bluetooth Low Energy)

2.4 GHz
Low
~20 meters
Low
Medium

Zigbee

2.4 GHz
Medium
~100 meters
Low
Medium

Z-Wave

subGHz
Low
~100 meters
Low
Medium

LoRa

subGHz
Low
~3000 meters
Low
Medium

Chipsets for Consideration

Identification of the right chipset will help build scalable products

Technology Stack

Developing IoT Applications with modern technology stack

C, C++, Python

FreeRTOS, Embedded Linux, Linux BSP

I2C, UART, SPI, ModBus, ESP32, STM32, NRF52, Renesas, ATMEL, PCB design, Circuit design, Raspberry Pi, Simcom GSM modules, Marvell 88MW320, TIVAC, MSP430