IoT Product Development
We provide full stack of services for design, development, implementation and launch of connected IoT products.
Our IoT Product Development Services
Design & Engineering
We create a well-thought-out design to build an easy-to-use product that helps your brand get a vision to life.
Our team develops physical prototypes that duplicate the product experience to ensure a seamless user experience. We implement Design for Manufacture principle for engineering IoT products.
Connected Hardware & Firmware Development
Our experienced electronics and embedded systems engineers can add different types of connectivity to your product, including cellular, RFID, GPS, Bluetooth, WIFI and other connectivity options.
Our team also designs, codes and tests the firmware of the connected hardware.
Connected Hardware & Firmware Development
Our experienced electronics and embedded systems engineers can add different types of connectivity to your product, including cellular, RFID, GPS, Bluetooth, WIFI and other connectivity options.
Our team also designs, codes and tests the firmware of the connected hardware.
Prototyping
Our product design and engineering team uses innovative ways to prototype the product idea before the development is initiated.
It helps us receive user feedback quickly and improve the functionality, saving time and development cost.
Using rapid iterations, our IoT product development experts can produce tangible prototypes that can be viewed, evaluated, tested and improved.
Manufacturing Support
Our team identifies off-the-shelf metal, plastic, and composite parts manufactured by different suppliers and helps you select the right one for your product.
We can also do custom modifications if any part requires minor changes.
We also provide electronic component design and sourcing, including printed circuit board assemblies, connectors, displays, and other components.
Leveraging our knowledge and existing supplier relationships, our clients benefit from early product cost estimating.
Manufacturing Support
Our team identifies off-the-shelf metal, plastic, and composite parts manufactured by different suppliers and helps you select the right one for your product.
We can also do custom modifications if any part requires minor changes.
We also provide electronic component design and sourcing, including printed circuit board assemblies, connectors, displays, and other components.
Leveraging our knowledge and existing supplier relationships, our clients benefit from early product cost estimating.
IoT Product Development Stages
IoT integration with the product provides real-time data and enhances the quality of work. We help organizations get the most from their IoT devices via our IoT product development services.
Our IoT Product Development Process is classified into 3 stages
Product Hardware Identification
Two types of hardware are needed for an IoT product development. First for sensing element and the second one to convert an electrical signal to a physical outcome.
Our team has in-depth knowledge of the different types of IoT boards, connected devices and sensors. We help you find out the right hardware for your IoT product development.
Sensors we use
- Temperature Sensor
- Proximity Sensor
- IR Sensor
- Gas Sensor
- Pressure Sensor
- Accelerometer and Gyroscope Sensor
- Optical Sensor
- Smoke Sensor
Connectivity and Data Transmission
Our experienced IoT systems engineers can add cellular, Wi-Fi, Bluetooth®, RFID, GPS and other types of secure wireless controls and connectivity to your product. Our priority is to transmit real-time data without security and privacy breach.
- Bluetooth
- Wi-Fi
- LAN
- LoRa
- Near Field Communication (NFC)
- Radio-Frequency Identification(RFID)
- Ethernet
Network protocols — [TCP/IP, UDP, RTP, RTSP, Gstreamer]
Connectivity and Data Transmission
Our experienced IoT systems engineers can add cellular, Wi-Fi, Bluetooth®, RFID, GPS and other types of secure wireless control and connectivity to your product. Our priority is to transmit real-time data without and security and privacy breach.
- Bluetooth
- Wi-Fi
- LAN
- LoRa
- Near Field Communication (NFC)
- Radio-Frequency Identification(RFID)
- Ethernet
Network protocols — [TCP/IP, UDP, RTP, RTSP, Gstreamer]
Software and Cloud Integration
We develop web/mobile-based applications to control IoT product functionality in real-time.
Our custom software applications are hosted on the cloud servers that manage the monitoring, control, optimization and autonomous operation of product function.
IoT Platforms we use
- Azure IoT Hub
- AWS IoT hub
- Predix
- Google Cloud
- ThingWorx
- Ethernet
Industries We Work With
Manufacturing
Optimizing business and production processes through tracking and analysis of equipment and inventory use.
- Local area connectivity & data sensing
- Data conversion
- Data transmission over a secured channel
- Cloud interface/ cloud connector development
- Device data analytics and reporting
- Calibration & compensation using ADC
Healthcare
Internet of Things (IoT)-enabled devices have made remote monitoring in the healthcare sector possible, unleashing the potential to keep patients safe and healthy, and empowering physicians to deliver superlative care
- Faster Disease Diagnosis
- Remote medical assistance
- Simultaneous reporting and monitoring
Transport & Logistics
We have developed IoT-enabled apps that have enabled greater transportation efficiency and management capabilities for the Logistics industry.
- Tracking of stolen vehicles
- Fleet management
- Audio streaming through USB & Bluetooth
- Remote diagnostics
Consumer Electronics
We develop custom applications for smart products and connected devices.
- Monitor device performance
- Configure events for smart interaction
- Remote provisioning and firmware distribution
- Smart house and office solutions
Building Automation
The availability of a computer-based control system that could automatically monitor and manage a building’s largest and costliest operational components helped facilities managers do their jobs better.
- LV/MV control systems, IED devices,
- Building automation solution based on BackNet etc.
- Energy management solutions, smart meter, home, etc.
Agriculture
Leverage IoT systems for monitoring the crop and field conditions in real-time.
- Monitoring of climate conditions
- Greenhouse automation
- Crop management
Our IoT Product Development Process
Stage 1: Concept Development
In this stage, we interact with clients to identify risks and challenges and plan and develop concepts for the product to be designed and built.
Core Activities:
- Risk evaluation of core features
- Create a plan and do concept experimentation
- Enhance and test the look and function
- Engineer architecture plans for EE, SW and ME
Deliverable:
Product Concept Documentation
Stage 2: Detailed Engineering
We focus on engineering and delivering a “ready for production” full-fledged solution.
Core Activities:
- Exhibit model simulations and prototypes
- Build engineering details
- Prove and improve primary design features
- Design the 3D CAD assembly geometry
- Custom firmware coding and PCB layout
Deliverable:
Complete Documentation for a Pre-Production Prototype
Stage 2: Detailed Engineering
We focus on engineering and delivering a “ready for production” full-fledged solution.
Core Activities:
- Exhibit model simulations and prototypes
- Build engineering details
- Prove and improve primary design features
- Design the 3D CAD assembly geometry
- Custom firmware coding and PCB layout
Deliverable:
Complete Documentation for a Pre-Production Prototype
Stage 3: Prototype and Test
We develop and test the production-ready “alpha” prototype.
Core Activities:
- Validate usability, look and feel of the design
- Verify product requirements
- Refine for production volume manufacturing
- Connect with reliable production and component suppliers
Deliverable:
Fully-functioning pre-production prototype
Stage 4: Manufacturing Support
We assist clients by engaging the right manufacturing partner and transferring knowledge to manufacturing teams.
Core Activities:
- Implement a suitable quality control process
- Engage high-quality manufacturing partner
- Product file coordination with document control
- Test run approval support for volume manufacturing
Deliverable:
First production run and release of the product
Stage 4: Manufacturing Support
We assist clients by engaging the right manufacturing partner and transferring knowledge to manufacturing teams.
Core Activities:
- Implement a suitable quality control process
- Engage high-quality manufacturing partner
- Product file coordination with document control
- Test run approval support for volume manufacturing
Deliverable:
First production run and release of the product
Technology Requirement for IoT Product Development
| IoT Boards |      |
| Cloud Platform |     |
| Connectivity |      |
| Web Services |     |
| Protocols |    |
Our Portfolio
HiArya
Our team of IoT, AI, ML, Mechanical, and Electrical experts worked together to create a smart tea maker that enables users to make their recipe from the web interface, mobile app, and machine itself. The combination of IoT and AI resulted in a fully automatic Tea Maker Robot.
ETON
The client required a multi-room audio solution controlled by Android and iOS devices to communicate with multiple speakers without audio latency. They wanted that the app should support local media content, NAS music source, Bluetooth, Airplay and Google Chromecast.
Audio Design Expert
Rikki Farr, a veteran in the music industry who has worked with music legends- The Beatles and Jimi Hendrix, is the man behind RIVA WAND speakers. The audio manufacturers engaged us to build an app that could connect the speakers to bestow unrivaled symphonic experience to its users.
Our experience developing award winning IoT products
Proud to be associated with CES 2017 Award-winning speaker company: RIVA Audio
Proud to be associated with CES 2017 Award winning speaker company: RIVA Audio
The RIVA Wand speakers are equipped with Trillium Technology and, together with our apps, they provide a powerful multi-room audio solution. The apps allow user to play local content, Spotify, Deezer, and other music streaming services using Google Home, WiFi, Bluetooth, and Airplay on the exceptional RIVA Wand speakers.
Our Engagement Models
Dedicated Development Team
Our developers leverage cutting-edge cognitive technologies to deliver high-quality services and tailored solutions to our clients.
Team Extension
Our team extension model is designed to assist clients seeking to expand their teams with the precise expertise needed for their projects.
Project-based Model
Our project-oriented approach, supported by our team of software development specialists, is dedicated to fostering client collaboration and achieving specific project objectives.
Get Started Today
1. Contact Us
Fill out the contact form protected by NDA, book a calendar and schedule a Zoom Meeting with our experts.
2. Get a Consultation
Get on a call with our team to know the feasibility of your project idea.
3. Get a Cost Estimate
Based on the project requirements, we share a project proposal with budget and timeline estimates.
4. Project Kickoff
Once the project is signed, we bring together a team from a range of disciplines to kick start your project.
What can we do for you? Let’s talk
Once you let us know your requirement, our technical expert will schedule a call and discuss your idea in detail post sign of an NDA.
All information will be kept confidential.
Frequently Asked Questions
What is Iot Product Development?
How to develop an IoT-enabled Product?
- Hardware
To build the hardware of any IoT product, you first need to select the hardware board for your project based on the size of the device, manufacturing and expiry date, types of sensors supported, connectivity capability and computation. Once the hardware board is selected, you need to get ready for its design. We recommend following the “Design for Manufacturing” principle when designing the hardware of a product. After the designs are prepared, you need to manufacture it. - Firmware Development
Once the hardware of an IoT product is manufactured successfully, the next step is to develop its firmware to make the hardware run and interact with the software. - Edge Computing
Instead of Cloud Computing, we recommend edge computing for IoT product data capturing. Using edge computing, the data can be produced at the edge of the IoT network and can be used for intelligent decision making. - Application Development
Once the product is ready, you can create an IoT application that can interact with the IoT device to take any action. For example, a mobile app can be used to turn the smart IoT-enabled light on or off.
What are the phases of IoT Product Development?
- Identify the use case and run feasibility analysis
Firstly, it is essential to identify the challenges and problems that you are looking to solve with an IoT product. Once you have identified challenges, the next step is to determine the use case and how it will fit your business operations. Run a feasibility analysis test and evaluate the need for the IoT product idea. - Design a Technical Architecture
A mechanical, electrical, cloud, firmware, mobile and database architecture is created to ensure that the IoT product meets the market requirements and usage factors. - Proof of Concept
Once the architecture is ready, you can develop a rapid prototype using the software and off-the-shelf hardware. To understand how the product would work, you can create a low-fidelity and quick turnaround prototypes that can help you avoid pitfalls later in the development stage. - IoT Product Development
Based on the feedback received for the prototype, the development of an IoT product can be started using the technology stack required for the project. Testing can be done at every phase of the development to ensure that the product is continuously tested throughout the development.
Insights
How to transform Asset Management with IoT?
Implementing IoT in Asset Management helps manage assets efficiently by reducing operational costs and maximizing productivity with real-time data.
How to build an IoT-based EV Charging app using AWS IoT?
Here’s the complete guide on building an IoT-enabled EV charging app leveraging AWS IoT services.
AIoT – Integration of AI with IoT
A digital twin is a virtual representation of physical objects or processes that serve as the digital counterpart.
