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IoT Hardware Prototyping

Take all your hardware prototypes from start to completion with us.

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Experiment and execute your ideas into polished product’s preliminary accounts through our IoT Hardware Prototyping service. We help with the management and censoring of the prototype development, which is the foremost step in the creation of your successful IoT product. Connect all of your projects to the device with the aid of our employed latest technologies and skills of IoT developers. It is not a task that can be done by anyone. Instead, we are here to offer you the best help.
 
From the user interface and backend software to system connectivity, we have devised a methodology for each stage and method. We did so to enable you to gather insights and solving of your challenges. Validate your business easily by testing your concept through an IoT prototype so that it can be matched to your targeted audience.

We Employ Only The Cutting-edge Tech

- KNX
- Raspberry PI
- Beacons
- Crestron
- Miniature Boards
- NodeMCU

Make The Most Of Our IoT Hardware Prototyping

Cost and Time Effective

IoT Hardware Prototyping at our company is done not just in one way but in many to save customers time and money. We don’t take extra time in the light of service delivery, nor do we cost you hidden charges in the name of post-deployment.

Insightful Data Gathering

Our design aspect is focused on data collection. The connectivity put forward the latency level. We offer robust solutions with no worries of insufficient range, overheating, and battery running issues.
Wide Spectrum Of Sensors
IoT device is made up of sensors that help in the gathering of data and the evaluation of the surroundings. From humidity, pressure, smoke, vibration, gas, radiation, speed, closeness, and GPS position to expedition, elevation, and temperature, we can build sensors that can count all factors.
Enhanced Speed
IoT Hardware Prototyping offers applications with fast speed. The company is able to offer such solutions due to its access to an advanced tech stack and the expertise of the developer who toils their efforts.
Powered Functionality
We don’t just create for you robust IoT Hardware Prototyping solutions; instead offer you real insights to help you decide whether you should opt a different IoT protocol or need ultimate restructuring.

All We Can Do For You In IoT Hardware Prototyping

1) Development Kits (DKs)
If you want an easy and user-friendly solution for IoT Hardware Prototyping, the Development Kits is the solution for it. Optimize your application’s expandability with us and add use it for all short time and limited feature needs.
2) Mass Production Modules (MPMs)
If you are in search of a solution for mass production, then such mass production modules are the only way around it. With a life of 5-10 years, they offer optimization and sustainability of quite a kind.
3) MPM Evaluation Kits (EVKs)
If the mass production module complements you, but you wish to have an expanded version of it, then MPM Evaluation Kits can do that for you. Debug, develop, and work on IoT solutions with it.

Leaders in IoT Hardware Prototyping

With added years of experience and valued professionals in IoT Hardware Prototyping on board, we have provided sustainable IoT Hardware Prototyping solutions to multiple users across the industry. Choose us for the best development.
 
We own the power to meet your needs exactly where you want us to. From firmware development and elevated quality to manufacturing designs, we accomplish it all with our IoT Hardware Prototyping.

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Technologies We Work on

FAQs For IoT Hardware Prototyping

The development process of IoT prototyping follows an unconventional production methodology, which asks for creativity.

Well, yes, but in order for your IoT software to work with utmost viability, we need to work on the prototyping of your IoT product.

From Raspberry Pi, Arduino, Pycom, Particle, and SODAQ to Adafruit, SparkFun, and Espressif, we employ only the best IoT hardware platform.

Through the iterative process of hardware prototyping experiments and implementing design ideas into a product’s preliminary version is IoT Hardware Prototyping.

Our IoT hardware includes multiple devices for routing, sensors, and bridges. Therefore, onboarding us for your IoT Hardware Prototyping means added security, system activation, and additional features.

There are four components of an IoT system Sensors, Connectivity, Data Processing, and User Interface.

Building The Future, One Line Of Code At A Time

1. Requirements Gathering

The project team will identify and document the requirements for the completion of the project, including functional, technical, and non-functional requirements. The process involves conducting stakeholder interviews, analyzing existing systems, and reviewing industry standards and best practices.

2. Design And Architecture

Once the requirements are gathered and documented, our project team will initiate the design and architecture phase. This involves creating high-level mobile app designs, including technical components, network architecture, security requirements, and data flow diagrams.

3. Development And Coding

After the design and architecture phase, the project team will begin developing the software and coding the mobile app. This includes unit testing, integration testing, and debugging to ensure the code meets the requirements and is free of bugs.

development

4. Quality Assurance And Testing

In this phase, the project team will conduct various types of testing to ensure the mobile app meets the requirements and complies with high-quality standards. This includes functional testing, performance testing, security testing, and user acceptance testing.

5. Deployment And Implementation

Once the mobile app has been tested and verified, the project team will begin the deployment and implementation phase. This involves installing the software, configuring hardware and network components, and migrating data from existing systems to the new solution.

6. Monitoring And Maintenance

After the mobile app is deployed, the project team will continue to monitor and maintain the system to ensure it performs optimally and meets ongoing business needs. This includes conducting regular system updates, monitoring app performance and security, and addressing recurring issues or bugs.

7. Enhancements And Upgrades

As the business needs to evolve, the mobile app will require enhancements or upgrades to keep up with the new trends. The project team will work with stakeholders to identify these needs and create a plan for implementing the changes.

Building The Future, One Line Of Code At A Time

1. Requirements Gathering

The project team will identify and document the requirements for the completion of the project, including functional, technical, and non-functional requirements. The process involves conducting stakeholder interviews, analyzing existing systems, and reviewing industry standards and best practices.

2. Design And Architecture

Once the requirements are gathered and documented, our project team will initiate the design and architecture phase. This involves creating high-level mobile app designs, including technical components, network architecture, security requirements, and data flow diagrams.

3. Development And Coding

After the design and architecture phase, the project team will begin developing the software and coding the mobile app. This includes unit testing, integration testing, and debugging to ensure the code meets the requirements and is free of bugs.

development

4. Quality Assurance And Testing

In this phase, the project team will conduct various types of testing to ensure the mobile app meets the requirements and complies with high-quality standards. This includes functional testing, performance testing, security testing, and user acceptance testing.

5. Deployment And Implementation

Once the mobile app has been tested and verified, the project team will begin the deployment and implementation phase. This involves installing the software, configuring hardware and network components, and migrating data from existing systems to the new solution.

6. Monitoring And Maintenance

After the mobile app is deployed, the project team will continue to monitor and maintain the system to ensure it performs optimally and meets ongoing business needs. This includes conducting regular system updates, monitoring app performance and security, and addressing recurring issues or bugs.

7. Enhancements And Upgrades

As the business needs to evolve, the mobile app will require enhancements or upgrades to keep up with the new trends. The project team will work with stakeholders to identify these needs and create a plan for implementing the changes.

An Overview Of Our Mobile Solutions Portfolio

4500+

Apps Developed

2200+

Website Designed

2700+

Happy Clients

1000+

Developers

120+

AI & IoT Solutions

140+

Games Developed

120+

Salesforce Solutions

40+

Data Science

Free Consultation

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