What is IoT Solutions development life cycle?
Everything occurs with an idea. Whether it is pin or pen, someone must have thought about the idea before the launch of the final product. The process of conception to product is known as the Product Development Life Cycle. An IoT solution development lifecycle consists of both software and hardware development. We all are already aware of the software development life cycle, but the hardware part is still not very much cleared. Although the hardware part of a IoT solution requires a complete understanding of the product, sensors, firmware ,circuit design, etc. Let’s understand the stages involved in development of an IoT solution.
Inception: Understanding, Gathering, and realizing the possibility.
Every project gets started with understanding and getting a list of precise requirements. Discussing the idea with the customer and gathering what he actually wants to achieve with the project is the initial step for the development life cycle. The client is brainstormed with questions related to the project considering power and size estimates and a complete document is created for the requirements. After understanding the idea and gathering the requirements, we analyze the possibility of the project.
Design: Transformation of the idea into a circuit design.
Soon after gathering the requirements, the next stage is to design. A team of engineers starts transforming the idea with specific technologies, software, circuit design, algorithm, and other essential components. In this step, the right connectivity solution for your IoT product is identified, based on the go-to-market strategy. A walk through of cost, battery life, range, and other important factors is given which helps the client to determine which solution will work with the product.Everything from the ratio of cost/ performance with solutions to the designers’ challenge, is discussed
Review: Reviewing the circuit design and functionality at every point.
Throughout the project, Schematics, layouts, software algorithms and mechanical aspects of the product are reviewed from time to time. It is a crucial stage as the product’s reliability in the future depends on reviewing the loopholes and making it feasible to use in critical conditions. It is important to review the project throughout because it helps in improving manufacturing and performance of the product. It also reduces the project cost. The project review phase not only helps in the development phase but also helps in making the product user friendly.
Prototype: Building a Proof of Concept.
The prototype of the actual product is built during this phase. The embedded boards, development kits, sensors, simulators, modules, etc. are tested with the firmware written .In the journey till today we have created modules which help us with rapid prototyping. The prototype is developed, keeping in mind the targeted form factor , cost/performance ratio and the design of the enclosure body for the product. This prototype is made with strong quality material as they are required for prototype testing too.
Testing and Validation: Testing the prototype and validating it with the customer
After the prototype is complete, the next step is to test it with various conditions and validate it with its software application and server. The prototype and its application is validated before taking it forward for manufacturing processes. The different parameters of the hardware such as signals, voltages, amplitude,magnitude, temperatures, heat conditions,power consumption etc are tested. The final prototype is the one which the client approves for manufacturing. At the end of this stage,the delivery of the prototypes, design files, test reports, estimates, and a detailed set of future recommendations is done
Manufacturing: Fabrication of the Printed Circuit Board and it’s Assembly.
The product prototype is tested over the assembly line to make the product a success. The manufacturing of the product can be done for bulk products. The test such as stress testing, defects identification, individual components testing is performed for the product. After the issues are identified, the reason for the problem is checked, and the rectification of the problem is started. The process of prototype making is done several times till the correct prototype is made without any errors. The final prototype is given for manufacturing purpose.
Maintenance: Product lifetime support.
The development of the product is marked complete at this stage. Now the maintenance part starts. The product needs modifications from time to time to remain up to date with the technologies. The engineers and programmers provide maintenance throughout the product lifetime. You developed the product and now new updates, versions, products with added features, etc. can be enhanced regularly. The firmware updates are provided, and new features are updated every now and then through FOTA. At this stage, the challenge of building an IoT solution is conquered .
Looking for IoT development solutions for your innovative ideas? If yes, then you have landed on the right destination. When it comes to providing the best end-to-end solutions for IoT development, PsiBorg Technologies shines the brightest. We follow the exact IoT development process as explained above and make sure that every stage is perfect before moving to the next stage. You can rely on us for everything which is needed in IoT development as we have collaborated with different trustworthy vendors providing various services. So, what are you waiting for, connect today!