But it doesn’t mean it is ready to be sold or to be tested on the street, since it needs many iterations before the final version is complete. A hi fi prototype may move back and forward, and detect some small obstacles. Now, if we talk about the robot that can guide blind people on the street. It’s not the final version, and it may not be functional 100%, but it allows to test its features and imagine how the final version would look like. The high fidelity version will allow the startup to use the app in a single device, maybe a phone, tablet or computer. If we go back to the example of the app we said before. This is a closer version of the final product that will be manufactured and sold. On the other side, we have the high fidelity prototype. You can create a low fidelity prototype by yourself, or hire a company that develops prototypes. But since it is a low fidelity version, it won’t have moving parts. Let’s say you want to have in your hands the physical version of a robot that guides blind people. Then, you ask for a basic version of the app that can show through a storyboard, drawings or sketches how this will look.Īnother option for a low fi prototype (as it is also known) is, you get an incomplete model of your product. You have the technology, but not the app. Imagine you have an idea for a new app or hardware device that will control the doors of an office. Let’s check the difference between the two.Ī low fidelity prototype or lo fi prototype is the most basic model or example of a product that is going to be tested. There are two methods to create this: high fidelity and low fidelity prototype. Usually, when a startup wants to create a solution for the market, it’s necessary to build a prototype. This process brings significant benefits for your startup, and we want to explain to you here what are the pros and cons of developing a low fidelity prototype. Low fidelity prototype is something many people try to understand and to carry out by themselves.