Let us begin our analysis with a brief example of financial technology processes.

First, let us take the example of QR payments and transfers, one of the most widely used

payment methods today. We can see how the process works in the images on our page. While this process is complex and multifunctional, it can be said to be more user-friendly compared to previous applications. We could gradually expand the steps of the process. However, we have chosen to follow a more understandable approach by trying to present it in the simplest and clearest way possible.

When considering transaction costs, commission rates can be determined by financial actors. Every payment or transfer incurs a cost, and it is considered important for the development of the current financial system that this cost is borne by the contractor. Financial customers pay the costs through commission rates. However, finorys; priority is not cost but maximising benefit analysis. The more beneficial a financial transaction is, the more useful it should be in terms of cost accounting.

Another aspect of today;s transactions is that they necessitate the use of technological devices. While every technological device contributes to our world in terms of energy consumption, it also limits our dependence on technology and our ability to define our comfort zone within certain boundaries. If you have a financial application, you are a financial actor. If you have a financial account, you are a financial actor. If you have technological devices that can use financial instruments, you are a financial actor.

However, thanks to the use of finorys algorithmic encryption, we aim to reduce the current

payment system to a single step. By moving away from complex structures, we aim to make life more liveable with finorys algorithmic encryption, which is simple, understandable and accessible to everyone.

It is possible to transfer money to any region in the world with a single password. Thanks to algorithmic passwords generated specifically for each individual, it will be possible to make money transfers that can be used at ATMs or within the existing financial system. We aim to reduce the complex sets of operations shown in the graphs on our page to a single operation and convert them into encrypted passwords. While striving to achieve this goal, we want to make it available to all financial actors and offer usage alternatives created by various differences through micro-level field studies.

Thus, while aiming to keep transaction costs at a minimum, we also aim to simplify

transaction sets and make them available to financial users of all ages.