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The application has a simple design, but the work it does is definitely not simple. Some of the features include automating the process of installing the necessary drivers, hardware testing, product license activation, and that’s not all. Once everything is done, a report is generated containing all the necessary information about the tested computer or any problems.    In the application, CZC.cz employees have an overview of all orders from the PC configurator. They can find information about individual components and the progress of testing. The company already offers a PC configurator, which is a handy tool when ordering various computer components on the czc.cz website. Each computer “created” in this way will be processed and tested by our application.  Our developers worked with .NET Core during the back-end development and in the Vue.js framework during the front-end creation. Interestingly, you probably won’t find a similar system in the Czech Republic anywhere else, maybe not even in the world.   

We developed a web application that met all the parameters of a standard reservation system. The user-friendly design makes it very easy to use – for both clients and administrators. Reservation is done simply by selecting a date in the calendar, then the system asks for the time range in which the client needs the room. Half an hour after the end of each booked date is reserved for cleaning. The booking system automatically discards these thirty minutes and does not offer them as available for booking. Upon completion of the booking, the booker will receive a unique six-digit pin code via email. When entered, the smart lock on the office door will unlock at the given times and the whole process is complete. All you have to do is tap the correct number combination on the touchscreen panel (Raspberry Pi). Even the firmware of this lock was developed by us. As is our habit, we worked with .NET Core for the back-end development and the front-end was created in the Vue.js framework.

Communication between doctor and patient is enabled either by chat or video call. A very useful feature is the „automated conversation“. This offers the patient questions that are pre-selected by the doctor himself, and the answers show the most likely diagnosis. The patient will quickly find out what is bothering him and save himself and his doctor time.   Of course, each patient enters details of his or her health status at registration, including previous medical interventions, medications and other necessary information. This way, the doctor always has everything important in one place and knows what he or she is working with.   We have developed the app in web and mobile versions. While developing the web app, our programmers worked with VueJS for the front-end and .NET Core for the back-end. The mobile, which is available on both Apple and Android devices, was created using the Xamarin framework.

We created software for both the GSM module and the mobile app. The microchip in the pump transmits information about the water temperature, the environment, the flow rate, or the pressure to the phone. When connecting the app and the pump, it is necessary to go through a registration process, during which the eSIM must be activated. The pump has several modes. The simplest is the Manual mode. It operates when switched on via the app (or a button on the pump itself). Another option is the Schedule mode, where users can easily pre-set the run times of the pump. The Automatic mode works by pressurizing the pipe when the pump is switched on and then monitoring the pressure drop. If the pressure is too high, it will automatically switch off. Fourth and last is Smart mode, in which the pump detects when to run based on the data from its recent operation. It takes into account the normal schedule, the weather (water vapour from the ground after a rain) or whether the user has used the water outside the normal schedule. Our developers have previously created a mobile app for Einhell to control robotic lawn mowers. Now they have modified it so that the user can add a smart pump as well. The app is very easy to use, its design is clear and intuitive. During its development, our developers worked in the C# coding language and used the Xamarin framework, which allowed them to develop for both Android and iOS.

We developed a web-based application for the dispatch centre. The web app is user-friendly and easy to work with. Thanks to the integration with Google Maps, the location of all the vehicles is visible, so assigning drivers to customers is easier. It is not necessary to handle each order separately. Individual journeys can be merged and it is also possible to work with repeat or return journeys. Our developers worked with .NET for the backend and Vue.js for the frontend when developing this application. The mobile app is developed for drivers and assistants. They will find a list of rides for each day, and by clicking on a specific item they will find all the necessary information including the route. The app is available on Google Play. Xamarin was used to develop it.

Our developers created a user-friendly web app that met the client’s requirements. Users now have a clear overview of the necessary data related to individual contracts. They also receive notifications when a contract is about to expire. That enables them to finish everything on time without forgetting important dates. When they click on a specific customer and select their specific brand, they will see a report with all the details and individual campaigns. Overall, the app is very clear and easy to work with. Everything is divided into different sections, so each user can quickly find exactly what they need. When developing the backend, the developers worked with .NET Core and used Vue.js for the frontend.

The website we created was put to a big test right from the start. As expected, many hacking attempts were made as soon as the site was launched, but none of them were successful. This is thanks to the security measures and layers that protect the site against hackers. We monitor all attacks and the smooth operation of the site.   The project was consulted with the Chamber of Deputies Office team during the development and we gradually modified the look and functions of the site as the client honed their vision. The site is clean, organized and easy to navigate for visitors. This is also true for foreign visitors, who will find all the content in English and French. Anyone can read about what the Presidency entails, get the necessary contacts or check the dates and programme of upcoming events.   We used WordPress for the development of the site and made sure that it is easy to manage for our customers. We structured the administration in such a way that working with the website content is very simple and clear.

Our developers developed the Fox & Muse web app. When registering, each user has to enter their passport or ID/driver’s license information, which allows the system to verify their identity. It will also check the user’s criminal record to prevent the registration of people who, for example, have been convicted of sexual harassment, thus guaranteeing the safety of other clients. The registration fee can easily be paid through the Stripe payment gateway, and this also applies to any other payments. In exchange for every dollar spent, the app then credits accounts with loyalty points, which can be further used to buy luxury lingerie for women, whether the lady buys it herself or gets it from a suitor. The app includes the ability to simply chat with other users, of course, but it’s not a problem to use the call or video call feature as well. You can easily set up how far the dating app should show the location of people on the map. We also programmed an administration application for our client, thanks to which he manages the system (purchases with loyalty points, blacklists of unsuitable users, etc.). We used Vue.js technology for the frontend and .NET 6 for the backend to develop both applications.