Motion Graphics



Virtual queueing systems and apps allow people to wait in line for goods, services, or entry into buildings without physically being present. Instead, they can join virtual lines using their smartphones and receive notifications when it is their turn to enter the building. This reduces the number of people in waiting areas and helps maintain a safe distance between individuals. Additionally, virtual queueing systems can also monitor the number of people entering a building in real-time and adjust the flow of people to ensure that maximum capacities are not exceeded, further supporting social distancing measures. 


User interface of Whoisnext app initial screen is a white minimalist neuomorphic design with a single circular button in the center with the name Whoisnext on it

Neuomorphic design

Neomorphic design refers to a style of user interface design that uses soft, organic shapes, subtle animations, and realistic lighting to create a more natural and intuitive experience. In the context of a virtual queueing app, this can be achieved through the use of graphical elements that resemble physical objects and mimic real-world interactions.

This approach makes the virtual queuing process more visually accessible and easier to understand, reducing frustration and confusion for users. Additionally, neomorphic design can also help to create a more engaging and visually appealing experience, encouraging users to use the app regularly and making the virtual queuing process a more enjoyable experience.

Contactless queuing

Using QR codes makes the virtual queueing process quick and convenient for both users and venue staff. It eliminates the need for manual checks or confirmation, reducing the risk of error and improving the overall efficiency of the process. Additionally, QR codes can be easily generated, scanned, and tracked, providing a secure and reliable way of tracking virtual lines and ensuring that the process is fair and equitable for all users.

Nike Run Shield
FVeC Story