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Commed I A

Virtual Waiting Rooms for Websites

Managing traffic peaks helps prevent the disruption caused when large numbers of users try to access a web platform within a short period of time. It reduces the risk of unexpected crashes and helps ensure a smooth, reliable browsing experience.

With our Virtual Waiting Room solution, whenever a website receives more visitors than it can handle, excess users are automatically redirected to an online queue and then returned to the original website in order of arrival, at a controlled access rate.

Commed I A has partnered with Queue-Fair to improve the user experience on high-traffic web platforms, including public-sector portals, through the implementation of Virtual Waiting Room technology.

Managing Traffic Peaks on E-commerce Websites

Virtual Waiting Room technology offers significant benefits for e-commerce platforms.

More traffic can mean more sales and greater revenue, but it also puts additional pressure on servers, increasing the risk of slowdowns and unexpected crashes.

A Virtual Waiting Room not only helps manage high volumes of traffic, but also keeps customers informed with real-time updates on their position in the queue and the estimated time remaining before they can access the website.

What Are the Benefits of a Virtual Waiting Room?

Commed I A also uses Queue-Fair’s Virtual Waiting Room solution across institutional websites, private-sector platforms and e-commerce websites. Reliability is a key part of the digital experience: websites that fail during peak traffic can quickly undermine user trust, with a direct impact on conversions, sales and brand reputation.

Virtual Waiting Room: case study

Commed I A first implemented the Queue-Fair solution on the Step One 2019 portal, the national platform created to manage online applications for recruitment procedures launched by central and local public administrations.

In this case, the Virtual Waiting Room enabled the platform to manage traffic peaks effectively by redirecting users away from overloaded web servers into an online queue and gradually returning them to the website according to their position and the available capacity.