The BIMserver.center platform has over one hundred applications and tools. As an example, here are 5 useful features available to all users and designed to increase efficiency in the development of BIM projects.

Free Unlimited Storage

Users can store an unlimited number of projects completely free of charge in the "Filed Projects" gallery. So, what does this all mean?

• Access to BIM models and documentation of all your projects from any mobile, tablet or PC.
• Notification and tracking of changes in real-time and from anywhere in the world.
• A safer and more durable storage system.

Your BIM model in augmented reality

Models uploaded to BIMserver.center can be viewed in augmented reality through the corresponding option of the menu in the BIMserver.center mobile app. This tool allows you to visualise your projects and synchronise them on-site in real-time, or present virtual models to your customers, who can also view them from their mobile or tablet. How does this idea sound? The BIMserver.center app is available for free on the Apple Store and Google Play Store.

• 5 Interesting augmented reality resources in the BIMserver.center app

Multiplatform access to your BIM project data

From the 3D project viewer you can consult the information of the elements stored in BIMserver.center. By clicking or tapping on the “Information” icon on your smartphone, tablet or PC, you can access the updated technical data of walls, floor slabs, columns, pipes, devices, etc.

Recommended Projects

Did you know that you can advertise your project in the "Recommended Projects" list on BIMserver.center? It's a great opportunity to find the missing professional link in your team or promote your project, office or construction company. This allows other platform users to see your projects and collaborate if they like, it is as simple as activating the "Visible" option in the "Edit" menu.

• 5 ways to start a project with BIMserver.center

Animation of calculations

Some programs integrated in BIMserver.center can represent their results directly in the platform's 3D viewer using graphics, deformed curves, or three-dimensional isovalue maps. These results are animated and can be seen moving by pressing the "Play" button.