Our latest release, AppsAnywhere 3.1 is focused on keeping everyone across institutions informed and in control of their own experience to go to higher levels of efficiency!

Engage and inform users with custom messages before launching applications. Control dialog suppression and deliver important information effortlessly.

Allowing users to customize their experience by selecting themes, the number of apps displayed on the home screen, and ability to remember their preferred app collection (including a new default 'Apps' collection for new users).

Over 70 accessibility enhancements to ensure an inclusive experience for all users.

Stay informed with real-time updates and important announcements outside of product upgrades.

Now supporting even more languages, including Welsh and Saudi Arabian Arabic.

Now built on Rocky Linux 8 to ensure future stability.

This latest release represents a step change in the overall AppsAnywhere experience, bringing together several of the most requested features gathered from customer conversations and feedback sessions. It is the first release with value delivered against each of our product pillars - User Experience, Delivery Methods, Higher Ed, and Analytics - as well as offering AppsAnywhere Cloud.

Improved UI with Dark Mode

AppStream 2.0 Integration

Blackboard Learn Integration

SAML Attribute Mappings

Application Analytics in the Admin Dashboard

Nutanix Frame Integration

Find out more in our resource centre: https://www.appsanywhere.com/resource-centre/appsanywhere-3-0

We understand that not all students have the same devices, which can lead to difficulties with software delivery. We want users to receive the best possible experience regardless of device and our customers to be able to minimize their reliance on expensive VDI solutions. With our new Hardware Detection feature, if a device meets the hardware profile requirements, the application can run locally or virtualise, but if it can’t, then AppsAnywhere could revert to a more appropriate delivery method like VDI for example.

Ability to limit delivery methods using hardware profiles by detecting a device's RAM and dedicated GPU capabilities  

This feature allows running it natively for users whose hardware is powerful enough, while providing a fallback to those who can’t - ensuring that everyone gets a good experience while minimising costs