Emnify launches consumer eSIM solution for mass deployments

Berlin-based IoT connectivity provider emnify has launched a new consumer eSIM solution specifically developed for large-scale deployments. The goal is to significantly simplify the previously complex provisioning and management of eSIMs.

The background is that more and more device manufacturers – such as Apple with its latest iPad models – are switching entirely to consumer eSIMs and eliminating physical SIM slots. This makes it increasingly challenging for businesses to efficiently equip their device fleets with mobile connectivity. emnify addresses this by offering a “zero-touch” provisioning process for eSIMs, removing the need for physical SIM logistics while maintaining full control over connectivity.

Technically, the solution is based on integrating emnify’s backend with common Mobile Device Management (MDM) systems like Microsoft Intune, Omnissa and Jamf. This allows eSIM profiles to be pushed to devices at the click of a button and automatically activated when the device is powered on – with no user action required. This reduces manual steps, minimizes errors and significantly accelerates large-scale rollouts.

A real-world example is Discover Airlines from the Lufthansa Group. The airline uses emnify’s solution to centrally equip new iPads for cabin crew with eSIMs without any staff involvement. “The easy and secure provisioning of eSIMs via mobile device management has greatly simplified large-scale device deployment. This ensures crews always have access to critical applications without complex upfront configurations,” says Jonas Becker, Electronic Flight Bag Administrator at Discover Airlines.

“Our consumer eSIM solution not only delivers the speed needed for rapidly growing rollouts but also gives enterprises complete control over their IoT connectivity,” explains emnify CEO Frank Stoecker. In addition to the eSIM itself, emnify also provides a comprehensive portal with features such as DNS filtering, usage limits and automations based on connectivity events.