Miradore, data roaming, mobile device management, enterprise mobility, data loss prevention, VPN per-app, containerization 1. Introduction Mobile devices frequently switch between trusted corporate Wi-Fi, public hotspots, and international cellular roaming networks. Each transition introduces risks: unencrypted traffic, man-in-the-middle attacks, unauthorized data synchronization, and excessive data usage costs. Miradore (now part of GoTo’s MDM portfolio) provides IT administrators with granular controls over data roaming behavior —i.e., what data is allowed to transmit, sync, or back up when a device is not on a trusted network.
| OS | Setting | Effect | |----|---------|--------| | iOS | allowRoamingCellularData = false | Blocks all cellular data when roaming; Wi-Fi only | | Android (Work Profile) | roamingSyncDisabled = true | Prevents work apps from syncing on roaming networks | | Windows 10/11 | BlockRoamingData = 1 | Disables background data while roaming; foreground apps allowed only with user consent | miradore data roaming
Author: [Your Name/Affiliation] Date: April 14, 2026 Abstract As enterprises adopt mobile device management (MDM) solutions to secure corporate data across distributed workforces, the concept of data roaming —the seamless and secure transfer of device data across different network environments—becomes critical. Miradore, a cloud-based MDM platform, implements data roaming policies to control how corporate and personal data flows when devices move between Wi-Fi, cellular, and roaming carrier networks. This paper examines Miradore’s approach to data roaming, including policy configuration, containerization, VPN enforcement, and compliance monitoring. We analyze how Miradore balances user productivity with data loss prevention (DLP) across iOS, Android, and Windows devices. The paper concludes with best practices for implementing data roaming restrictions in Miradore for regulated industries. Miradore (now part of GoTo’s MDM portfolio) provides