Connectivity gaps while operating across rural, suburban, and forested regions, resulting in unstable terrestrial (TN) performance and occasional service degradation

Conditions disrupted digital workflows, increased operational complexity, and made it difficult to ensure consistent telemetry and remote monitoring

They required a solution that could intelligently maintain uptime, avoid false switching, and seamlessly fall back to satellite (NTN) when TN signal quality deteriorated

MOVE was deployed across six test campaigns with Janssen between July and September 2025

Use Case: Ensuring stable, intelligent connectivity for mobile assets and operational field teams

Integration: AI-assisted WAN switching with LTE/5G and Starlink NTN fallback

Test Locations: Rural highways, suburban corridors, and urban 5G regions across Southern Germany

Test Duration: ~50 hours of field and lab testing

Outcome: Validated TN stability (~97%), controlled NTN fallback (~3%), and predictable latency across all sessions