Industry Use Cases
OrbitsIQ Technology in Action
Uninterrupted Connectivity for Agricultural Robotics
51% of German farmers cite inadequate internet coverage as a top barrier to AI adoption (Bitkom & DLG, 2024). A challenge confirmed across 9 EU member states by the European Commission’s Joint Reseach Centre, which found that connectivity gaps directly suppress digital technology adoption rates on farms.
51% of German farmers cite inadequate internet coverage as a top barrier to AI adoption (Bitkom & DLG, 2024). A challenge confirmed across 9 EU member states by the European Commission’s Joint Reseach Centre, which found that connectivity gaps directly suppress digital technology adoption rates on farms.
Challenge
Modern agriculture increasingly relies on connected machinery, real-time analytics, AI-driven automation, and remote operations. However, farming environments often suffer from inconsistent network coverage, limited infrastructure, and operational downtime caused by connectivity gaps.
Product Capability
OIQ MOVE combines terrestrial and satellite networks through AI-driven smart switching to maintain uninterrupted connectivity for agricultural vehicles, sensors, drones, and autonomous machinery.
The platform supports:
- Real-time fleet monitoring
- Precision farming applications
- Remote diagnostics and maintenance
- AI-assisted automation
- Drone surveillance and mapping
- Software and map updates
- Tele-operated machinery
Value
- Increased operational efficiency and crop yields
- Optimized resource usage for water, fertilizers, and seeds
- Reduced downtime through predictive diagnostics
- Reliable connectivity in rural and remote environments
Resilient Connectivity for the Software-Defined Vehicle (AI-defined Vehicle)
The infrastructure for SDVs isn’t there yet. High-quality 5G reaches only 55% of the USA and 50% of EU territory, leaving highways, rural corridors, and cross-border routes chronically underserved.
The infrastructure for SDVs isn’t there yet. High-quality 5G reaches only 55% of the USA and 50% of EU territory, leaving highways, rural corridors, and cross-border routes chronically underserved.
Challenge
Modern vehicles increasingly depend on continuous connectivity for advanced driver assistance systems (ADAS), autonomous driving, telematics, fleet management, and vehicle-to-everything (V2X) communications.
However, maintaining low-latency, resilient, and secure connectivity across urban, highway, and remote environments remains a major challenge, particularly for autonomous and software-defined vehicles operating beyond traditional network coverage.
Product Capability
OIQ MOVE combines terrestrial and satellite connectivity through AI-driven smart switching to ensure uninterrupted, low-latency communication for connected and autonomous vehicles.
The platform supports:
- Real-time sensor fusion and vehicle telemetry
- Secure V2X and vehicle-to-cloud communications
- Remote diagnostics and predictive maintenance
- Over-the-air (OTA) software and map updates
- Fleet monitoring and operational analytics
- Autonomous and tele-operated vehicle connectivity
- AI-powered switching between 5G and satellite networks
Value
- Reliable connectivity across urban, highway, and remote environments
- Improved safety and operational performance for connected vehicles
- Reduced downtime through remote diagnostics and predictive maintenance
- Secure and resilient communications for autonomous mobility
- Enhanced fleet efficiency and real-time decision-making
- Optimized bandwidth usage and connectivity costs through intelligent switching
Challenge
Global logistics and supply chain operations require constant visibility, real-time tracking, and uninterrupted communication across fleets, cargo, warehouses, and transport routes.
Yet logistics providers often face inconsistent connectivity, operational blind spots, delayed data exchange, and limited coverage across remote transport corridors and cross-border operations.
Product Capability
OIQ MOVE delivers resilient multi-network connectivity by dynamically combining terrestrial and satellite communications to support connected logistics operations worldwide.
The platform supports:
- Real-time fleet and asset monitoring
- Cargo condition and temperature monitoring
- Remote diagnostics and predictive maintenance
- Electronic logging and telematics systems
- Video surveillance and operational analytics
- Cloud connectivity for logistics platforms
Value
- End-to-end supply chain visibility across transport modes
- Improved operational efficiency and fleet utilization
- Reduced downtime and maintenance costs
- Enhanced cargo safety, quality assurance, and compliance
- Reliable connectivity across remote and international routes
Challenge
Modern defense operations rely heavily on secure, resilient, and real-time communications across contested, remote, and highly dynamic environments.
Military vehicles, drones, autonomous systems, and tactical operations require uninterrupted connectivity for command and control, ISR (Intelligence, Surveillance & Reconnaissance), logistics coordination, and mission-critical decision-making, even when terrestrial infrastructure is unavailable or degraded.
Product Capability
OIQ MOVE combines terrestrial and satellite networks through AI-driven smart switching to deliver secure and resilient communications for defense and mission-critical operations.
The platform supports:
- Secure Command & Control (C2) communications
- Real-time ISR data and video transmission
- Remote diagnostics and predictive maintenance
- Battlefield logistics and convoy monitoring
- AI-driven network prioritization and resilient failover
Value
- Resilient communications in contested and denied environments
- Enhanced situational awareness and faster decision-making
- Improved mission coordination and operational efficiency
- Reduced operational downtime through predictive maintenance
- Secure and scalable connectivity for autonomous defense systems
- Reliable global communications across terrestrial and satellite infrastructure