Use Cases
Our Latest Use Cases
Use CaseBringing Physical AI to the Industrial Edge
Real-time decisions demand real-time intelligence - right where the action is
Use CasePredictive Maintenance with Edge AI
Modern production environments generate enormous amounts of data. Sensors in machines and systems continuously record operating parameters such as temperature, vibration, pressure, and energy consumption. This data forms the basis for new industrial applications—particularly predictive maintenance.
Use CaseIntelligence at the Edge
Purpose-built for industrial automation, medical technology, energy, and intelligent transportation - ready to power mission-critical deployments across industries.
Use CaseAI in Medical Technology
Flexible and reliable industrial PCs for AI-based image analysis, diagnostics, and data-intensive healthcare applications
Use CaseMigrating to FRMCS
The future of rail is digital: Increasing volumes of data, the automation of train operations, and unprecedented security requirements call for a 5G-based system with high bandwidth, advanced end-to-end encryption, and support for ultra-reliable, low-latency communication. Our deep industry expertise and a portfolio of tailor-made end-to-end solutions make us the #1 partner for railway operators during their transition to FRMCS.
Use CaseCyber Resilience Act Solutions for Embedded and Edge Systems
Use Case5G MPN for Video-Driven Machinery
Remotely operate cranes, vehicles, and drilling systems with ultra-reliable low latency (URLLC). Reduce workforce exposure and replace legacy wired control systems. Reduce control cabin footprint by 40% and fibre runs by 30%—without sacrificing safety or performance.
Use Case5G MPN for Security and Quality Control
Deploy wireless HD cameras anywhere on-site, enable real-time AI-powered defect detection, and isolate critical video traffic with network slicing. Reduce manual QA stations by 20–30% and cut cabling infrastructure by 40%.
Use Case5G MPN for Logistics
Keep AMRs and AGVs running with seamless handovers, deterministic low-latency communication, and zero dead zones - even in mixed indoor-outdoor environments. Save up to 60% on cabling and trenching costs, with 70% fewer Wi-Fi disruptions.