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White PaperEngineering the Future of Edge AI
Use CaseCybersecurity
Answering the need to secure connected systems in a regulated environment Kontron offers a wired range of security products. Regardless if security assessment brown or green field Kontron has the adequate answer and, as always, deeply integrated into the embedded hardware.
Use Case5G Connectivity
Ultra-reliable, low-latency 5G networks for real-time automation, AI-driven operations, and mission-critical applications—delivering secure connectivity, seamless mobility, and machine-to-machine communication for the most demanding industries.
Use CaseKontron & Eyeson Tactical Edge
Resilient UxVs/AI/Teams Collaboration Embedded in Rugged Modular Computing
Use CaseCyber Resilience Act Solutions for Embedded and Edge Systems
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.
BrochureMotherboards Product Facts
Kontron offers a comprehensive portfolio of high quality, long-term available and competitive motherboards – designed and made in Germany. From compact Mini-STX up to full-sized ATX form factor for various applications from diverse vertical markets like Industrial Automation, POS/POI, KIOSK, Digital Signage, Medical, Casino Gaming, Video Surveillance or Transportation.
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%.