This webinar explores how private 5G connectivity is helping organizations accelerate robotics and automation deployments in industrial environments. Experts from Celona, Digi, and INS discuss the wireless connectivity challenges faced by AGVs, AMRs, and industrial robots, and explain how private 5G delivers the coverage, mobility, reliability, and performance needed for large-scale deployments. The session highlights real-world use cases, key deployment considerations, and how private 5G can support the next generation of industrial automation.

• Robotics adoption is accelerating across manufacturing, warehousing, and industrial operations, creating demand for wireless networks that can reliably support large numbers of mobile autonomous devices.
• Traditional Wi-Fi networks often struggle with roaming, interference, and coverage consistency, making it difficult to support mission-critical AGVs, AMRs, and industrial robots at scale.
• Private 5G provides seamless mobility, predictable performance, and broader coverage, enabling robots and autonomous vehicles to move throughout facilities without connectivity interruptions.
• Reliable connectivity is critical for robotics applications that depend on real-time telemetry, machine vision, remote monitoring, and continuous communication with operational systems.
• Successful deployments require an ecosystem approach, combining private 5G connectivity, robotics platforms, edge computing, and integration expertise to simplify implementation and accelerate time to value.
• Real-world deployments demonstrate how private 5G can improve operational efficiency, support automation initiatives, and provide the foundation needed to scale robotics across complex industrial environments.
• Overall message: Organizations looking to expand robotics and automation should treat connectivity as a strategic enabler, with private 5G delivering the mobility, reliability, and performance needed for next-generation industrial operations.