How Robotics and Automation Use Cases Benefit from Programmable eSIM Technology

Connectivity for the Fourth Industrial Revolution

Robotics, automation, AI, machine learning, and IoT are creating new opportunities across industries, but these systems depend on reliable connectivity to collect and transmit data across different environments. As requirements for security, speed, performance, and cost evolve, businesses increasingly need flexible networking options that can keep devices connected.

Why Robotics and Automation Need Hybrid Networks

No single networking technology fits every robotics or automation application. Wi-Fi, LoRaWAN, satellite, private LTE/5G, and public cellular each offer different advantages and limitations. Combining these technologies can help businesses close coverage gaps and build more complete connectivity solutions.

Manufacturing and Warehouses

Connected machines, sensors, automated guided vehicles, storage systems, and collaborative robots increasingly depend on reliable network access. Technologies such as private LTE and 5G can provide additional security and performance for mission-critical industrial environments.

Agriculture and Last-Mile Delivery

Agricultural robots, sensors, drones, and autonomous equipment often operate in rural areas where reliable connectivity can be difficult to maintain. Last-mile delivery systems face a different challenge: mobile devices need to move between coverage areas while remaining continuously connected.

Programmable eSIM for Always-On Connectivity

Programmable eSIM technology allows network profiles to be managed over the air and can help devices access multiple networks and networking technologies through a single platform. This gives robotics and automation operators greater flexibility as connectivity requirements change.

Build More Flexible Robotics and Automation Connectivity

Download the full whitepaper to explore the networking options and real-world use cases shaping the future of robotics and automation.