The IoT has traditionally connected stationary devices such as surveillance cameras or environmental sensors. But as more parts of the IoT move, either independently (such as drones or vehicles) or with us (such as wearables or mobile devices), the challenge increases for managing deployments to ensure continuous operation. Current management platforms have mostly been designed on the assumption that devices are stationary and are only now grappling with the challenges of a dynamic IoT or ‘internet of moving things’ (IoMT). This requires real-time control and consistent service continuity while connected devices move between edge locations. Enhancing capabilities between devices, edge and cloud can ensure more energy efficient IoT deployments and present new monetization opportunities. This Catalyst aims to demonstrate how to replace current manual operations by developing automation solutions to enable autonomous control and optimization of IoT service delivery operations. The goal is to show how such an approach can improve network support for existing use cases while also providing an infrastructure suitable for future dynamic applications. In demonstrating these automated management capabilities for the IoMT, the Catalyst hopes to remove barriers to autonomous and sustainable IoT ecosystems. Managing the challenges of the IoMT and the new fluidity of the device ecosystem will place more demands on IoT platforms and infrastructure. But, with the introduction of advanced automation capabilities to manage seamless service delivery, device and control management will become more effective and energy efficient. The result will be an autonomous and dynamic IoT in which devices can operate both intelligently and sustainably.