While the "Intranet of Things" approach offers flexibility and modularity, it also comes with potential limitations compared to more centralized control systems. One drawback is the reliance on network communication for coordination between devices. In a complex experimental setup with numerous components, network latency or connectivity issues could introduce delays or disruptions in data transmission, impacting the real-time control and synchronization of experiments.
Another limitation is the scalability of the system. As more devices are added to the network, managing and coordinating communication between them can become increasingly complex. Centralized control systems may offer more streamlined management of a large number of devices, especially in experiments requiring precise timing and coordination between multiple components.
Additionally, the "Intranet of Things" approach may require more technical expertise to set up and maintain compared to centralized systems. Configuring network settings, ensuring compatibility between devices, and troubleshooting network issues could pose challenges for users who are less familiar with networking concepts.