Need help making a high level block diagram for a scalable IoT application scenario

We are now gaining a good understanding of the available communications and connectivity technologies for loT. The aim of this activity is to plan the communications and

connectivity for a distinct

For the application Vehicle Asset Health identified in the image,

What functionality is needed for this application? What should be sensed$,$ what processing is needed and what actuation is possible?

What web services would you need to structure to implement this?

What hierarchical MQTI topics would you use?

To report on this, spend a further hour on your own creating the following. Include this infyour module Pass task submission.

Create a high$-$level block diagram of the scenario, include the all the people, places and things that are involved in the scenario.

Decide what wireless communications technology to use.

Create a simple data flow diagram showing all the needed communication in this system.

Design two approaches to this application:

Plan a web service based approach to implementing the application$-$level communications for this application. What services would you need?

Plan a hierarchical MQTT application$-$level communications protocol. Think about the identity of users and devices in the system, and plan single$-$level or multi$-$

level wildcards for message filtering.pplication.

Task

Resource mining is a high$-$cost high$-$reward industry, which rapidly adopts new technologies to manage those costs. Io has had a substantial impact on automating mining.

Dassault Systems has produced the following image which summarises thinuse of loT technologies in mining for their GEOVIA modelling software. For us$,$ this provides a nice

case study of the use of loT in an envrionment that needs to be resilient and scalable.