One possibility is by tracking how humans handle event exceptions and locking their processing logic and turning this into business logic. This allows one to perform event correlations and to automate exception handling. Here event handling can take the form of rapid response or proactive action. Further, analysis of precursor events (i.e. events that occurred just prior to the exception) could lead to predictive alerts to be raised to circumvent exception situations and thus enable proactive actions to be taken.
If sensors and RF ID technology are the first steps to event capturing and event processing then addition of event analysis and event composition (Complex Event Processing style) is the next step in the evolution with exception based learning and proactive action based event emission may be considered a more advanced step in the process of EDA.
Many transportation companies and carriers and just in time supply chain providers could adopt EDA for rapid response or even proactive action. For example, combining weather based events, traffic flow patterns etc can be used to insure quality of the goods being transported to minimize wastage in transport. Furthermore, containers that transport organic food that does not use preservatives could use special types of "sensors" that detect the emission of gases and chemicals within the shipping container chambers to assess the freshness and the ripeness of the produce. If these events indicate rapid ripening proactive action based events can be sent to these shipping containers to lower temperature etc. to retain the freshness of the produce for transportation with minimum damage. (This example is only illustrative as I am not a expert on this subject.)
It must be noted that traffic and weather based events are combined with information about product preservation rules, correlated and processed to preserve sensitive consumer products to safely and preserve the high quality after this type of behavior has been observed in the human actor and this exception processing logic has been codified for future automation. EDA in this case is utilized for the purpose of tracking human exception processing and then automating this behavior albeit all the while depending on incoming current state events and outgoing proactive actionable events.
It seems very much a plausible use of EDA and so I am curious how many of you are using EDA for solving similar use cases.
As always your input is very valuable.