System and method of AI assisted search based on events and location

1. A method for independent event or location based search, comprising the steps of:

accessing calendar data and geo-location data of a user, the calendar data of the user specifying an event and a time for the event;

analyzing, using a processor running instructions to implement at least one algorithm, the calendar data and the geo-location data;

dynamically determining a time interval that is earlier than the time for the event;

initiating an automatic search for electronically stored information relevant to the event or a location based on the dynamically determined time interval;

automatically searching for the electronically stored information relevant to the event or a location, wherein the electronically stored information relevant to the event or the location comprises private or semi-private stored documents of the user, wherein searching for the electronically stored information comprises:

determining, using the analyzed calendar data and the analyzed geo-location data, without instructions from the user, an event or location based search request; and

searching, using a processor running instructions to implement at least one algorithm, semi-private metadata stored in controlled access storage and semi-private correlated metadata related to semi-private data that is personal to the user and stored in the controlled access storage wherein the semi-private metadata and semi-private correlated metadata are personal to the user; and

receiving a search result responsive to the event or location based search request;

generating an event-location result using the search result, the event-location result including a reference to a private or semi-private stored document of the user; and

providing to the user the event-location result.

2. The method of claim 1 , wherein the calendar data includes the location and wherein initiating of the automatic search for electronically stored information is further based on

a distance interval a distance from the location in the calendar data.

3. The method of claim 1 , wherein the providing step further comprises the steps of:

categorizing the event-location result based on the calendar data; and

providing the categorized event-location result.

4. A system for independent event or location based search, comprising:

a hardware processor;

a display;

a server, accessing calendar data and geo-location data associated with a user the calendar data specifying an event and a time for the event;

an event-location search engine that uses the hardware processor to run instructions to implement at least one algorithm to:

dynamically determine a time interval that is earlier than the time for the event;

initiate an automatic search for electronically stored information relevant to the event or a location based on the dynamically determined time interval;

automatically search for the electronically stored information relevant to the event or the location, wherein the electronically stored information relevant to the event or the location comprises private or semi-private stored documents of the user, and wherein searching for the electronically stored information comprises:

analyzing the calendar data and the geo-location data;

determining, using the analyzed calendar data and the analyzed geo-location data, without instructions from the user, an event or location based search request;

searching semi-private metadata stored on a controlled access storage and semi-private correlated metadata related to semi-private data that is personal to the user with the event or location based search request, wherein the semi-private metadata and semi-private correlated metadata are personal to the user; and

receiving a search result responsive to the event or location based search request;

generate an event-location result using the search result, the event-location result including a reference to a private or semi-private stored document of the user; and

display the event-location result to the user.

5. The method of claim 1 , further comprising:

dynamically determining a distance interval, wherein the initiating of the automatic search for the electronically stored information is further based on the dynamically determined distance interval.

6. The system of claim 4 , wherein the calendar data includes the location and wherein initiating of the automatic search for electronically stored information is further based on a distance interval a distance from the location in the calendar data.

7. The system of claim 4 , wherein displaying the event-location result to the user further comprises:

categorizing the event-location result based on the calendar data; and

providing the categorized event-location result.

8. The system of claim 4 , wherein the event-location search engine further uses the hardware processor to run instructions to implement the at least one algorithm to:

dynamically determining a distance interval, wherein the initiating of the automatic search for the electronically stored information is further based on the dynamically determined distance interval.

9. A non-transitory, computer-readable medium storing thereon software instructions executable by a processor for:

accessing calendar data and geo-location data of a user, the calendar data of the user specifying an event and a time for the event;

analyzing the calendar data and the geo-location data;

dynamically determining a time interval that is earlier than the time for the event; initiating an automatic search for electronically stored information relevant to the event or a location based on the dynamically determined time interval;

automatically searching for the electronically stored information relevant to the event or a location, wherein the electronically stored information relevant to the event or the location comprises private or semi-private stored documents of the user, wherein searching for the electronically stored information comprises:

determining, using the analyzed calendar data and the analyzed geo-location data, without instructions from the user, an event or location based search request; and

searching semi-private metadata stored in controlled access storage and semi- private correlated metadata related to semi-private data that is personal to the user and stored in the controlled access storage wherein the semi-private metadata and semi-private correlated metadata are personal to the user; and

receiving a search result responsive to the event or location based search request;

generating an event-location result using the search result, the event-location result including a reference to a private or semi-private stored document of the user; and

providing to the user the event-location result.

10. The non-transitory, computer-readable medium of claim 9 , wherein the calendar data includes the location and wherein initiating of the automatic search for electronically stored information is further based on a distance interval a distance from the location in the calendar data.

11. The non-transitory, computer-readable medium of claim 9 , wherein providing to the user the event-location result comprises:

categorizing the event-location result based on the calendar data; and

providing the categorized event-location result.

12. The non-transitory, computer-readable medium of claim 9 , further comprising software instructions executable for:

dynamically determining a distance interval, wherein the initiating of the automatic search for the electronically stored information is further based on the dynamically determined distance interval.