Communicaton systen and method for infrastructure fault detection with coordinated public safety and enterprise notification

1 . A server, comprising:

an electronic processor operationally coupled to a prioritization engine to provide processor controlled prioritization analytics, the processor controlled prioritization analytics configured to:

receive a plurality of parsed sensor data bundles (PSDBs), each parsed sensor data bundle (PSDB) identifying a fault associated with each of a plurality of different sensor sources of a particular infrastructure of interest (PII);

generate a first rating for each of identified fault by comparing each identified fault to a predetermined diagnostic profile associated with the PII, the predetermined diagnostic profile including enterprise fault thresholds for the PII and public safety (PS) fault thresholds for the PII;

generate a second rating based on a weighted cumulative total of the first-ratings, the first-ratings being algorithmically combined to produce the second rating;

compare the second rating to a predetermined cumulative threshold stored in the predetermined diagnostic profile;

generate an enterprise-only notification in response to the first rating exceeding the enterprise fault threshold, the enterprise-only notification including parsed sensor data for each identified enterprise fault;

generate a PS-only notification in response to the first rating exceeding the PS threshold, the PS-only notification including parsed sensor data for PS fault; and

generate a combined PS and enterprise notification in response to the second rating exceeding the predetermined cumulative threshold, the combined PS and enterprise notification including a user selectable option for retrieval of parsed sensor data for each of enterprise and PS faults, the combined PS and enterprise notification.

2 . The server of claim 1 , wherein the combined PS notification and enterprise notification is communicated to both a user interface of a PS portable radio and a user interface of an enterprise portable radio.

3 . The server of claim 1 , wherein the combined PS and enterprise notification is configured to prevent access to private information within the parsed PS sensor data and raw PS data while allowing access to non-private information within the parsed PS sensor data and raw PS data.

4 . The server of claim 1 , further providing:

for the enterprise-only notification, an enterprise user selectable option to view raw sensor data associated with the identified enterprise fault;

for the PS-only notification, a user selectable option to view raw sensor data associated with the identified PS fault; and

for the combined PS and enterprise notification, further including a user selectable option to view raw sensor data associated with each identified PS and enterprise fault.

5 . The server of claim 1 , wherein the first rating is further determined by correlating each detected fault to a context-based classification (CBC) type stored in the predetermined diagnostic profile and associated with the PII.

6 . An enterprise portable radio, comprising:

a controller having a processor configured to:

request, from a server, permission to access both sensor based enterprise fault data and sensor based public safety fault data associated with a particular infrastructure of interest (PII); and

receive, from the server and in response to the request, a combined public safety (PS) and enterprise notification, the combined PS and enterprise notification providing access to both the sensor based enterprise fault data and the sensor based public safety fault data when a weighted cumulative total, determined by the server, of all detected enterprise faults and detected PS faults exceeds a predetermined cumulative total associated with the PII, the combined PS and enterprise notification providing user selectable retrieval of parsed sensor data for each identified enterprise fault and each identified PS fault.

7 . The enterprise portable radio of claim 6 , further providing a user selectable option to view raw sensor data associated with each identified PS fault and enterprise fault.

8 . A communication system, comprising:

a server configured to:

receive a plurality of parsed sensor data bundles (PSDBs) each parsed sensor data bundle (PSDB) identifying a detected fault condition of a particular infrastructure of interest (PII); and

generate a first rating for each detected fault condition based on predetermined enterprise fault thresholds and predetermined public safety (PS) fault thresholds associated with the PII;

determine a second rating based on a weighted cumulative total of all the detected fault conditions which exceed the predetermined enterprise fault thresholds and predetermined PS fault thresholds;

a portable radio in communication with the server, the portable radio receiving one notification, from a plurality of notifications, comprising:

an enterprise-only notification in response to the first rating exceeding the predetermined enterprise fault threshold, the enterprise-only notification comprising parsed sensor data for the detected enterprise fault, along with an enterprise user selectable option to view raw enterprise data associated with the detected enterprise fault;

a PS-only notification in response to the first rating exceeding the predetermined PS threshold, the PS notification including parsed sensor data for the detected PS fault, along with a user selectable option to view raw PS data associated with the detected PS fault; and

a combined PS & enterprise notification in response to the second rating exceeding a predetermined cumulative threshold, the combined PS and enterprise notification comprising user selectable retrieval of the parsed sensor data for each detected enterprise and PS faults.

9 . The communication system of claim 8 , wherein the

the combined PS & enterprise notification, further comprises:

a user selectable option to view raw sensor data associated with each identified PS fault and enterprise fault.

10 . A communication system, comprising:

one or more sensors coupled to one or more infrastructure items;

a computing device having a processor and a fault detection and bundling analytics engine providing first-tier processing, the processor configured to:

receive real-time raw sensor data inputs from the one or more sensors, the real-time raw sensor data containing information on at least one of the one or more infrastructure items;

identify a particular infrastructure item (PII) from the real-time raw sensor data;

detect one or more fault conditions for the PII;

generate, via the analytics engine, a parsed sensor data bundle (PSDB) to identify each fault condition associated with the PII;

communicate the PSDB bundle to a prioritization engine (PE);

a second computing device having a second processor and a prioritization engine providing second-tier processing, the second processor and prioritization engine configured to:

receive the PSDB;

generate a first rating for each detected fault condition by comparing each fault to a diagnostic profile, the diagnostic profile including fault thresholds for enterprise and fault thresholds for public safety;

determine a second rating based on a weighted cumulative total for all detected enterprise faults and all detected PS faults for the PII;

compare the second rating to a predetermined cumulative threshold; and

generate an enterprise-only notification in response to the first rating exceeding the enterprise fault threshold, the enterprise-only notification including parsed sensor data for the detected enterprise fault along with enterprise user selectable option to view raw enterprise data associated with the enterprise fault;

generate a PS-only notification in response to the first rating exceeding PS threshold the PS-only notification including parsed sensor data for PS fault along with a user selectable option to view raw PS data associated with PS fault; and

generate a combined PS & enterprise notification in response to a weighted cumulative total of all detected faults reported in the received PSDB(s) which exceed the PS and enterprise thresholds for the identified particular PII, the combined PS and enterprise notification including selectable retrieval of parsed sensor data for each identified enterprise fault and each identified PS fault along with a user selectable option to view raw sensor data associated with each identified PS and enterprise fault.

11 . The communication system of claim 10 , wherein the one or more fault conditions for the PII are predetermined fault conditions stored in a first memory associated with the first computing device.

12 . The communication system of claim 10 , wherein the fault conditions comprise PS fault conditions and enterprise fault conditions stored within a first memory associated with the first computing device.

13 . The communication system of claim 12 , wherein the diagnostic profile is stored in a second memory associated with the second computing device.

14 . The communication system of claim 12 , wherein the PS fault thresholds and enterprise fault thresholds are based on at least one of:

operational parameters associated with the PII; and

operational states associated with the PIIs.

15 . The communication system of claim 10 , wherein the PS fault thresholds and the enterprise fault thresholds are different.

16 . The communication system of claim 10 , wherein the enterprise notification is communicated to a user interface display of an enterprise portable radio.

17 . The communication system of claim 10 , wherein the PS notification is communicated to a user interface display of a PS portable radio.

18 . The communication system of claim 10 , wherein the combined PS and enterprise notification is communicated to both a user interface of a PS portable radio and a user interface of an enterprise portable radio.

19 . The communication system of claim 10 , wherein the combined PS and enterprise notification is configured to prevent access to private information within the parsed PS sensor data and raw PS data while allowing access to non-private information within the parsed PS sensor data and raw PS data.

20 . A method, comprising:

receiving, at a computing device, at least one of a plurality of real-time raw sensor data inputs from at least one sensor source of a plurality of sensor sources, the real-time raw sensor data containing information on at least one or more infrastructure items;

identifying a particular infrastructure item (PII) from the real-time raw sensor data;

detecting one or more fault conditions for the PII;

generating a parsed sensor data bundle (PSDB) identifying each fault condition associated with the PII;

communicating the PSDB bundle to a prioritization engine (PE);

generating a first rating for each detected fault by comparing each detected fault to an associated diagnostic profile, the diagnostic profile including fault thresholds for enterprise and fault thresholds for public safety (PS);

determining a second rating based on a weighted cumulative total of all detected faults of enterprise and PS for the PII;

comparing the second rating to a predetermined cumulative threshold stored in the diagnostic profile;

generating an enterprise-only notification in response to the first rating exceeding the enterprise fault threshold, the notification including parsed sensor data for the detected enterprise fault along with enterprise user selectable option to view the real-time raw sensor data associated with the enterprise fault;

generating a PS-only notification in response to the first rating exceeding PS threshold, the notification including parsed sensor data for the detected PS fault along with a user selectable option to view the real-time raw sensor data associated with the identified PS fault;

generating a combined PS and enterprise notification in response to the second rating exceeding predetermined cumulative threshold, the combined notification including user selectable retrieval of the parsed sensor data for each of enterprise and PS faults; and

generating a further user selectable option to view the real-time raw sensor data associated with each identified PS fault and enterprise fault.

21 . The method of claim 20 , wherein detecting one or more fault conditions for the PII further comprises:

detecting the one or more fault conditions based on predetermined fault conditions for the PII stored in a memory associated with the first computing device.

22 . The method of claim 20 , further comprising:

communicating the enterprise notification to a user interface display of an enterprise portable radio.

23 . The method of claim 20 , further comprising:

communicating the combined PS and enterprise notification to a user interface display of an enterprise portable radio.

24 . The method of claim 20 , further comprising:

communicating the combined PS and enterprise notification to both a user interface display of a PS portable radio and a user interface display of an enterprise portable radio.

25 . The method of claim 20 , wherein the combined notification is configured to prevent access to predetermined private information within the parsed PS sensor data and raw PS data while providing access to non-private information within the parsed PS sensor data and raw PS data.

26 . The method of claim 20 , wherein the combined PS and enterprise notification further provides a user interface for:

displaying a video snippet associated with the PII, the video snippet being generated from the parsed sensor data, the video snippet identifying each PS fault and each enterprise fault in conjunction with a time stamp;

displaying the user selectable option as an icon to view the raw sensor data associated with the identified enterprise fault and the raw sensor data associated with the identified PS fault; and

displaying the first and second rating associated with each identified PS fault and each identified enterprise fault.