1. A computer based method for facilitating the creation and printing of a crisis incident response plan by a user at a client station, the client station coupled to a server station, the server station coupled to a least one data store, the method comprising:
a. receiving at the server station data specified by a user in a set of screen prompts at the client station and gathered using at least one data entry workbook, the screen prompts corresponding to fields of data records in a database having crisis response information, the database having crisis response information stored on the data store, the database comprising information relating to at least one crisis incident, and for each at least one crisis incident the database comprising: tasks to follow, required supplies, persons to contact and resource organizations to contact in the event of an occurrence of the at least one crisis incident;
b. at the server station, causing the user specified data and template crisis response data determined in accordance with expert specified standards to be integrated into the database having crisis response information; and
c. after the user specified data and template crisis response data are integrated into the database having crisis response information, sending to the client station formatted report data generated at the server station from the crisis response information in the database having crisis response information, the formatted report data adapted for printing a report containing portions of the crisis response information at the client station.
2. The computer based method for facilitating the creation and printing of a crisis incident response plan of claim 1 wherein the formatted report data is PDF file data.
3. A server station coupled to at least one client station and first and second data stores each having storage devices, the storage device of the first data store having records storing incident crisis response information, the storage device of the second data store having records storing template crisis response data prepared in accordance with pre-specified standards, the server station comprising:
a. a central processing unit with associated memory;
b. a database software element comprising instructions residing in the memory which, when executed by the central processing unit, causes user specified data received from the client station and gathered using at least one data entry workbook to be incorporated into the records storing incident crisis response information on the first data store, the records storing incident crisis response information comprising information relating to at least one crisis incident, and for each at least one crisis incident the records storing: tasks to follow, required supplies, persons to contact and resource organizations to contact in the event of an occurrence of the at least one crisis incident;
c. a template integration software element, comprising instructions residing in the memory, which when executed by the central processing unit in response to a request from the client station, causes the template crisis response data prepared in accordance with pre-specified standards stored on the second data store to be integrated with the user specified data received from the client station into the records storing incident crisis response information on the first data store; and
d. a report binding software element, comprising instructions residing in the memory, which when executed by the central processing unit in response to a request from the client station, causes a formatted report file to be generated from the records storing incident crisis response information on the first data store.
4. The server station of claim 3 wherein the formatted report file is a PDF file.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A wireless local or metropolitan area network comprising:
a plurality of stations for transmitting data therebetween using a media access layer (MAC), each of said stations having a respective MAC address associated therewith; and
a policing station for detecting intrusions into the wireless network by
monitoring transmissions among said plurality of stations to detect frame check sequence (FCS) errors from a MAC address; and
generating an intrusion alert based upon detecting a number of FCS errors for the MAC address exceeding a threshold.
2. The wireless network of claim 1 wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect failed attempts to authenticate MAC addresses; and
generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address.
3. The wireless network of claim 2 wherein said policing station generates an intrusion alert based upon detecting the number of failed attempts to authenticate the MAC address within a predetermined period.
4. The wireless network of claim 1 wherein said plurality of stations transmit request to send (RTS) and clear to send (CTS) packets therebetween prior to transmitting data, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting the data; and wherein said policing station further detects intrusions into the wireless network by:
monitoring RTS and CTS packets transmitted among said plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
5. The wireless network of claim 1 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP.
6. The wireless network of claim 1 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP.
7. The wireless network of claim 1 wherein the wireless network has at least one service set identification (ID) associated therewith; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
8. The wireless network of claim 1 wherein said plurality of stations transmit data over at least one channel; and wherein said policing station further detects transmissions over the at least one channel not originating from one of the plurality of stations and generates an intrusion alert based thereon.
9. The wireless network of claim 1 wherein said policing station further transmits an intrusion alert to at least one of said plurality of stations.
10. The wireless network of claim 1 wherein said policing station comprises a base station.
11. The wireless network of claim 1 wherein said policing station comprises a wireless station.
12. A wireless local or metropolitan area network comprising:
a plurality of stations for transmitting data therebetween using a media access layer (MAC), each of said stations having a respective MAC address associated therewith; and
a policing station for detecting intrusions into the wireless network by
monitoring transmissions among said plurality of stations to detect failed attempts to authenticate MAC addresses; and
generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address.
13. The wireless network of claim 12 wherein said policing station generates an intrusion alert based upon detecting the number of failed attempts to authenticate the MAC address within a predetermined period.
14. The wireless network of claim 12 wherein said plurality of stations transmit request to send (RTS) and clear to send (CTS) packets therebetween prior to transmitting data, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting the data; and wherein said policing station further detects intrusions into the wireless network by:
monitoring RTS and CTS packets transmitted among said plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
15. The wireless network of claim 12 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP.
16. The wireless network of claim 12 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP.
17. The wireless network of claim 12 wherein the wireless network has at least one service set identification (ID) associated therewith; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
18. The wireless network of claim 12 wherein said plurality of stations transmit data over at least one channel; and wherein said policing station further detects transmissions over the at least one channel not originating from one of the plurality of stations and generates an intrusion alert based thereon.
19. The wireless network of claim 12 wherein said policing station further transmits an intrusion alert to at least one of said plurality of stations.
20. The wireless network of claim 12 wherein said policing station comprises a base station.
21. The wireless network of claim 12 wherein said policing station comprises a wireless station.
22. A wireless local or metropolitan area network comprising:
a plurality of stations for transmitting data therebetween;
said plurality of stations transmitting request to send (RTS) and clear to send (CTS) packets therebetween prior to transmitting data, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting the data; and
a policing station for detecting intrusions into the wireless network by
monitoring RTS and CTS packets transmitted among said plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
23. The wireless network of claim 22 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP.
24. The wireless network of claim 22 wherein said plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP.
25. The wireless network of claim 22 wherein the wireless network has at least one service set identification (ID) associated therewith; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
26. The wireless network of claim 22 wherein said plurality of stations transmit over at least one channel; and wherein said policing station further detects transmissions over the at least one channel not originating from one of the plurality of stations and generates an intrusion alert based thereon.
27. The wireless network of claim 22 wherein said policing station further transmits an intrusion alert to at least one of said plurality of stations.
28. The wireless network of claim 22 wherein said policing station comprises a base station.
29. The wireless network of claim 22 wherein said policing station comprises a wireless station.
30. A wireless local or metropolitan area network comprising:
a plurality of stations for transmitting data therebetween, said plurality of stations intermittently operating in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and
a policing station for detecting intrusions into the wireless network by
monitoring transmissions among said plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP.
31. The wireless network of claim 30 wherein the wireless network has at least one service set identification (ID) associated therewith; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
32. The wireless network of claim 30 wherein said plurality of stations transmit over at least one channel; and wherein said policing station further detects transmissions over the at least one channel not originating from one of the plurality of stations and generates an intrusion alert based thereon.
33. The wireless network of claim 30 wherein said policing station further transmits an intrusion alert to at least one of said plurality of stations.
34. The wireless network of claim 30 wherein said policing station comprises a base station.
35. The wireless network of claim 30 wherein said policing station comprises a wireless station.
36. A wireless local or metropolitan area network comprising:
a plurality of stations for transmitting data therebetween, said plurality of stations intermittently operating in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and
a policing station for detecting intrusions into the wireless network by
monitoring transmissions among said plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP.
37. The wireless network of claim 36 wherein the wireless network has at least one service set identification (ID) associated therewith; and wherein said policing station further detects intrusions into the wireless network by:
monitoring transmissions among said plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
38. The wireless network of claim 36 wherein said plurality of stations transmit over at least one channel; and wherein said policing station further detects transmissions over the at least one channel not originating from one of the plurality of stations and generates an intrusion alert based thereon.
39. The wireless network of claim 36 wherein said policing station further transmits an intrusion alert to at least one of said plurality of stations.
40. The wireless network of claim 36 wherein said policing station comprises a base station.
41. The wireless network of claim 36 wherein said policing station comprises a wireless station.
42. An intrusion detection method for a wireless local or metropolitan area network comprising a plurality of stations, the method comprising:
transmitting data between the plurality of stations using a media access layer (MAC), each of the stations having a respective MAC address associated therewith;
monitoring transmissions among the plurality of stations to detect frame check sequence (FCS) errors from a MAC address; and
generating an intrusion alert based upon detecting a number of FCS errors for the MAC address exceeding a threshold.
43. The method of claim 42 further comprising:
monitoring transmissions among the plurality of stations to detect failed attempts to authenticate MAC addresses; and
generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address.
44. The method of claim 43 wherein generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address comprises generating an intrusion alert based upon detecting the number of failed attempts to authenticate the MAC address within a predetermined period.
45. The method of claim 42 further comprising:
transmitting request to send (RTS) and clear to send (CTS) packets between the plurality of stations prior to transmitting data, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting the data;
monitoring the RTS and CTS packets sent between the plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
46. The method of claim 42 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP period.
47. The method of claim 42 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP period.
48. The method of claim 42 wherein the wireless network has at least one service set identification (ID) associated therewith; and further comprising:
monitoring transmissions among the plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
49. The method of claim 42 wherein transmitting data comprises transmitting data over at least one channel; and further comprising detecting transmissions over the at least one channel not originating from one of the plurality of stations and generating an intrusion alert based thereon.
50. The method of claim 42 further comprising transmitting the intrusion alert to at least one of the plurality of stations.
51. An intrusion detection method for a wireless local or metropolitan area network comprising a plurality of stations, the method comprising:
transmitting data between the plurality of stations using a media access layer (MAC), each of the stations having a respective MAC address associated therewith;
monitoring transmissions among the plurality of stations to detect failed attempts to authenticate MAC addresses; and
generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address.
52. The method of claim 51 wherein generating an intrusion alert based upon detecting a number of failed attempts to authenticate a MAC address comprises generating an intrusion alert based upon detecting the number of failed attempts to authenticate the MAC address within a predetermined period.
53. The method of claim 51 further comprising:
transmitting request to send (RTS) and clear to send (CTS) packets between the plurality of stations prior to transmitting data, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting the data;
monitoring the RTS and CTS packets sent between the plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
54. The method of claim 51 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP period.
55. The method of claim 51 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP period.
56. The method of claim 51 wherein the wireless network has at least one service set identification (ID) associated therewith; and further comprising:
monitoring transmissions among the plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
57. The method of claim 51 wherein transmitting data comprises transmitting data over at least one channel; and further comprising detecting transmissions over the at least one channel not originating from one of the plurality of stations and generating an intrusion alert based thereon.
58. The method of claim 51 further comprising transmitting the intrusion alert to at least one of the plurality of stations.
59. An intrusion detection method for a wireless local or metropolitan area network comprising a plurality of stations, the method comprising:
transmitting request to send (RTS) and clear to send (CTS) packets between the plurality of stations, the RTS and CTS packets comprising a network allocation vector (NAV) value indicating a time duration reserved for transmitting data between the plurality of stations;
transmitting data between the plurality of stations;
monitoring the RTS and CTS packets sent between the plurality of stations to detect an illegal NAV value therein; and
generating an intrusion alert based upon the detected illegal NAV value.
60. The method of claim 59 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP period.
61. The method of claim 59 wherein the plurality of stations intermittently operate in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs; and further comprising:
monitoring transmissions among the plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP period.
62. The method of claim 59 wherein the wireless network has at least one service set identification (ID) associated therewith; and further comprising:
monitoring transmissions among the plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
63. The method of claim 59 wherein transmitting data comprises transmitting data over at least one channel; and further comprising detecting transmissions over the at least one channel not originating from one of the plurality of stations and generating an intrusion alert based thereon.
64. The method of claim 59 further comprising transmitting the intrusion alert to at least one of the plurality of stations.
65. An intrusion detection method for a wireless local or metropolitan area network comprising a plurality of stations, the method comprising:
transmitting data between the plurality of stations, the plurality of stations intermittently operating in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs;
monitoring transmissions among the plurality of stations to detect contention-free mode operation outside of a CFP; and
generating an intrusion alert based upon detecting contention-free mode operation outside a CFP period.
66. The method of claim 65 wherein the wireless network has at least one service set identification (ID) associated therewith; and further comprising:
monitoring transmissions among the plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
67. The method of claim 65 wherein transmitting data comprises transmitting data over at least one channel; and further comprising detecting transmissions over the at least one channel not originating from one of the plurality of stations and generating an intrusion alert based thereon.
68. The method of claim 65 further comprising transmitting the intrusion alert to at least one of the plurality of stations.
69. An intrusion detection method for a wireless local or metropolitan area network comprising a plurality of stations, the method comprising:
transmitting data between the plurality of stations, the plurality of stations intermittently operating in a contention-free mode during contention-free periods (CFPs) and in a contention mode outside CFPs;
monitoring transmissions among the plurality of stations to detect contention mode operation during a CFP; and
generating an intrusion alert based upon detecting contention mode operation during a CFP period.
70. The method of claim 69 wherein the wireless network has at least one service set identification (ID) associated therewith; and further comprising:
monitoring transmissions among the plurality of stations to detect service set IDs associated therewith; and
generating an intrusion alert based upon one of the detected service set IDs being different than the at least one service set ID of the wireless network.
71. The method of claim 69 wherein transmitting data comprises transmitting data over at least one channel; and further comprising detecting transmissions over the at least one channel not originating from one of the plurality of stations and generating an intrusion alert based thereon.
72. The method of claim 69 further comprising transmitting the intrusion alert to at least one of the plurality of stations.