1. 1

2. ---------------------- Integrity Check ---------------------- As You Well Know, It Is A Violation Of Academic Integrity To Fake The Results On Any Of Your Labs. 2

4. 4

5. Download & Install Firefox [If Already Installed, Simply Do The Screen Capture! ] Replace The Screen Capture Below With Yours! 5

6. 6

7. Go To Wikipedia Read All Of The Information About PING Replace The Wiki Ping Summary Below! 7

8. Go To Wikipedia Read All Of The Information About PING Replace The Wiki Ping History Below! 8

9. Go To Wikipedia Read All Of The Information About PING Replace The Linux PING Example Below! 9

10. Go To Wikipedia Read All Of The Information About PING Replace The Windows PING Example Below! 10

11. Go To Wikipedia Read All Of The Information About PING Replace The Macintosh PING Example Below! 11

12. 12 Go To Wikipedia Read All Of The Information About PING Replace The PING Payload Below!

13. PING Questions _?_is a computer network administration utility used to test whether a particular host is reachable across an Internet Protocol (IP) network and to measure the round-trip time for packets send from the local host to a destination computer, including the local host's own interfaces. ICMP is an acronym for _?_ _?_ _?_ _?_ Ping operates by sending an ICMP echo request packets to the target host and waits for an ICMP response, sometimes casually called a _?_. In the process it measures the round-trip time[1] and records any packet loss. The results of the test are printed in form of a statistical summary of the response packets received, including the minimum, maximum, and the mean round-trip times, and sometimes the standard deviation of the mean. Flood pinging may be abused as a simple form of _?_ (hint DOS) attack, in which the attacker overwhelms the victim with ICMP echo request packets. 13

14. PING Questions Why did a number of Internet Service Providers cease to filter out PING services? _________________________________________________________________ Give one example of an Internet Worm that floods the Internet with PING requests _________________________________________________________________ List at least three operating systems that support PING __________________ __________________ __________________ 14

15. PING 15 CS-1.cs.trinity.edu  IP = 131.194.71.119 CS-2.cs.trinity.edu  IP = 131.194.71.____ CS-3.cs.trinity.edu  IP = 131.194.71. ____ CS-4.cs.trinity.edu  IP = 131.194.71.____ CS-5.cs.trinity.edu  IP = 131.194.71.____ CS-6.cs.trinity.edu  IP = 131.194.71.____ CS-7.cs.trinity.edu  IP = 131.194.71.____ CS-8.cs.trinity.edu  IP = 131.194.71.____ CS-9.cs.trinity.edu  IP = 131.194.71.____ CS-10.cs.trinity.edu  IP = 131.194.71.____ CS-11.cs.trinity.edu  IP = 131.194.71. ____ CS-12.cs.trinity.edu  IP = 131.194.71.____ CS-13.cs.trinity.edu  IP = 131.194.71.____ CS-14.cs.trinity.edu  IP = 131.194.71.____ Carme.cs.trinity.edu  IP = 131.194.71.____ Krypton.cs.trinity.edu  IP = 131.194.71.____ Ananke.cs.trinity.edu  IP = 131.194.71.______ Net1.cs.trinity.edu  IP = 131.194.71.______ Firewalls and Routers Can Prevent PING Responses From Responding.

16. 16

17. No Local Internet 17 TU Network

18. Configure Your Cat 5 Network Adapter To Get A Dynamic IP 18

19. 19

20. Reset Your Router 20 Use a pen to GENTLY press the reset button; hold it in until the wireless light goes off (usually about 5 seconds) and let go. Access to the router should be password protected; this will reset the password to admin There are hundreds of possible configurations; this resets the SSID to linksys ; resets the gateway to 192.168.1.1 ; resets the router to issue DHCP addresses.

21. 21

22. Login To Router 22

23. Change Router Password 23 Make The Password The Same As Your Ananke Password!

24. 24

25. Change Your SSID Replace The Screen Capture Below With Yours 25 Make Your SSID = Your Computer Name + “- “ + Your Last Name” CPU  CS-1 – “CS-1-Tupper”

26. 26

27. Change Your Router IP to 192.168.1.1 This Will Become Your IP Gateway Replace The Screen Capture Below With Yours 27

28. 28

29. Configure Your Router DHCP Range [BLACK] CS-1 to CS-4 29 CS-1  Static DNS = CS-1.cs.trinity.edu  Dynamic IP  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141  Router DHCP = 192.168.1.20 - 192.168.1.29 CS-2  Static DNS = CS-2.cs.trinity.edu  Dynamic IP  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.142  Router DHCP = 192.168.1.30 - 192.168.1.39 CS-3  Static DNS = CS-3.cs.trinity.edu  Dynamic IP  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143  Router DHCP = 192.168.1.40 - 192.168.1.49 CS-4  Static DNS = CS-4.cs.trinity.edu  Dynamic IP  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146  Router DHCP = 192.168.1.50 - 192.168.1.59

30. 30 CS-5  Static DNS = CS-5.cs.trinity.edu  Dynamic IP  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147  Router DHCP = 192.168.1.60 - 192.168.1.69 CS-6  Static DNS = CS-6.cs.trinity.edu  Dynamic IP  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148  Router DHCP = 192.168.1.70 - 192.168.1.79 CS-7  Static DNS = CS-7.cs.trinity.edu  Dynamic IP  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149  Router DHCP = 192.168.1.80 - 192.168.1.89 Configure Your Router DHCP Range [BLACK] CS-5 to CS-7

31. Enable & Change The DHCP Range [See Two Previous Pages] Replace The Screen Capture Below With Yours 31 Make sure your screen capture shows your changed IP Range!

32. 32

33. Configure Your Router Static IP [GREEN] CS-1 to CS-4 33 CS-1  Static DNS = CS-1.cs.trinity.edu  Dynamic IP  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141  Router DHCP = 192.168.1.20 - 192.168.1.29 CS-2  Static DNS = CS-2.cs.trinity.edu  Dynamic IP  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.142  Router DHCP = 192.168.1.30 - 192.168.1.39 CS-3  Static DNS = CS-3.cs.trinity.edu  Dynamic IP  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143  Router DHCP = 192.168.1.40 - 192.168.1.49 CS-4  Static DNS = CS-4.cs.trinity.edu  Dynamic IP  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146  Router DHCP = 192.168.1.50 - 192.168.1.59

34. 34 CS-5  Static DNS = CS-5.cs.trinity.edu  Dynamic IP  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147  Router DHCP = 192.168.1.60 - 192.168.1.69 CS-6  Static DNS = CS-6.cs.trinity.edu  Dynamic IP  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148  Router DHCP = 192.168.1.70 - 192.168.1.79 CS-7  Static DNS = CS-7.cs.trinity.edu  Dynamic IP  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149  Router DHCP = 192.168.1.80 - 192.168.1.89 Configure Your Router Static IP [GREEN] CS-5 to CS-7

35. Configure Your Router To Your Static IP [Use The Two Slides Above] Be Sure To Include The DNS Configuration! Replace The Screen Capture Below With Yours 35

36. Show Your Static IP Status Replace The Screen Capture Below With Yours! 36

37. Start A Browser. Go To Google To Confirm That You Have Internet. Replace The Screen Capture Below With Yours! 37

38. 38

39. Reconnect turn The Ethernet NIC To The Trinity Network Ethernet LAN  Cat 5 39 TU Network

40. Reset Your Ethernet NIC To The Appropriate Static IP 40 CS-1.cs.trinity.edu  Static IP = 131.194.71.119 CS-2.cs.trinity.edu  Static IP = 131.194.71.120 CS-3.cs.trinity.edu  Static IP = 131.194.71.121 CS-4.cs.trinity.edu  Static IP = 131.194.71.179 CS-5.cs.trinity.edu  Static IP = 131.194.71.52 CS-7.cs.trinity.edu  Static IP = 131.194.71.140

41. Double-Check The IP Settings 41

42. Double-Check Your DNS Entry 42

43. Double-Check Your WINS Server Entries 43

44. Start A Browser. Go To Google To Confirm That You Have Internet. Replace The Screen Capture Below With Yours! 44

45. 45

46. 46

47. Add Your Wireless Access Point Identify & Add Photo Install It If Necessary! Connect It To Your Router! Replace The Screen Capture Below With Yours! Access Point 1 : ______________________________________ Access Point # 1 = _?_ (D-Link USB DWA-130/ Belkin USB Wireless G F5D7050 / Netgear Wireless G PCI Card WG311NA / D-Link USB DWL-G132 / etc.) Made By : __________________________________________ (D-Link, Belkin, Netgear, Linksys, etc.) Attach A Photo Of The Device : (Do Internet Search!) 47

48. Configure Your Wireless Adapter To Get A Dynamic IP 48

49. Reconnect turn The Ethernet NIC To The Trinity Network Ethernet LAN  Cat 5 49 TU Network

50. 50

51. Show Installed Wireless NIC Adapter In Windows 7 Replace The Screen Capture Below With Yours! 51 Configure Your Network Connection View To Have : (list in this order) NAME DEVICE NAME STATUS HOST NETWORK CATEGORY CONNECTIVITY TYPE My Network Device Name is _________________________________________

52. 52

53. Show The Available Wireless Networks Connect To Yours! Replace The Screen Capture Below With Yours! 53

54. Show Your Wireless Connection Replace The Left Screen Capture Below With Yours! 54 Configure to connect automatically to your network!

55. 55

56. Configure Both Networks To Be Public Replace The Screen Capture Below With Yours! 56 Note that you can see the network map for neither network!

57. Configure Both Networks To Be Work! Replace The Screen Capture Below With Yours! 57

58. Show Network Map For Wireless Replace The Screen Capture Below With Yours! 58

59. Show Network Map For LAN Replace The Screen Capture Below With Yours! 59

60. 60

61. Access Hard Dives & Shares On Remote Systems Try It! 61

62. 62

63. Disable Your LAN Adapter Replace The Screen Capture Below With Yours! 63

64. Network Sharing Center Replace The Screen Capture Below With Yours! 64 Should Be Connected To Internet! No Longer Multiple Networks

65. Ipconfig /all Replace The Screen Capture Below With Yours! 65 Should Not Have LAN Adapter!

66. Start A Browser. Go To Google To Confirm That You Have Internet. You Might Have To Restart Browser! Replace The Screen Capture Below With Yours! 66

67. 67

68. Connect At Least Two Wireless Two Computers (Wirelessly) View Your Router Table [ Yours May Look Slightly Different!] Replace The Screen Capture Below With Yours! 68 Connect At Least Two Computers To Your Router. !

69. 69

70. What Wireless Encryption Strategies Does Your Router Support? Replace The Screen Capture Below With Yours! 70

71. 71

72. WEP Wireless Encryption  Search WEP on Wikipedia. Read All. Show The General Info Replace The Screen Capture Wikipedia WEP (if available) 72

73. WEP Wireless Encryption  Search WEP on Wikipedia. Read All. Show The Encryption Details Replace The Screen Capture Wikipedia WEP (if available)

74. WEP Wireless Encryption  Search WEP on Wikipedia. Read All. Show The Authentication Replace The Screen Capture Wikipedia WEP (if available) 74

75. WEP Wireless Encryption  Search WEP on Wikipedia. Read All. Show The Flaws Replace The Screen Capture Wikipedia WEP (if available) 75

76. WEP Wireless Encryption  Search WEP on Wikipedia. Read All. Show The Remedies Replace The Screen Capture Wikipedia WEP 76

77. 77

78. WPA/WPA2 Wireless Encryption  Search WPA on Wikipedia. Read All. Show The General Info Replace The Screen Capture Wikipedia WPA (if available) 78

79. WPA/WPA2 Wireless Encryption Read! Show The WPA & Security In Pre-Shared Key Mode Replace The Screen Capture Wikipedia WPA (if available) 79

80. WPA/WPA2 Wireless Encryption  Search WPA on Wikipedia. Read All. Show The Weakness In TKIP Replace The Screen Capture Wikipedia WPA 80

81. WPA/WPA2 Wireless Encryption  Search WPA on Wikipedia. Read All. Show The EAP Extensions Replace The Screen Capture Wikipedia WPA (if available) 81

82. WPA/WPA2 Wireless Encryption  Search WPA on Wikipedia. Read All. Show The General Info Replace The Screen Capture Wikipedia WPA 82

83. WPA Questions WPA is an acronym for _?_ _?_ _?_ WPA is a certification program created by the _?_ Alliance. _?_ {T/F} One of the protocols used by WPA is Temporal Key Integrity Protocol (TKIP) _?_ {T/F} WPA2 was developed to correct the flaw that they found in (TKIP) _?_ {T/F} WPA2 uses the Advanced Encryption Standard (AES) _?_ {T/F} The Advanced Encryption Standard (AES) is not thought to be secure. _?_ {T/F} Advanced Encryption Standard (AES) is a block cipher. The Two encryption algorithms supported by WPA are _?_ and _?_ _?_ {T/F} Firmware Upgrades make it possible for some 2003 hardware to support WPA. 83

84. 84

85. Radius Wireless Encryption Read The Following: 85

86. Radius Wireless Encryption Authentication Read The Following: 86

87. Radius Questions _?_ is a networking protocol that provides centralized Authentication, Authorization, and Accounting (AAA) management for computers to connect and use a network service. The RADIUS server is usually a background process running on a _?_ or Windows Server 2003/2008 machine. The RADIUS server is usually a background process running on a Linux or Windows _?_ machine. ____ {T/F} RADIUS serves the following three functions: 1] to authenticate users or devices before granting them access to a network, 2] to authorize those users or devices for certain network services and 3] to account for usage of those services. ____ {T/F} There will only be on Radius Server On The Network. ____ {T/F} All Networking Protocols have a built in accounting scheme to know who has access the network and for how long and what they did. 87

88. 88

89. My Router Encryption Is Now ____________ 89 TU Network

90. 90

91. Go To Another Computer  Attempt To Do A Remote Desktop Into Your Router! Connection From Another Computer To Yours 91 Try To Connect To Your Router (Will Not Work Since The Router Has Not Yet Been Configured To Forward 3389 Traffic To Your System) CS-1  Static DNS = CS-1.cs.trinity.edu  Static IP = 131.194.71.119  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141 CS-2  Static DNS = CS-2.cs.trinity.edu  Static IP = 131.194.71.120  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.142 CS-3  Static DNS = CS-3.cs.trinity.edu  Static IP = 131.194.71.121  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143 CS-4  Static DNS = CS-4.cs.trinity.edu  Static IP = 131.194.71.179  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146 CS-5  Static DNS = CS-5.cs.trinity.edu  Static IP = 131.194.71.52  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147 CS-6  Static DNS = CS-6.cs.trinity.edu  Static IP = 131.194.71.167  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148 CS-7  Static DNS = CS-7.cs.trinity.edu  Static IP = 131.194.71.140  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149 The Router Associated With CS-1 is CS-8.cs.trinity.edu (131.194.71.141) If CS-1 is your system, you might go to CS-2 and try to remote desktop to CS-8.cs.trinity.edu or to 131.194.71.141.

92. 92

93. Configure Your Wireless Adapter Is Currently Set To Get A Dynamic IP 93 Remote Desktop Traffic FTP Traffic HTTP Traffic SMTP Traffic Print Server Traffic Database Traffic SHOULD ALWAYS BE FORWARDED TO A STATIC IP WE NEVER WANT TO HOPE DHCP ISSUES THE CORRECT IP!

94. Configure Your Wireless Adapter Static [BLACK] 94 CS-1  Static DNS = CS-1.cs.trinity.edu  Static IP = 131.194.71.119  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141  Static Wireless IP = 192.168.1.2 CS-2  Static DNS = CS-2.cs.trinity.edu  Static IP = 131.194.71.120  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.143  Static Wireless IP = 192.168.1.3 CS-3  Static DNS = CS-3.cs.trinity.edu  Static IP = 131.194.71.121  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143  Static Wireless IP = 192.168.1.4 CS-4  Static DNS = CS-4.cs.trinity.edu  Static IP = 131.194.71.179  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146  Static Wireless IP = 192.168.1.5 CS-5  Static DNS = CS-5.cs.trinity.edu  Static IP = 131.194.71.52  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147  Static Wireless IP = 192.168.1.6 CS-6  Static DNS = CS-6.cs.trinity.edu  Static IP = 131.194.71.167  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148  Static Wireless IP = 192.168.1.7 CS-7  Static DNS = CS-7.cs.trinity.edu  Static IP = 131.194.71.140  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149  Static Wireless IP = 192.168.1.8

95. Configure Your Wireless Device Hicks shall use 192.168.1.10 [See Previous Page] Replace The Two Screen Captures Below With Yours! 95

96. 96

97. Forward Remote Desktop Traffic [3389] To Your System. I will select 192.168.1.10 Replace The Two Screen Captures Below With Yours! 97

98. 98

99. Go To Another Computer  Attempt To Do A Remote Desktop Into Your Router! Connection From Another Computer To Yours 99 Connect To Your Router (Should Work Since The Router Has Hopefully Been Configured To Forward 3389 Traffic To Your System) CS-1  Static DNS = CS-1.cs.trinity.edu  Static IP = 131.194.71.119  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141 CS-2  Static DNS = CS-2.cs.trinity.edu  Static IP = 131.194.71.120  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.142 CS-3  Static DNS = CS-3.cs.trinity.edu  Static IP = 131.194.71.121  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143 CS-4  Static DNS = CS-4.cs.trinity.edu  Static IP = 131.194.71.179  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146 CS-5  Static DNS = CS-5.cs.trinity.edu  Static IP = 131.194.71.52  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147 CS-6  Static DNS = CS-6.cs.trinity.edu  Static IP = 131.194.71.167  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148 CS-7  Static DNS = CS-7.cs.trinity.edu  Static IP = 131.194.71.140  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149 The Router Associated With CS-1 is CS-8.cs.trinity.edu (131.194.71.141) If CS-1 is your system, you might go to CS-2 and try to remote desktop to CS-8.cs.trinity.edu or to 131.194.71.141.

100. Login! 100

101. Capture The Entire Windows 7 Desktop On The Remote Computer Replace The Screen Capture Below With Yours! 101

102. 102

103. Enable Your LAN Adapter 103 Your System Should Always Have Internet And be Configured Correctly!!

104. 104

105. Reconnect turn The Ethernet NIC To The Trinity Network Ethernet LAN  Cat 5 105 TU Network

106. 106

107. Go To Another Computer  Attempt To Do A Remote Desktop Into Your Router! Connection From Another Computer To Yours 107 CS-1  Static DNS = CS-1.cs.trinity.edu  Static IP = 131.194.71.119  Router DNS = CS-8.cs.trinity.edu  Router IP = 131.194.71.141 CS-2  Static DNS = CS-2.cs.trinity.edu  Static IP = 131.194.71.120  Router DNS = CS-9.cs.trinity.edu  Router IP = 131.194.71.142 CS-3  Static DNS = CS-3.cs.trinity.edu  Static IP = 131.194.71.121  Router DNS = CS-10.cs.trinity.edu  Router IP = 131.194.71.143 CS-4  Static DNS = CS-4.cs.trinity.edu  Static IP = 131.194.71.179  Router DNS = CS-11.cs.trinity.edu  Router IP = 131.194.71.146 CS-5  Static DNS = CS-5.cs.trinity.edu  Static IP = 131.194.71.52  Router DNS = CS-12.cs.trinity.edu  Router IP = 131.194.71.147 CS-6  Static DNS = CS-6.cs.trinity.edu  Static IP = 131.194.71.167  Router DNS = CS-13.cs.trinity.edu  Router IP = 131.194.71.148 CS-7  Static DNS = CS-7.cs.trinity.edu  Static IP = 131.194.71.140  Router DNS = CS-14.cs.trinity.edu  Router IP = 131.194.71.149 If CS-1 is your system, you might go to CS-2 and try to remote desktop to CS-1.cs.trinity.edu or to 131.194.71.119.

108. Go To Another Computer  Connect To Your Computer With Remote Desktop  Capture The Connection! Replace The Screen Capture (The Entire Desktop) Below With Yours! 108 CS-1.cs.trinity.edu  Static IP = 131.194.71.119 CS-2.cs.trinity.edu  Static IP = 131.194.71.120 CS-3.cs.trinity.edu  Static IP = 131.194.71.121 CS-4.cs.trinity.edu  Static IP = 131.194.71.179 CS-5.cs.trinity.edu  Static IP = 131.194.71.52 CS-7.cs.trinity.edu  Static IP = 131.194.71.140 It Is OK To Remote (from your computer) Into Another Computer & Then Remote From That Computer Back To Yours!

109. Logout 109