AEX in a DMZ
Hi All
In a scenario where a AEX is used (running in a DMZ), in conjunction with a standard SAP NetWeaver PI dual-stack installation....
Is it possible to:
1) Run the Seeburger AS2 adapter on the the AEX in a DMZ
2) Make use of the 'Integration Process' functionality in the ABAP stack in the standard dual-stack installation (not in the DMZ), and yet still trasmit the resulting messages from the IP via the Seeburger AS2 adapter on the AEX.
Thanks.
1. It is possible, but make sure to have the FTP/SFTP protocol connection available on DMZ configuration.
2. Not clear. The DMZ should exactly be used for allowing a part of your network to be visible fomr outside of your network. When you create an Integration Process, you can use the SEEBURGER communication channel in any of the steps, and in the communication channel configuration (Integration Directory), select this channel to run over the De-central adapter engine instead of the central dual-stack one.
Similar Messages
-
Airtunes not appearing - iTunes on DMZ, AEX not
Hi, wonder if anyone else is having this problem. I have a router (Thomson Speedtouch 546T) sharing my internet connection, DHCP running. Then I have a wireless bridge (WRT54GX2): iTunes in on a host in the DMZ (85.xx.xx.xx) . The AEX is getting an IP from the router.
I can see the AEX for administration, no problem. Green light. Just no Airtunes! Yes, it is turned on in the AEX, and iTunes. I have trashed the iTunes plist.
I can see that perhaps the AEX considers the iTunes host and itself are not really on the same subnet? Is there any hiden requirement here I have not considered? Help!
Here´s a log from the AEX:
Jan 01 01:00:01 Severity: 5 Joined BSS 00:13:10:b7:a0:86
Jan 01 01:00:01 Severity: 5 Initialized (firmware 6.3).
Jan 01 01:00:16 Severity: 5 Internet configuration leased (host 10.0.0.99/24 gateway 10.0.0.138 dns1 10.0.0.138 domain lan lease 86400).
Jan 01 01:02:51 Severity: 5 Connection accepted from ::ffff:85.xx.xx.xx/65174.
Jan 01 01:02:51 Severity: 5 Connection accepted from ::ffff:85.xx.xx.xx/65175.hi Scott!
okay, try doing another sweep through Windows Update to see if there is anything additional there (to bring you further up to date after the SP2 install). also check for any optional hardware updates in the "Custom" area. (even with new PC's and componentry there are things worth checking for. found an update almost immediately for my wireless network adaptor, after installing it ... that may have helped with my initial connection problems, though i did enough other things that i'm not sure precisely what did the business.)
love, b -
How to let SAP user use SSO to access Application in DMZ?
Hi All,
Our J2EE application is running on a system in DMZ which can not be connected with LDAP. So I am wondering if it's possible to let SAP user use SSO to access our application.
After talking with my colleague I think the only way is to import SSO public key to our WebAS and create user in UME and then assign user to the corresponding public key, but anybody know where to download SSP verification file or is it allowed to download and import into another system at all?
Regards,
BinHi,
Take a look at this example, it uses property nodes to select tha
active plot and then changes the color of that plot.
If you want to make the number of plots dynamic you could use a for
loop and an array of color boxes.
I hope this helps.
Regards,
Juan Carlos
N.I.
Attachments:
Changing_plot_color.vi 38 KB -
How can I permit all traffic from inside-dmz-outside on asa5505
Scenario :
Servers are in DMZ, Internal LAN Users should access ports Specified (5000 & 2048). Router 2801 is facing Leased line; from there it’s connected to firewall.
Router LAN IP: 83.111.X.X - 255.255.255.X
ASA Version 7.2(4)
hostname ciscoasa
domain-name default.domain.invalid
enable password 2KFQnbNIdI.2KYOU encrypted
passwd 2KFQnbNIdI.2KYOU encrypted
names
interface Vlan1
nameif inside
security-level 100
ip address 192.168.X.X 255.255.255.0
interface Vlan2
nameif outside
security-level 0
ip address 83.111.X.X 255.255.255.240
interface Vlan3
nameif dmz
security-level 100
ip address 192.168.100.1 255.255.255.0
interface Ethernet0/0
switchport access vlan 2
interface Ethernet0/1
interface Ethernet0/2
switchport access vlan 3
interface Ethernet0/3
interface Ethernet0/4
interface Ethernet0/5
interface Ethernet0/6
switchport access vlan 3
interface Ethernet0/7
ftp mode passive
dns server-group DefaultDNS
domain-name default.domain.invalid
same-security-traffic permit inter-interface
same-security-traffic permit intra-interface
pager lines 24
logging asdm informational
mtu inside 1500
mtu outside 1500
mtu dmz 1500
no failover
icmp unreachable rate-limit 1 burst-size 1
asdm image disk0:/asdm-524.bin
no asdm history enable
arp timeout 14400
global (outside) 1 interface
nat (inside) 1 0.0.0.0 0.0.0.0
route outside 0.0.0.0 0.0.0.0 83.111.x.x
timeout xlate 3:00:00
timeout conn 1:00:00 half-closed 0:10:00 udp 0:02:00 icmp 0:00:02
timeout sunrpc 0:10:00 h323 0:05:00 h225 1:00:00 mgcp 0:05:00 mgcp-pat 0:05:00
timeout sip 0:30:00 sip_media 0:02:00 sip-invite 0:03:00 sip-disconnect 0:02:00
timeout sip-provisional-media 0:02:00 uauth 0:05:00 absolute
http server enable
http 192.168.1.0 255.255.255.0 inside
no snmp-server location
no snmp-server contact
snmp-server enable traps snmp authentication linkup linkdown coldstart
telnet timeout 5
ssh timeout 5
console timeout 0
dhcpd auto_config outside
dhcpd address 192.168.1.2-192.168.1.254 inside
dhcpd enable inside
class-map inspection_default
match default-inspection-traffic
policy-map type inspect dns preset_dns_map
parameters
message-length maximum 512
policy-map global_policy
class inspection_default
inspect dns preset_dns_map
inspect ftp
inspect h323 h225
inspect h323 ras
inspect rsh
inspect rtsp
inspect esmtp
inspect sqlnet
inspect skinny
inspect sunrpc
inspect xdmcp
inspect sip
inspect netbios
inspect tftp
service-policy global_policy global
prompt hostname context
Cryptochecksum:5663409d6ba3ad0bcd163e691f032f76
: endHi Ben,
Thank you for the response. I followed the link and tried reading everything you posted on AEs but I'm afraid that I didn't understand it all. It seems that each AE example had a single input and a single output (e.g. a double). Is this the case?
What I have is a couple of front panel clusters containing (approximately) 18 control doubles, 8 indicator doubles, 5 boolean radio button constructs and 26 boolean control discretes. I clusterized it to make it readable. In addition I'll eventually have a cluster of task references for hardware handles.
All I want to do is update the front panel values like I would do in a C, VB or any other language. I've tried referencing the cluster and using the reference from inside the loops. I've tied using local variables. Neither works. I'm experimenting with globals but it seems that I have to construct the front panel in the gloabal and then I wouldn't know how to repoduce that on the front panel of the main VI. Sometimes it seems that more time is spent getting around Labview constructs than benefitting from them.
I hope the 'Add Attachment' function actuals puts a copy of the VI here and not a link to it.
Thanks again for the suggestion,
Frank
Attachments:
Front Panel Reference.vi 33 KB -
Hello. I have a WRT310N and have been having a somewhat difficult time with my xbox 360's connection. I have forwarded all the necessary ports (53, 80, 88, 3074) for it to run, and tried changing MTU and what-not.
I don't know if I have DMZ setup incorrectly, or if it's my settings.
Setup as follows:
PCX2200 modem connected via ethernet to WRT310N.
The WRT310N has into ethernet port 1 a WAP54G, and then upstairs (so that my Mother's computer can get a strong signal) I have another WAP54G that I believe receives its signal from the downstairs 54G.
In the back of the WRT310N, I have my computer connected via ethernet port 3, and my Xbox 360 connected via ethernet port 4.
Now, I first figured I just have so many connections tied to the router and that is the reason for being so slow. However, when I unplug all the other ethernet cords and nothing is connected wirelessly, except for my Xbox connected to ethernet port 4, it is still poor. Also, with everything connected (WAP54G and other devices wirelessly) I get on my PC and run a speedtest. For the sake of advice, my speedtests I am running on my PC are (after 5 tests) averagely 8.5 Mbps download, and 1.00 Mbps upload, with a ping of 82ms.
Here is an image of the results:
http://www.speedtest.net][IMG]http://www.speedtest.net/result/721106714.png
Let me add a little more detail of my (192.168.1.1) settings for WRT310N.
For starters, my Father's IT guy at his workplace set up this WRT310N and WAP54G's. So some of these settings may be his doing. I just don't know which.
"Setup" as Auto-configurations DHCP. I've added my Xbox's IP address to the DHCP reservation the IP of 192.168.1.104. This has (from what I've noticed) stayed the same for days.
MTU: Auto, which stays at 1500 when I check under status.
Advanced Routing: NAT routing enabled, Dynamic Routing disabled.
Security: Disabled SPI firewall, UNchecked these: Filter Anonymous Internet Requests, Multicast, and Internet NAT redirection.
VPN passthrough: All 3 options are enabled (IPSec, PPTP, L2TP)
Access Restrictions: None.
Applications and Gaming: Single port forwarding has no entries. Port Range Forwarding I have the ports 53 UDP/TCP, 88 UDP, 3074 UDP/TCP, and 80 TCP forwarded to IP 192.168.1.104 enabled. (192.168.1.104 is the IP for my xbox connected via ethernet wired that is in DHCP reserved list)
Port Range Triggering: It does not allow me to change anything in this page.
DMZ: I have it Enabled. This is where I am a bit confused. It says "Source IP Address" and it has me select either "Any IP address" or to put entries to the XXX.XXX.XXX.XXX to XXX fields. I have selected use any IP address. Then the source IP area, it says "Destination:" I can do either "IP address: 192.168.1.XXX" or "MAC address:" Also, under MAC Address, it says DHCP Client Table and I went there and saw my Xbox under the DHCP client list (It shows up only when the Xbox is on) and selected it.
Under QoS: WMM Enabled, No acknowledgement disabled.
Internet Access Priority: Enabled. Upstream Bandwith I set it to Manual and put 6000 Kbps. I had it set on Auto before, but I changed it. I have no idea what to put there so I just put a higher number.
Then I added for Internet Access Priority a Medium Priority for Ethernet Port 4 (the port my xbox is plugged into).
Administration: Management: Web utility access: I have checked HTTP, unchecked HTTPS.
Web utility access via Wireless: Enabled. Remote Access: Disabled.
UPnp: Enabled.
Allow Users to Configure: Enabled.
Allow users to Disable Internet Access: Enabled.
Under Diagnostics, when I try and Ping test 192.168.1.104 (xbox when on and connected to LIVE), I get:
PING 192.168.1.104 (192.168.1.104): 24 data bytes
Request timed out.
Request timed out.
Request timed out.
Request timed out.
Request timed out.
--- 192.168.1.104 data statistics ---
5 Packets transmitted, 0 Packets received, 100% Packet loss
Also, when I do Traceroute Test for my Xbox's IP, I just keep getting:
traceroute to 192.168.1.104 (192.168.1.104), 30 hops max, 40 byte packets
1 * * * 192.168.1.1 Request timed out.
2 * * * 192.168.1.1 Request timed out.
As for the Wireless Settings, it is all on the default settings with Wi-Fi Protected setup Enabled.
To add, I have tried connecting my modem directly to the Xbox and my connection is much improved. I have no difficulty getting the NAT open, for it seems my settings are working for that. Any help with these settings would be VERY much appreciated.
Message Edited by CroftBond on 02-18-2010 01:09 PMI own 2 of these routers (one is a spare) with the latest firmware and I have been having trouble with them for over a year. In my case the connection speed goes to a crawl and the only way to get it back is to disable the SPI firewall. Rebooting helps for a few minutes, but the problem returns. All of the other fixes recommended on these forums did not help. I found out the hard way that disabling the SPI Firewall also closes all open ports ignoring your port forwarding settings. If you have SPI Firewall disabled, you will never be able to ping your IP from an external address. Turn your SPI Firewall back on and test your Ping.
John -
PI 7.3 - AEX "unable to read configuration data" and login problems
Hello Friends,
after installation of AEX, i'm facing some problems.
1.I'm not able to login with any user, i created during installation wizard. So i cannot check any user in NWA -> User Administration.
2.Once more, while opening http://<host>:<port>/rep or http://<host>:<port>/dir, i get the following error message.
Can somebody help me?
I think, there is a problem with the users, which have been created during installation. How can i check this? Is there any chance?
Second, if i'm able to login, i have to import the exchange profile again. This should solve the problem. Or is this wrong?
PI (http://<host>:<port>/dir/start/index.jsp). Below is the part of the error message that is showing up. Appreciate your suggestions:
Exception class: com.sap.aii.utilxi.prop.api.PropertiesException$InitFailed
Message
Unable to read configuration data (ExchangeProfile/aii.properties)
Stacktrace
Thrown:
com.sap.aii.utilxi.prop.api.PropertiesException$InitFailed: Unable to read configuration data (ExchangeProfile/aii.properties)
at com.sap.aii.utilxi.prop.api.PropertySourceFactory.initServerMode(PropertySourceFactory.java:220)
at com.sap.aii.utilxi.prop.api.AIIProperties.initServerMode(AIIProperties.java:518)
at com.sap.aii.ib.server.applcomp.StartupServerProperties.initPropertiesForServer(StartupServerProperties.java:97)
at com.sap.aii.ibdir.server.applcomp.StartupCodeEntry.startup(StartupCodeEntry.java:151)
at com.sap.aii.ib.core.applcomp.IStartupCodeEntry.startupIfNotAlreadyDone(IStartupCodeEntry.java:43)
at com.sap.aii.ib.core.applcomp.ExplicitApplicationComponentImpl.startup(ExplicitApplicationComponentImpl.java:116)
at com.sap.aii.ib.core.applcomp.ExplicitApplicationComponents.startup(ExplicitApplicationComponents.java:438)
at com.sap.aii.ib.core.applcomp.ApplicationComponent.startup(ApplicationComponent.java:203)
Please let me know if I am not clear.
Edited by: Clarence on Feb 6, 2012 3:28 PM
Edited by: Clarence on Feb 6, 2012 3:28 PMhi,
>>>>Second, if i'm able to login, i have to import the exchange profile again. This should solve the problem. Or is this wrong?
if you have java stack only there is no exchange profile anymore...
https://weblogs.sdn.sap.com/pub/wlg/28334
Regards,
Michal Krawczyk -
Webserver on DMZ cannot send email via php script using SMTP (cisco firewall pix 515e)
Hello,
I have two web servers that are sitting in a DMZ behind a Cisco Firewall PIX 515e. The webservers appear to be configured correctly as our website and FTP website are up. On two of our main website, we have two contact forms that use a simple html for to call a php script that uses smtp as its mailing protocol. Since, I am not the network administrator, I don't quite understand how to read the current configurations on the firewall, but I suspect that port 25 is blocked, which prevents the script from actually working or sending out emails. What I've done to narrow the problem done is the following: I used a wamp server to test our scripts with our smtp servers settings, was able to successfully send an email out to both my gmail and work place accounts. Currently, we have backupexec loaded on both of these servers, and when I try to send out an alert I never receive it. I think because port 25 is closed on both of those servers. I will be posting our configuration. if anyone can take a look and perhaps explain to me how I can change our webservers to communicate and successfully deliver mail via that script, I would gladly appreciate it. our IP range is 172.x.x.x, but it looks like our webservers are using 192.x.x.x with NAT in place. Please someone help.
Thanks,
Jeff Mateo
PIX Version 6.3(4)
interface ethernet0 100full
interface ethernet1 100full
interface ethernet2 100full
nameif ethernet0 outside security0
nameif ethernet1 inside security100
nameif ethernet2 DMZ security50
enable password GFO9OSBnaXE.n8af encrypted
passwd GFO9OSBnaXE.n8af encrypted
hostname morrow-pix-ct
domain-name morrowco.com
clock timezone EST -5
clock summer-time EDT recurring
fixup protocol dns maximum-length 512
fixup protocol ftp 21
fixup protocol h323 h225 1720
fixup protocol h323 ras 1718-1719
fixup protocol http 80
fixup protocol rsh 514
fixup protocol rtsp 554
fixup protocol sip 5060
fixup protocol sip udp 5060
fixup protocol skinny 2000
no fixup protocol smtp 25
fixup protocol sqlnet 1521
fixup protocol tftp 69
names
name 12.42.47.27 LI-PIX
name 172.20.0.0 CT-NET
name 172.23.0.0 LI-NET
name 172.22.0.0 TX-NET
name 172.25.0.0 NY-NET
name 192.168.10.0 CT-DMZ-NET
name 1.1.1.1 DHEC_339849.ATI__LEC_HCS722567SN
name 1.1.1.2 DHEC_339946.ATI__LEC_HCS722632SN
name 199.191.128.105 web-dns-1
name 12.127.16.69 web-dns-2
name 12.3.125.178 NY-PIX
name 64.208.123.130 TX-PIX
name 24.38.31.80 CT-PIX
object-group network morrow-net
network-object 12.42.47.24 255.255.255.248
network-object NY-PIX 255.255.255.255
network-object 64.208.123.128 255.255.255.224
network-object 24.38.31.64 255.255.255.224
network-object 24.38.35.192 255.255.255.248
object-group service morrow-mgmt tcp
port-object eq 3389
port-object eq telnet
port-object eq ssh
object-group network web-dns
network-object web-dns-1 255.255.255.255
network-object web-dns-2 255.255.255.255
access-list out1 permit icmp any any echo-reply
access-list out1 permit icmp object-group morrow-net any
access-list out1 permit tcp any host 12.193.192.132 eq ssh
access-list out1 permit tcp any host CT-PIX eq ssh
access-list out1 permit tcp any host 24.38.31.72 eq smtp
access-list out1 permit tcp any host 24.38.31.72 eq https
access-list out1 permit tcp any host 24.38.31.72 eq www
access-list out1 permit tcp any host 24.38.31.70 eq www
access-list out1 permit tcp any host 24.38.31.93 eq www
access-list out1 permit tcp any host 24.38.31.93 eq https
access-list out1 permit tcp any host 24.38.31.93 eq smtp
access-list out1 permit tcp any host 24.38.31.93 eq ftp
access-list out1 permit tcp any host 24.38.31.93 eq domain
access-list out1 permit tcp any host 24.38.31.94 eq www
access-list out1 permit tcp any host 24.38.31.94 eq https
access-list out1 permit tcp any host 24.38.31.71 eq www
access-list out1 permit tcp any host 24.38.31.71 eq 8080
access-list out1 permit tcp any host 24.38.31.71 eq 8081
access-list out1 permit tcp any host 24.38.31.71 eq 8090
access-list out1 permit tcp any host 24.38.31.69 eq ssh
access-list out1 permit tcp any host 24.38.31.94 eq ftp
access-list out1 permit tcp any host 24.38.31.92 eq 8080
access-list out1 permit tcp any host 24.38.31.92 eq www
access-list out1 permit tcp any host 24.38.31.92 eq 8081
access-list out1 permit tcp any host 24.38.31.92 eq 8090
access-list out1 permit tcp any host 24.38.31.93 eq 3389
access-list out1 permit tcp any host 24.38.31.92 eq https
access-list out1 permit tcp any host 24.38.31.70 eq https
access-list out1 permit tcp any host 24.38.31.74 eq www
access-list out1 permit tcp any host 24.38.31.74 eq https
access-list out1 permit tcp any host 24.38.31.74 eq smtp
access-list out1 permit tcp any host 24.38.31.75 eq https
access-list out1 permit tcp any host 24.38.31.75 eq www
access-list out1 permit tcp any host 24.38.31.75 eq smtp
access-list out1 permit tcp any host 24.38.31.70 eq smtp
access-list out1 permit tcp any host 24.38.31.94 eq smtp
access-list dmz1 permit icmp any any echo-reply
access-list dmz1 deny ip any 10.0.0.0 255.0.0.0
access-list dmz1 deny ip any 172.16.0.0 255.240.0.0
access-list dmz1 deny ip any 192.168.0.0 255.255.0.0
access-list dmz1 permit ip any any
access-list dmz1 deny ip any any
access-list nat0 permit ip CT-NET 255.255.0.0 192.168.220.0 255.255.255.0
access-list nat0 permit ip host 172.20.8.2 host 172.23.0.2
access-list nat0 permit ip CT-NET 255.255.0.0 LI-NET 255.255.0.0
access-list nat0 permit ip CT-NET 255.255.0.0 NY-NET 255.255.0.0
access-list nat0 permit ip CT-NET 255.255.0.0 TX-NET 255.255.0.0
access-list vpn-split-tun permit ip CT-NET 255.255.0.0 192.168.220.0 255.255.255
.0
access-list vpn-split-tun permit ip CT-DMZ-NET 255.255.255.0 192.168.220.0 255.2
55.255.0
access-list vpn-dyn-match permit ip any 192.168.220.0 255.255.255.0
access-list vpn-ct-li-gre permit gre host 172.20.8.2 host 172.23.0.2
access-list vpn-ct-ny permit ip CT-NET 255.255.0.0 NY-NET 255.255.0.0
access-list vpn-ct-ny permit ip CT-DMZ-NET 255.255.255.0 NY-NET 255.255.0.0
access-list vpn-ct-tx permit ip CT-NET 255.255.0.0 TX-NET 255.255.0.0
access-list vpn-ct-tx permit ip CT-DMZ-NET 255.255.255.0 TX-NET 255.255.0.0
access-list static-dmz-to-ct-2 permit ip host 192.168.10.141 CT-NET 255.255.248.
0
access-list nat0-dmz permit ip CT-DMZ-NET 255.255.255.0 192.168.220.0 255.255.25
5.0
access-list nat0-dmz permit ip CT-DMZ-NET 255.255.255.0 LI-NET 255.255.0.0
access-list nat0-dmz permit ip CT-DMZ-NET 255.255.255.0 NY-NET 255.255.0.0
access-list nat0-dmz permit ip CT-DMZ-NET 255.255.255.0 TX-NET 255.255.0.0
access-list static-dmz-to-ct-1 permit ip host 192.168.10.140 CT-NET 255.255.248.
0
access-list static-dmz-to-li-1 permit ip CT-DMZ-NET 255.255.255.0 CT-NET 255.255
.248.0
access-list vpn-ct-li permit ip CT-NET 255.255.0.0 LI-NET 255.255.0.0
access-list vpn-ct-li permit ip CT-DMZ-NET 255.255.255.0 LI-NET 255.255.0.0
access-list vpn-ct-li permit ip host 10.10.2.2 host 10.10.1.1
access-list in1 permit tcp host 172.20.1.21 any eq smtp
access-list in1 permit tcp host 172.20.1.20 any eq smtp
access-list in1 deny tcp any any eq smtp
access-list in1 permit ip any any
access-list in1 permit tcp any any eq smtp
access-list cap4 permit ip host 172.20.1.82 host 192.168.220.201
access-list cap2 permit ip host 172.20.1.82 192.168.220.0 255.255.255.0
access-list in2 deny ip host 172.20.1.82 any
access-list in2 deny ip host 172.20.1.83 any
access-list in2 permit ip any any
pager lines 43
logging on
logging timestamp
logging buffered notifications
logging trap notifications
logging device-id hostname
logging host inside 172.20.1.22
mtu outside 1500
mtu inside 1500
mtu DMZ 1500
ip address outside CT-PIX 255.255.255.224
ip address inside 172.20.8.1 255.255.255.0
ip address DMZ 192.168.10.1 255.255.255.0
ip audit info action alarm
ip audit attack action alarm
ip local pool ctpool 192.168.220.100-192.168.220.200
ip local pool ct-thomson-pool-201 192.168.220.201 mask 255.255.255.255
pdm history enable
arp timeout 14400
global (outside) 1 24.38.31.81
nat (inside) 0 access-list nat0
nat (inside) 1 CT-NET 255.255.0.0 2000 10
nat (DMZ) 0 access-list nat0-dmz
static (inside,DMZ) CT-NET CT-NET netmask 255.255.0.0 0 0
static (inside,outside) 24.38.31.69 172.20.8.2 netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.94 192.168.10.141 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.71 172.20.1.11 dns netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.93 192.168.10.140 netmask 255.255.255.255 0 0
static (DMZ,inside) 24.38.31.93 access-list static-dmz-to-ct-1 0 0
static (DMZ,inside) 24.38.31.94 access-list static-dmz-to-ct-2 0 0
static (inside,outside) 24.38.31.92 172.20.1.56 netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.91 192.168.10.138 netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.90 192.168.10.139 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.72 172.20.1.20 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.73 172.20.1.21 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.70 172.20.1.91 netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.88 192.168.10.136 netmask 255.255.255.255 0 0
static (DMZ,outside) 24.38.31.89 192.168.10.137 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.74 172.20.1.18 netmask 255.255.255.255 0 0
static (inside,outside) 24.38.31.75 172.20.1.92 netmask 255.255.255.255 0 0
access-group out1 in interface outside
access-group dmz1 in interface DMZ
route outside 0.0.0.0 0.0.0.0 24.38.31.65 1
route inside 10.10.2.2 255.255.255.255 172.20.8.2 1
route inside CT-NET 255.255.248.0 172.20.8.2 1
timeout xlate 3:00:00
timeout conn 1:00:00 half-closed 0:10:00 udp 0:02:00 rpc 0:10:00 h225 1:00:00
timeout h323 0:05:00 mgcp 0:05:00 sip 0:30:00 sip_media 0:02:00
timeout uauth 0:05:00 absolute
aaa-server TACACS+ protocol tacacs+
aaa-server TACACS+ max-failed-attempts 3
aaa-server TACACS+ deadtime 10
aaa-server RADIUS protocol radius
aaa-server RADIUS max-failed-attempts 3
aaa-server RADIUS deadtime 10
aaa-server LOCAL protocol local
aaa-server ct-rad protocol radius
aaa-server ct-rad max-failed-attempts 2
aaa-server ct-rad deadtime 10
aaa-server ct-rad (inside) host 172.20.1.22 morrow123 timeout 7
aaa authentication ssh console LOCAL
aaa authentication http console LOCAL
aaa authentication serial console LOCAL
aaa authentication telnet console LOCAL
http server enable
http 173.220.252.56 255.255.255.248 outside
http 65.51.181.80 255.255.255.248 outside
http 208.65.108.176 255.255.255.240 outside
http CT-NET 255.255.0.0 inside
no snmp-server location
no snmp-server contact
snmp-server community m0rroW(0
no snmp-server enable traps
floodguard enable
sysopt connection permit-ipsec
sysopt connection permit-pptp
crypto ipsec transform-set 3des-sha esp-3des esp-sha-hmac
crypto ipsec transform-set 3des-md5 esp-3des esp-md5-hmac
crypto dynamic-map dyn_map 20 match address vpn-dyn-match
crypto dynamic-map dyn_map 20 set transform-set 3des-sha
crypto map ct-crypto 10 ipsec-isakmp
crypto map ct-crypto 10 match address vpn-ct-li-gre
crypto map ct-crypto 10 set peer LI-PIX
crypto map ct-crypto 10 set transform-set 3des-sha
crypto map ct-crypto 15 ipsec-isakmp
crypto map ct-crypto 15 match address vpn-ct-li
crypto map ct-crypto 15 set peer LI-PIX
crypto map ct-crypto 15 set transform-set 3des-sha
crypto map ct-crypto 20 ipsec-isakmp
crypto map ct-crypto 20 match address vpn-ct-ny
crypto map ct-crypto 20 set peer NY-PIX
crypto map ct-crypto 20 set transform-set 3des-sha
crypto map ct-crypto 30 ipsec-isakmp
crypto map ct-crypto 30 match address vpn-ct-tx
crypto map ct-crypto 30 set peer TX-PIX
crypto map ct-crypto 30 set transform-set 3des-sha
crypto map ct-crypto 65535 ipsec-isakmp dynamic dyn_map
crypto map ct-crypto client authentication ct-rad
crypto map ct-crypto interface outside
isakmp enable outside
isakmp key ******** address LI-PIX netmask 255.255.255.255 no-xauth no-config-mo
de
isakmp key ******** address 216.138.83.138 netmask 255.255.255.255 no-xauth no-c
onfig-mode
isakmp key ******** address NY-PIX netmask 255.255.255.255 no-xauth no-config-mo
de
isakmp key ******** address TX-PIX netmask 255.255.255.255 no-xauth no-config-mo
de
isakmp identity address
isakmp nat-traversal 20
isakmp policy 10 authentication pre-share
isakmp policy 10 encryption 3des
isakmp policy 10 hash sha
isakmp policy 10 group 2
isakmp policy 10 lifetime 86400
isakmp policy 20 authentication pre-share
isakmp policy 20 encryption 3des
isakmp policy 20 hash md5
isakmp policy 20 group 2
isakmp policy 20 lifetime 86400
isakmp policy 30 authentication pre-share
isakmp policy 30 encryption 3des
isakmp policy 30 hash md5
isakmp policy 30 group 1
isakmp policy 30 lifetime 86400
vpngroup remotectusers address-pool ctpool
vpngroup remotectusers dns-server 172.20.1.5
vpngroup remotectusers wins-server 172.20.1.5
vpngroup remotectusers default-domain morrowny.comAmit,
I applaud your creativity in seeking to solve your problem, however, this sounds like a real mess in the making. There are two things I don't like about your approach. One, cron -> calling Java -> calling PHP -> accessing database, it's just too many layers, in my opinion, where things can go wrong. Two it seems to me that you are exposing data one your website (with the PHP) that you may not want expose and this is an important consideration when you are dealing with emails and privacy and so on.
I think the path of least resistance would be to get a new user account added to the MySQL database that you can access remotely with your Java program. This account can be locked down for read only access and be locked down to the specific IP or IP range that your Java program will be connecting from.
Again I applaud your creativity but truly this seems like a hack because of the complexity and security concerns you are introducing and I think is a path to the land of trouble. Hopefully you will be able to get a remote account set up. -
How to Read file from Application in DMZ Server (page on DMZ)
Hi All,
i am trying open a file from application server from OAF page on DMZ server .
i am getting the error 'either not supported file type or file is damaged '.
i am taking the path of production server to read the file from DMZ server .
Please let me know what is the issue .
Thanks
RajuPlease post the details of the application release, database version and OS.
i am trying open a file from application server from OAF page on DMZ server .Is the issue with all OAF pages or with specific ones only?
i am getting the error 'either not supported file type or file is damaged '.Please check Apache log files for details about the error (error_log* and access_log*).
i am taking the path of production server to read the file from DMZ server .What type of DMZ configuration you have?
Thanks,
Hussein -
Internet Access to Portal located in DMZ
I've seen questions on the forum regarding gaing Internet access to the Oracle Portal located in the DMZ. This answer does not resolve the issue of having multple DADs to access your portal like abc.com and xyz.com. For that see note:162044.1 on metalink. http://metalink.oracle.com.
If you registered a domain name e.g. abc.com and have the portal up and running in the DMZ. Your local network should be accessing the portal just fine. Your computer name for example is portal. The URL translates into http://portal.abc.com. You opened the ports in the DMZ to allow access and wonder why you get partial portal pages, no login, etc. It's becase users can't resolve the DNS entry for portal.abc.com. Call your ISP and get an "A Record" entry. After a few hours and propogation of the A Record, users on the Internet can successfuly access your site. This A Record should be free.
Good luck
KellanHi,
You've to open the ITS for internet for accessing things from Portal too. As I've told you in previous post, the request goes directly to ITS server (http://itsserver.com/scripts..) and not as (http://myportal.com/scripts..). The idea of having it via Portal will be to mask the URL of ITS , which will not be visible (except for time you click on iview which will display in status bar). In any case, you can directly acces ITS as what you've told, however you give the proxy.
Regards,
Siva
P.S: Award points if you find this useful. -
What's happening with my 2ndGen AEX at night? Pings sometimes go over 1000ms!
What's happening with my 2ndGen AEX at night? Pings sometimes go over 1000ms!
My Airport Extreme is perfect all day but sometimes late at night my ping goes over 1000ms. Wired or Wifi is the same. There's no rhyme or reason as to when it happens either. Random times and random nights (sometimes several nights in a row, other times not for week or more). Resetting doesn't help, but If I go direct to the modem, pings are around 15-30ms... normal for me. It's been a problem for me for a while now, and I'm not sure if its the latest firmware update that did it. I first noticed it playing my Xbox 360 sometime last summer or fall. The ping times will suddenly (usually around midnight or 1am) be so high that I can't play any multiplayer games. I go to speedtest.net and my ping is anywhere from 500ms to 1118ms is the highest I've seen. If I reset the router, it is fine for a couple minutes and then right back to to the high pings. As I said, the modem is fine when I go direct, so something is causing the Airport Extreme to have trouble. It's not the XB360, cause it also happens with my XB1 and only at night. I play during the day, as well, and have no troubles.
I believe that there are certain programs that can cause this, like Vuze, but this only ever happens when everyone in the house is in bed, and both mine and my wife's laptops will be asleep. I do have a Mac Mini connected to another TV in the house, but the only thing it should be doing at that hour is its hourly Time Machine backup to a USB drive plugged directly into it. I do have a network drive attached to the AEX, but I only use that for manual backups for our laptops, neither of which is being done when this occurs. My wife and I also each have an iPad (the 2 and an Air) and an iPhone 5. Could they somehow be causing this? Maybe an automated iCloud backup occuring at night? Although, I use several devices on my network all day long without this kind of thing happening so I don't know why that would cause this kind of problem. Just to round out my collection, I have to older Airport Expresses as well to extend the network and are mostly used for the audio out.Test after each of the following steps that you haven’t already tried:
Step 1
Take all the steps suggested in this support article. That's the starting point for any further effort to solve the problem. Skipping any of those steps may mean that the problem won't be solved.
Step 2
From the menu bar, select
System Preferences ▹ Accessibility ▹ Speakable Items: Off
Step 3
Reset the SMC.
Step 4
Boot in safe mode and log in to the account with the problem. Note: If FileVault is enabled on some models, or if a firmware password is set, or if the boot volume is a software RAID, you can’t do this. Post for further instructions.
The login screen appears even if you usually log in automatically. You must know your login password in order to log in. If you’ve forgotten the password, you will need to reset it before you begin.
Safe mode is much slower to boot and run than normal. Don’t launch any applications at first. If sleep still doesn’t work properly, back up all data and reinstall the OS. After that, if you still have the issue, make a “Genius” appointment at an Apple Store to have the machine tested.
If sleep now works as expected, go on to the next step.
Step 5
Still in safe mode, launch the usual set of applications that are running when you have the problem, including your login items, one at a time, testing after each one. Some applications may not work; skip them. You might be able to identify the cause of the problem this way.
Step 6
If sleep is still working after you’ve launched all the usual applications, reboot as usual (not in safe mode) and test again. If sleep still works, you’re done, at least for the moment.
If you still have the sleep issue after booting out of safe mode, post again. -
Hello,
I am new to Cisco firewalls and am attempting to setup a DMZ on the firewall.
I have managed to create the interface and vlan and ip address settings etc. But im a bit lost with the NAT settings and rules i need to create for it.
I need to be able to do the following:
- RDP access from inside network to the DMZ servers
- Internet access for the DMZ
I am also setting up Active Directory Federation and requirre HTTPS traffic from the following:
- DMZ HTTPS to outside (Office 365 Services)
- Outside HTTPS to DMZ (ADFS Servers on DMZ only)
- DMZ HTTPS to inside (ADFS Servers Only)
- Inside HTTPS to DMZ (ADFS Servers Only)
Running Config:
interface Vlan1
nameif inside
security-level 100
ip address ccl-sua-asa 255.255.255.0
ospf cost 10
interface Vlan3
no forward interface Vlan1
nameif dmz
security-level 50
ip address 172.16.0.1 255.255.255.0
interface Vlan100
nameif outside
security-level 0
ip address 77.107.90.202 255.255.255.248
ospf cost 10
interface Ethernet0/0
switchport access vlan 100
speed 100
duplex full
interface Ethernet0/1
description Connected to CCL-SUA-SW1 port 16
interface Ethernet0/2
switchport access vlan 3
access-list inbound extended permit icmp any any
access-list inbound extended permit tcp host 87.86.204.100 host 77.107.90.203 eq smtp
access-list inbound remark Inbound ACT for Ruth Edmonds Only
access-list inbound extended permit tcp any interface outside eq www
access-list inbound extended permit tcp any interface outside eq 5022 inactive
access-list inbound remark Inbound rules for OWA 30/06/09 MD
access-list inbound extended permit tcp any host 77.107.90.203 eq https log
access-list inbound remark Inbound access for LDAP and SMTP from mimecast 02/07/09 MD
access-list inbound extended permit tcp object-group mimecast interface outside eq ldap
access-list inbound extended permit tcp object-group mimecast host 77.107.90.203 eq smtp
access-list inbound remark change request MET 56030 inbound POP3 for mimecast
access-list inbound extended permit tcp object-group mimecast host 77.107.90.203 eq pop3
access-list inbound remark Inbound rule for helpdesk 10/07/2012 ML
access-list inbound extended permit tcp any host 77.107.90.205 eq https
access-list inbound remark Inbound rule for survey 011012 ML
access-list inbound extended permit tcp any host 77.107.90.205 eq www
access-list inbound extended deny ip any any
access-list nonat extended permit ip 192.168.40.0 255.255.255.0 192.168.245.0 255.255.255.0
access-list nonat extended permit ip 192.168.40.0 255.255.255.0 192.168.252.0 255.255.252.0
access-list vpn-met-bir extended permit ip 192.168.40.0 255.255.255.0 192.168.252.0 255.255.252.0
access-list outbound extended permit ip object-group servers 192.168.255.0 255.255.255.0
access-list outbound extended deny ip any 192.168.255.0 255.255.255.0
access-list outbound extended permit ip 192.168.40.0 255.255.255.0 192.168.254.0 255.255.255.0
access-list outbound extended deny udp any 192.168.255.0 255.255.255.0
access-list outbound extended deny ip any 10.0.0.0 255.0.0.0
access-list outbound extended deny ip any 192.168.0.0 255.255.0.0
access-list outbound extended permit ip any any
global (outside) 1 interface
nat (inside) 0 access-list nonat
nat (inside) 1 192.168.40.0 255.255.255.0
nat (inside) 1 192.168.41.0 255.255.255.0
nat (dmz) 1 172.16.0.0 255.255.255.0
static (inside,outside) tcp interface 5022 192.168.41.1 ssh netmask 255.255.255.255
static (outside,outside) tcp interface ssh 192.168.41.1 ssh netmask 255.255.255.255
static (inside,outside) tcp interface www WEB www netmask 255.255.255.255
static (inside,outside) tcp interface ldap FILESERVER ldap netmask 255.255.255.255
static (inside,outside) 77.107.90.203 MAILSERVER netmask 255.255.255.255
static (inside,outside) 77.107.90.205 helpdesk netmask 255.255.255.255
static (dmz,outside) 77.107.90.206 172.16.0.7 netmask 255.255.255.255
access-group outbound in interface inside
access-group inbound in interface outside
route outside 0.0.0.0 0.0.0.0 77.107.90.201 1
route inside 192.168.41.0 255.255.255.0 ccl-sua-sw1 1
Like i mentioned I have already setup the DMZ itself but its just the NAT and rules im struggling to get working
Many Thanks
JamesHi,
If you have only a ASA5505 Base License then you can initiate/open connections from the DMZ to INSIDE
You can confirm the License level with "show version" command. It should read at the end of the output.
In the Base License you only have a restricted DMZ/3rd interface on the ASA. You can connect to it from anywhere BUT you have to limit it from connecting towards one of the other 2 intefaces. You have already done this with the command
no forward interface Vlan1
Which to my understanding is required to get the 3rd interface active when you only have Base License on ASA5505.
OUTSIDE -> DMZ
INSIDE -> DMZ
Connection initiating should be possible.
So it seems to me that you already have one problem that will limit connectivity and not just the NAT.
You already seem to have the Default PAT configuration for DMZ Internet traffic.
You dont have the NAT for DMZ <-> INSIDE traffic but as mentioned above it might already be limited by something else even though your configurations were fine.
The corrent NAT configuration to enable that traffic would be to use
static (inside,dmz) netmask
Repeat for all
EDIT: Naturally you would also need an ACL on the DMZ interface for DMZ -> INSIDE traffic since the INSIDE is of higher "security-level". But as soon as you add the ACL to the DMZ interface you would also have to use it to allow Internet bound traffic since the "security-level" looses its meaning after an ACL is attached to the interface.
- Jouni -
ASA 5505 -Can I use outside dynamic IP for webserver DMZ?
SETUP
ASA 5505
ASA Version 9.1(2)
ASDM Version 7.1(3)
I have basic license, using only three vlans (outside, inside, DMZ).
QUESTION:
I want to find a way (if possible) to use the single DYNAMIC IP (dhcp'd from ISP) on the "outside" interface, as a means to setup a web-server on the DMZ? I just want to allow my WHS-2011 (server) to talk to microsoft's free DDNS service where my domain name is hosted (ports 80,443,4125).
So far, every setup option I have tried does not make it past the implicit deny acl's (on the outside interface) to the web-server (DMZ).
I understand that the VLAN1 (inside) had to be disabled. I understand that objects now replace some of the older NAT'd components.
CONFIG:
object network webserver-external-ip
host <X.X.X.X>
! I had set this to match my ISP DHCP address
object network webserver
host 172.16.0.2
nat (DMZ,outside) static webserver-external-ip service tcp www www
nat (DMZ,outside) static webserver-external-ip service tcp 443 443
nat (DMZ,outside) static webserver-external-ip service tcp 4125 4125
access-list outside_acl extended permit tcp any object webserver eq www
access-list outside_acl_https extended permit tcp any object webserver eq 443
access-list outside_acl_rww extended permit tcp any object webserver eq 4125
access-group outside_acl in interface outside
access-group outside_acl_https in interface outside
access-group outside_acl_rww in interface outside
! added the dns statements below because the cisco doc (below) says it's required or dmz traffic can't get out despite default rule allowing it to do so.
! (ctrl-F) ... "all traffic would be blocked from the dmz to hosts on the internet"
! http://www.cisco.com/en/US/products/ps6120/products_configuration_example09186a0080bf150c.shtml
object network dns-server
host 8.8.8.8
exit
access-list dmz_acl extended permit udp any object dns-server eq domain
access-list dmz_acl extended permit ip any any
access-group dmz_acl in interface DMZ
SUMMARY:
I just want to allow my WHS-2011 (server) to talk to microsoft's free DDNS service where my domain name is hosted (ports 80,443,4125).
I want to find a way (if possible) to use the single DYNAMIC IP (dhcp'd from ISP) on the "outside" interface, as a means to setup a web-server on the DMZ?
Other:
As an interim alternative, I have been able to setup & connect to the ASA using clientless vpn (web-ssl), and from there getting over to my WHS2011 server...-but the problem is, I have no way of knowing, or updating my DDNS once that IP changes since the ASA keeps blocking the return traffic to theh outside interface. My only assumption is that becasue I am using a single dynamic IP (outside interface) that it has nothing to re-direct the traffic to....???
Thank You for any help you can provide!!
k/rHi,
I cant really help with the DDNS portion but I would imagine you already have that sorted out.
The ASA configurations however seem a bit off to me.
Here is what you should configure
STATIC PAT TO HOST SERVICES
There are some changes that need to be done to both ACL and NAT configurations. First of the NAT configurations for each port require their own "object network" to be configured.
Also since you are using a DHCP address from the ISP to act as the NAT address then you can use the keyword/parameter "interface" in the actual "nat" command. This basically tells the ASA that it should use whatever IP address is currently on the "outside" interface of the ASA. So you wont have to configure any separate "object network" for the public IP address every time it changes.
Also, with regards to the ACL configurations. You should only configure one ACL per interface in the "in" direction. So all the rules you need to configure for traffic inbound from the Internet need to be in the same ACL that you then attach to the "outside" interface with the command "access-group"
object network WEBSERVER-TCP80
host 172.16.0.2
nat (DMZ,outside) static interface service tcp www www
object network WEBSERVER-TCP443
host 172.16.0.2
nat (DMZ,outside) static interface service tcp 443 443
object network WEBSERVER-TCP4125
host 172.16.0.2
nat (DMZ,outside) static interface service tcp 4125 4125
access-list outside_acl extended permit tcp any object WEBSERVER-TCP80 eq www
access-list outside_acl extended permit tcp any object WEBSERVER-TCP443 eq https
access-list outside_acl extended permit tcp any object WEBSERVER-TCP4125 eq 4125
access-group outside_acl in interface outside
DYNAMIC PAT FOR LANs and DMZs
The above NAT configurations only handles the NAT for situations where the remote hosts on the Internet contact your DMZ server.
If you want to configure Dynamic PAT for all your LAN and DMZ users which basically enable them to use the "outside" interface public IP address for Internet traffic, then you could configure this single "nat" configuration
nat (any,outside) after-auto source dynamic any interface
This would enable Dynamic PAT for all users behind the ASA
I am not sure if you will run into problems since you are using a single public IP address and trying to forward TCP/443. This port is both used for SSL VPN and ASDM management of the ASA.
If you want to change the default port of the ASDM management you can use this command
http server enable
If you want to change the default port of SSL VPN you can use these commands
webvpn
port
Naturally before doing either of the above changes, make sure that you are not relying to them for management purposes if something was to go wrong. If you have SSH management access to the ASA then it should naturally be ok.
I am not sure if all of the above are enough to get your setup working but it should be the basics. Naturally if there is still problems after the above suggestions it might be helpfull to see the current ASA configurations. For example NAT might not work if the ordering of NAT rules is wrong even though the actual configurations are otherwise valid.
Hope this helps
Please do remember to mark a reply as the correct answer if it answered your question.
Feel free to ask more if needed
- Jouni -
DMZ issues in ASA 5505 Firewall
hi , i have asa 5505 firewall with ASA5505-UL-BUN-K9 license i have problem with DMZ. I am not able to create dmz. please suggest me what i need to do in order to be able to configure dmz. should i need to upgrade the license. please suggest.
Hi,
Is the currently licensed firewall something that you have had for sometime or is it a new purchase?
Just wondering as it would seem unreasonable to just have bought something and then having to get a new license. Just wondering if you can somehow avoid spending extra money if this is a new purchase that wasnt what you were actually looking for.
You can check this link for the differnent options the ASA5505 has
http://www.cisco.com/en/US/prod/collateral/vpndevc/ps6032/ps6094/ps6120/prod_brochure0900aecd80402e36.html
You can also check this link for all the available licensed options on the ASA5505
http://www.cisco.com/en/US/docs/security/asa/asa91/license/license_management/license.html#wp2124788
This link contains also information on the ASA models
http://www.cisco.com/en/US/prod/collateral/vpndevc/ps6032/ps6094/ps6120/prod_brochure0900aecd80285492.pdf
So essentially you would get 20 Vlan interfaces instead of 3 and also support for Trunking which would let you use a single physical link for several Vlans (if you wanted that is)
Hope this helps
- Jouni -
Hi,
i have problem configuring DMZ to access outside.
I'm not able to ping from DMZ network to DMZ interface (gateway) neither am i able to contact the internet with DMZ hosts
I'm able to ping from LAN to LAN gateway (inspect ICMP service policy)
interface Vlan1
nameif inside
security-level 100
ip address 10.1.1.254 255.0.0.0
interface Vlan2
description Connection to Internet
nameif outside
security-level 0
pppoe client vpdn group Dial_Belgacom
ip address pppoe setroute
interface Vlan12
description DMZ
nameif DMZ
security-level 50
ip address 172.20.1.254 255.255.255.0
access-list DMZ_access_in extended permit ip object NetworkDMZ any
access-list DMZ_access_in extended deny ip object NetworkDMZ any
object network in-out
nat (inside,outside) dynamic interface
object network DMZ-Out
nat (DMZ,outside) dynamic interface
access-group inside_access_in in interface inside
access-group DMZ_access_in in interface DMZ
Thanks,
ChristopheDo you have the security plus license installed?
Are using a single ASA interface? if so, is that port configured to be a trunk?
Have you tried a shut / no shut on the DMZ interface?
Have you tried removing the configuration from the DMZ interface and re adding it?
Have you made 100% sure that the IP you are testing from in the DMZ network is within the subnet 172.20.1.0/24?
What is between the ASA and the test PC? (switch, L3 switch, router...etc.)
If you configure a port on the ASA to be in vlan 12 and connect a PC directly to that port, do you get a successful test?
Please remember to select a correct answer and rate helpful posts -
ASA 5505 ver 8.4 DMZ to Outside not working
I have an ASA 5505 ver 8.4. The configuration is provided below. My INSIDE hosts are able to get to the internet via the Outside interface. The DHCP for my INSIDE hosts are handled by my L3 3560 switch. My DMZ hosts DHCP is handled by the ASA 5505. I've included packet-tracer results for both from the DMZ to the Outside address (DNS server) and a return packet tracer from the Outside interface to the DMZ host address. I see that the return is failing, however everything I have tried so far hasn't worked. Thank you in advance for any assistance.
***************************************8
ASA Version 8.4(4)
hostname mxfw
domain-name moxiefl.com
enable password (removed)
interface Ethernet0/0
switchport access vlan 2
interface Ethernet0/1
interface Ethernet0/2
interface Ethernet0/3
shutdown
interface Ethernet0/4
shutdown
interface Ethernet0/5
switchport trunk allowed vlan 20,22
switchport mode trunk
interface Ethernet0/6
shutdown
interface Ethernet0/7
shutdown
interface Vlan1
nameif inside
security-level 100
ip address 10.0.1.1 255.255.255.0
interface Vlan2
nameif outside
security-level 0
ip address dhcp setroute
interface Vlan20
nameif dmz
security-level 50
ip address 172.26.20.1 255.255.255.0
interface Vlan22
nameif dmz2
security-level 50
ip address 172.26.22.1 255.255.255.0
ftp mode passive
dns domain-lookup inside
dns domain-lookup outside
dns server-group DefaultDNS
name-server 208.67.222.222
name-server 208.67.220.220
domain-name moxiefl.com
same-security-traffic permit inter-interface
object network Generic_All_Network
subnet 0.0.0.0 0.0.0.0
object network INSIDE_Hosts
subnet 10.1.0.0 255.255.0.0
object network AnyConnect_Hosts
subnet 192.168.60.0 255.255.255.0
object network NETWORK_OBJ_192.168.60.0_26
subnet 192.168.60.0 255.255.255.192
object network DMZ_Network
subnet 172.26.20.0 255.255.255.0
object network DMZ2_Network
subnet 172.26.22.0 255.255.255.0
pager lines 24
mtu inside 1500
mtu outside 1500
mtu dmz 1500
mtu dmz2 1500
ip local pool VPN_POOL 192.168.60.20-192.168.60.40 mask 255.255.255.0
no failover
icmp unreachable rate-limit 1 burst-size 1
no asdm history enable
arp timeout 14400
nat (inside,outside) source dynamic Generic_All_Network interface
nat (inside,outside) source static INSIDE_Hosts INSIDE_Hosts destination static AnyConnect_Hosts AnyConnect_Hosts route-lookup
nat (inside,outside) source static any any destination static NETWORK_OBJ_192.168.60.0_26 NETWORK_OBJ_192.168.60.0_26 no-proxy-arp route-lookup
nat (dmz,outside) source dynamic Generic_All_Network interface
nat (dmz2,outside) source dynamic Generic_All_Network interface
route inside 10.1.0.0 255.255.0.0 10.0.1.2 1
timeout xlate 3:00:00
timeout pat-xlate 0:00:30
timeout conn 1:00:00 half-closed 0:10:00 udp 0:02:00 icmp 0:00:02
timeout sunrpc 0:10:00 h323 0:05:00 h225 1:00:00 mgcp 0:05:00 mgcp-pat 0:05:00
timeout sip 0:30:00 sip_media 0:02:00 sip-invite 0:03:00 sip-disconnect 0:02:00
timeout sip-provisional-media 0:02:00 uauth 0:05:00 absolute
timeout tcp-proxy-reassembly 0:01:00
timeout floating-conn 0:00:00
dynamic-access-policy-record DfltAccessPolicy
user-identity default-domain LOCAL
aaa authentication ssh console LOCAL
aaa authentication http console LOCAL
http server enable
http 10.0.0.0 255.0.0.0 inside
no snmp-server location
no snmp-server contact
snmp-server enable traps snmp authentication linkup linkdown coldstart warmstart
crypto ipsec ikev2 ipsec-proposal AES256
protocol esp encryption aes-256
protocol esp integrity sha-1 md5
crypto ipsec ikev2 ipsec-proposal AES192
protocol esp encryption aes-192
protocol esp integrity sha-1 md5
crypto ipsec ikev2 ipsec-proposal AES
protocol esp encryption aes
protocol esp integrity sha-1 md5
crypto ipsec ikev2 ipsec-proposal 3DES
protocol esp encryption 3des
protocol esp integrity sha-1 md5
crypto ipsec ikev2 ipsec-proposal DES
protocol esp encryption des
protocol esp integrity sha-1 md5
crypto dynamic-map SYSTEM_DEFAULT_CRYPTO_MAP 65535 set ikev2 ipsec-proposal AES256 AES192 AES 3DES DES
crypto map outside_map 65535 ipsec-isakmp dynamic SYSTEM_DEFAULT_CRYPTO_MAP
crypto map outside_map interface outside
crypto ca trustpoint ASDM_TrustPoint0
enrollment self
fqdn anyconnect.moxiefl.com
subject-name CN=AnyConnect.moxiefl.com
keypair AnyConnect
proxy-ldc-issuer
crl configure
crypto ca certificate chain ASDM_TrustPoint0
certificate 439a4452
3082026c 308201d5 a0030201 02020443 9a445230 0d06092a 864886f7 0d010105
05003048 311f301d 06035504 03131641 6e79436f 6e6e6563 742e6d6f 78696566
6c2e636f 6d312530 2306092a 864886f7 0d010902 1616616e 79636f6e 6e656374
2e6d6f78 6965666c 2e636f6d 301e170d 31333039 32373037 32353331 5a170d32
33303932 35303732 3533315a 3048311f 301d0603 55040313 16416e79 436f6e6e
6563742e 6d6f7869 65666c2e 636f6d31 25302306 092a8648 86f70d01 09021616
616e7963 6f6e6e65 63742e6d 6f786965 666c2e63 6f6d3081 9f300d06 092a8648
86f70d01 01010500 03818d00 30818902 8181009a d9f320ff e93d4fdd cb707a4c
b4664c47 6d2cc639 4dc45fed bfbc2150 7109fd81 5d6a5252 3d40dc43 696360d5
fbf92bcc 477d19b8 5301085c daf40de5 87d7e4aa f81b8d7f 8d364dfa 0a6f07d7
6a7c3e9b 56e69152 aa5492d8 e35537bd 567ccf29 7afbeae8 13da9936 9f890d76
1d56d11d da3d039a 0e714849 e6841ff2 5483b102 03010001 a3633061 300f0603
551d1301 01ff0405 30030101 ff300e06 03551d0f 0101ff04 04030201 86301f06
03551d23 04183016 80142f27 7096c4c5 e396e691 e07ef737 af61b71f 64f1301d
0603551d 0e041604 142f2770 96c4c5e3 96e691e0 7ef737af 61b71f64 f1300d06
092a8648 86f70d01 01050500 03818100 8f777196 bbe6a5e4 8af9eb9a 514a8348
5e62d6cd 47257243 e430a758 2b367543 065d4ceb 582bf666 08ff7be1 f89287a2
ac527824 b11c2048 7fd2b50d 35ca3902 6aa00675 e4df7859 f3590596 b1d52426
1e97a52c 4e77f4b0 226dec09 713f7ba9 80bdf7bb b52a7da2 4a68b91b 455cabba
0cc4c6f3 f244f7d9 0a6e32fb 31ce7e35
quit
crypto ikev2 policy 1
encryption aes-256
integrity sha
group 5 2
prf sha
lifetime seconds 86400
crypto ikev2 policy 10
encryption aes-192
integrity sha
group 5 2
prf sha
lifetime seconds 86400
crypto ikev2 policy 20
encryption aes
integrity sha
group 5 2
prf sha
lifetime seconds 86400
crypto ikev2 policy 30
encryption 3des
integrity sha
group 5 2
prf sha
lifetime seconds 86400
crypto ikev2 policy 40
encryption des
integrity sha
group 5 2
prf sha
lifetime seconds 86400
crypto ikev2 enable outside client-services port 443
crypto ikev2 remote-access trustpoint ASDM_TrustPoint0
telnet timeout 5
ssh 10.0.0.0 255.0.0.0 inside
ssh timeout 5
ssh key-exchange group dh-group1-sha1
console timeout 0
dhcpd dns 208.67.222.222 208.67.220.220
dhcpd auto_config outside
dhcpd address 10.0.1.20-10.0.1.40 inside
dhcpd dns 208.67.222.222 208.67.220.220 interface inside
dhcpd enable inside
dhcpd address 172.26.20.21-172.26.20.60 dmz
dhcpd dns 208.67.222.222 208.67.220.220 interface dmz
dhcpd enable dmz
dhcpd address 172.26.22.21-172.26.22.200 dmz2
dhcpd dns 208.67.222.222 208.67.220.220 interface dmz2
dhcpd enable dmz2
threat-detection basic-threat
threat-detection statistics access-list
no threat-detection statistics tcp-intercept
ssl trust-point ASDM_TrustPoint0 outside
webvpn
enable outside
anyconnect-essentials
anyconnect image disk0:/anyconnect-win-3.0.2052-k9.pkg 1
anyconnect profiles AnyConnect_client_profile disk0:/AnyConnect_client_profile.xml
anyconnect enable
tunnel-group-list enable
group-policy GroupPolicy_AnyConnect internal
group-policy GroupPolicy_AnyConnect attributes
wins-server none
dns-server value 208.67.222.222 208.67.220.220
vpn-tunnel-protocol ikev2 ssl-client
default-domain value moxiefl.com
webvpn
anyconnect profiles value AnyConnect_client_profile type user
username user1 password $$$$$$$$$$$$$$$$$ encrypted privilege 15
username user2 password $$$$$$$$$$$$$$$$$ encrypted privilege 15
tunnel-group AnyConnect type remote-access
tunnel-group AnyConnect general-attributes
address-pool VPN_POOL
default-group-policy GroupPolicy_AnyConnect
tunnel-group AnyConnect webvpn-attributes
group-alias AnyConnect enable
class-map inspection_default
match default-inspection-traffic
policy-map type inspect dns preset_dns_map
parameters
message-length maximum client auto
message-length maximum 512
policy-map global_policy
class inspection_default
inspect dns preset_dns_map
inspect ftp
inspect h323 h225
inspect h323 ras
inspect ip-options
inspect netbios
inspect rsh
inspect rtsp
inspect skinny
inspect esmtp
inspect sqlnet
inspect sunrpc
inspect tftp
inspect sip
inspect xdmcp
inspect icmp
service-policy global_policy global
prompt hostname context
no call-home reporting anonymous
call-home
profile CiscoTAC-1
no active
destination address http https://tools.cisco.com/its/service/oddce/services/DDCEService
destination address email [email protected]
destination transport-method http
subscribe-to-alert-group diagnostic
subscribe-to-alert-group environment
subscribe-to-alert-group inventory periodic monthly
subscribe-to-alert-group configuration periodic monthly
subscribe-to-alert-group telemetry periodic daily
Cryptochecksum:f2c7362097b71bcada023c6bbfc45121
: end
Packet Tracer from DMZ to Outside
mxfw# packet-tracer input dmz icmp 172.26.20.22 8 0 208.67.222.222 detailed
Phase: 1
Type: ROUTE-LOOKUP
Subtype: input
Result: ALLOW
Config:
Additional Information:
in 0.0.0.0 0.0.0.0 outside
Phase: 2
Type: IP-OPTIONS
Subtype:
Result: ALLOW
Config:
Additional Information:
Forward Flow based lookup yields rule:
in id=0xac5bdb90, priority=0, domain=inspect-ip-options, deny=true
hits=22, user_data=0x0, cs_id=0x0, reverse, flags=0x0, protocol=0
src ip/id=0.0.0.0, mask=0.0.0.0, port=0
dst ip/id=0.0.0.0, mask=0.0.0.0, port=0, dscp=0x0
input_ifc=dmz, output_ifc=any
Phase: 3
Type: INSPECT
Subtype: np-inspect
Result: ALLOW
Config:
Additional Information:
Forward Flow based lookup yields rule:
in id=0xacff7ee0, priority=70, domain=inspect-icmp, deny=false
hits=8, user_data=0xad253a68, cs_id=0x0, use_real_addr, flags=0x0, protocol=1
src ip/id=0.0.0.0, mask=0.0.0.0, icmp-type=0
dst ip/id=0.0.0.0, mask=0.0.0.0, icmp-code=0, dscp=0x0
input_ifc=dmz, output_ifc=any
Phase: 4
Type: INSPECT
Subtype: np-inspect
Result: ALLOW
Config:
Additional Information:
Forward Flow based lookup yields rule:
in id=0xac5bd768, priority=66, domain=inspect-icmp-error, deny=false
hits=8, user_data=0xac5bcd80, cs_id=0x0, use_real_addr, flags=0x0, protocol=1
src ip/id=0.0.0.0, mask=0.0.0.0, icmp-type=0
dst ip/id=0.0.0.0, mask=0.0.0.0, icmp-code=0, dscp=0x0
input_ifc=dmz, output_ifc=any
Phase: 5
Type: NAT
Subtype:
Result: ALLOW
Config:
nat (dmz,outside) source dynamic Generic_All_Network interface
Additional Information:
Dynamic translate 172.26.20.22/0 to 192.168.1.231/23136
Forward Flow based lookup yields rule:
in id=0xac63c0e8, priority=6, domain=nat, deny=false
hits=7, user_data=0xac6209f0, cs_id=0x0, use_real_addr, flags=0x0, protocol=0
src ip/id=0.0.0.0, mask=0.0.0.0, port=0
dst ip/id=0.0.0.0, mask=0.0.0.0, port=0, dscp=0x0
input_ifc=dmz, output_ifc=outside
Phase: 6
Type: IP-OPTIONS
Subtype:
Result: ALLOW
Config:
Additional Information:
Reverse Flow based lookup yields rule:
in id=0xac578bf0, priority=0, domain=inspect-ip-options, deny=true
hits=7510, user_data=0x0, cs_id=0x0, reverse, flags=0x0, protocol=0
src ip/id=0.0.0.0, mask=0.0.0.0, port=0
dst ip/id=0.0.0.0, mask=0.0.0.0, port=0, dscp=0x0
input_ifc=outside, output_ifc=any
Phase: 7
Type: FLOW-CREATION
Subtype:
Result: ALLOW
Config:
Additional Information:
New flow created with id 7561, packet dispatched to next module
Module information for forward flow ...
snp_fp_tracer_drop
snp_fp_inspect_ip_options
snp_fp_inspect_icmp
snp_fp_translate
snp_fp_adjacency
snp_fp_fragment
snp_ifc_stat
Module information for reverse flow ...
snp_fp_tracer_drop
snp_fp_inspect_ip_options
snp_fp_translate
snp_fp_inspect_icmp
snp_fp_adjacency
snp_fp_fragment
snp_ifc_stat
Result:
input-interface: dmz
input-status: up
input-line-status: up
output-interface: outside
output-status: up
output-line-status: up
Action: allow
Packet Tracer for return from Outside:
mxfw(config)# packet-tracer input outside icmp 207.67.222.222 0 0 172.26.20.22$
Phase: 1
Type: ROUTE-LOOKUP
Subtype: input
Result: ALLOW
Config:
Additional Information:
in 172.26.20.0 255.255.255.0 dmz
Phase: 2
Type: ACCESS-LIST
Subtype:
Result: DROP
Config:
Implicit Rule
Additional Information:
Forward Flow based lookup yields rule:
in id=0xacea45d8, priority=11, domain=permit, deny=true
hits=0, user_data=0x5, cs_id=0x0, flags=0x0, protocol=0
src ip/id=0.0.0.0, mask=0.0.0.0, port=0
dst ip/id=0.0.0.0, mask=0.0.0.0, port=0, dscp=0x0
input_ifc=outside, output_ifc=any
Result:
input-interface: outside
input-status: up
input-line-status: up
output-interface: dmz
output-status: up
output-line-status: up
Action: drop
Drop-reason: (acl-drop) Flow is denied by configured rule
Settings of PC and PING & tracert results
C:\Users>ipconfig /all
Windows IP Configuration
Host Name . . . . . . . . . . . . : MXW8DT01
Primary Dns Suffix . . . . . . . :
Node Type . . . . . . . . . . . . : Hybrid
IP Routing Enabled. . . . . . . . : No
WINS Proxy Enabled. . . . . . . . : No
Wireless LAN adapter Local Area Connection* 11:
Media State . . . . . . . . . . . : Media disconnected
Connection-specific DNS Suffix . :
Description . . . . . . . . . . . : Microsoft Wi-Fi Direct Virtual Adapter
Physical Address. . . . . . . . . : 68-94-23-20-FA-C5
DHCP Enabled. . . . . . . . . . . : Yes
Autoconfiguration Enabled . . . . : Yes
Wireless LAN adapter Wi-Fi:
Media State . . . . . . . . . . . : Media disconnected
Connection-specific DNS Suffix . :
Description . . . . . . . . . . . : Ralink RT5390R 802.11bgn Wi-Fi Adapter
Physical Address. . . . . . . . . : 68-94-23-20-FA-C3
DHCP Enabled. . . . . . . . . . . : Yes
Autoconfiguration Enabled . . . . : Yes
Ethernet adapter Ethernet:
Connection-specific DNS Suffix . :
Description . . . . . . . . . . . : Realtek PCIe FE Family Controller
Physical Address. . . . . . . . . : 08-9E-01-3D-64-39
DHCP Enabled. . . . . . . . . . . : Yes
Autoconfiguration Enabled . . . . : Yes
IPv4 Address. . . . . . . . . . . : 172.26.20.22(Preferred)
Subnet Mask . . . . . . . . . . . : 255.255.255.0
Lease Obtained. . . . . . . . . . : Sunday, October 6, 2013 3:28:48 PM
Lease Expires . . . . . . . . . . : Sunday, October 6, 2013 4:28:48 PM
Default Gateway . . . . . . . . . : 172.26.20.1
DHCP Server . . . . . . . . . . . : 172.26.20.1
DNS Servers . . . . . . . . . . . : 208.67.222.222
208.67.220.220
NetBIOS over Tcpip. . . . . . . . : Enabled
Tunnel adapter isatap.{9B004C7D-7A34-4A9C-BEDB-5212A582FAB1}:
Media State . . . . . . . . . . . : Media disconnected
Connection-specific DNS Suffix . :
Description . . . . . . . . . . . : Microsoft ISATAP Adapter
Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
DHCP Enabled. . . . . . . . . . . : No
Autoconfiguration Enabled . . . . : Yes
Tunnel adapter Teredo Tunneling Pseudo-Interface:
Connection-specific DNS Suffix . :
Description . . . . . . . . . . . : Teredo Tunneling Pseudo-Interface
Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
DHCP Enabled. . . . . . . . . . . : No
Autoconfiguration Enabled . . . . : Yes
IPv6 Address. . . . . . . . . . . : 2001:0:5ef5:79fb:3497:208a:53e5:ebe9(Pref
erred)
Link-local IPv6 Address . . . . . : fe80::3497:208a:53e5:ebe9%16(Preferred)
Default Gateway . . . . . . . . . : ::
NetBIOS over Tcpip. . . . . . . . : Disabled
C:\Users>ping 208.67.222.222
Pinging 208.67.222.222 with 32 bytes of data:
Request timed out.
Request timed out.
Request timed out.
Request timed out.
Ping statistics for 208.67.222.222:
Packets: Sent = 4, Received = 0, Lost = 4 (100% loss),
C:\Users>tracert 208.67.222.222
Tracing route to 208.67.222.222 over a maximum of 30 hops
1 1 ms <1 ms <1 ms 172.26.20.1
2 * * * Request timed out.
3 * * * Request timed out.
4 * * * Request timed out.
5 * * * Request timed out.
6 * * * Request timed out.
7 * * * Request timed out.
8 * * * Request timed out.
9 * * * Request timed out.
10 * * * Request timed out.
11 * * * Request timed out.
12 * * * Request timed out.
13 * * * Request timed out.
14 * * * Request timed out.
15 * * * Request timed out.
16 * * * Request timed out.
17 * * * Request timed out.
18 * * * Request timed out.
19 * * * Request timed out.
20 * * * Request timed out.
21 * * * Request timed out.
22 * * * Request timed out.
23 * * * Request timed out.
24 * * * Request timed out.
25 * * * Request timed out.
26 * * * Request timed out.
27 * * * Request timed out.
28 * * * Request timed out.
29 * * * Request timed out.
30 * * * Request timed out.
Trace complete.Naveen & Julio,
The version is below along with the captures. The show cap asp | include 208.67.222.222 is fairly long.
Thank you again for your assistance.
Jerry
mxfw(config)# sho ver
Cisco Adaptive Security Appliance Software Version 8.4(4)
Device Manager Version 6.4(9)
Compiled on Mon 21-May-12 10:48 by builders
System image file is "disk0:/asa844-k8.bin"
Config file at boot was "startup-config"
mxfw up 23 hours 47 mins
Hardware: ASA5505, 1024 MB RAM, CPU Geode 500 MHz
Internal ATA Compact Flash, 32768MB
BIOS Flash M50FW016 @ 0xfff00000, 2048KB
Encryption hardware device : Cisco ASA-5505 on-board accelerator (revision 0x0)
Boot microcode : CN1000-MC-BOOT-2.00
SSL/IKE microcode: CNLite-MC-SSLm-PLUS-2.03
IPSec microcode : CNlite-MC-IPSECm-MAIN-2.06
Number of accelerators: 1
0: Int: Internal-Data0/0 : address is 2c54.2df4.9c93, irq 11
1: Ext: Ethernet0/0 : address is 2c54.2df4.9c8b, irq 255
2: Ext: Ethernet0/1 : address is 2c54.2df4.9c8c, irq 255
3: Ext: Ethernet0/2 : address is 2c54.2df4.9c8d, irq 255
4: Ext: Ethernet0/3 : address is 2c54.2df4.9c8e, irq 255
5: Ext: Ethernet0/4 : address is 2c54.2df4.9c8f, irq 255
6: Ext: Ethernet0/5 : address is 2c54.2df4.9c90, irq 255
7: Ext: Ethernet0/6 : address is 2c54.2df4.9c91, irq 255
8: Ext: Ethernet0/7 : address is 2c54.2df4.9c92, irq 255
9: Int: Internal-Data0/1 : address is 0000.0003.0002, irq 255
10: Int: Not used : irq 255
11: Int: Not used : irq 255
Licensed features for this platform:
Maximum Physical Interfaces : 8 perpetual
VLANs : 20 DMZ Unrestricted
Dual ISPs : Enabled perpetual
VLAN Trunk Ports : 8 perpetual
Inside Hosts : Unlimited perpetual
Failover : Active/Standby perpetual
VPN-DES : Enabled perpetual
VPN-3DES-AES : Enabled perpetual
AnyConnect Premium Peers : 25 perpetual
AnyConnect Essentials : 25 perpetual
Other VPN Peers : 25 perpetual
Total VPN Peers : 25 perpetual
Shared License : Enabled perpetual
AnyConnect for Mobile : Enabled perpetual
AnyConnect for Cisco VPN Phone : Enabled perpetual
Advanced Endpoint Assessment : Enabled perpetual
UC Phone Proxy Sessions : 24 perpetual
Total UC Proxy Sessions : 24 perpetual
Botnet Traffic Filter : Enabled perpetual
Intercompany Media Engine : Disabled perpetual
This platform has an ASA 5505 Security Plus license.
Serial Number: JMX1617Z2B0
Running Permanent Activation Key: 0x112dd960 0x68ba556a 0x9160b8f4 0xc4f49064 0x822ae087
Configuration register is 0x1
mxfw(config)# sho cap asp | include 208.67.222.222
1: 08:14:03.444953 802.1Q vlan#2 P0 192.168.60.20.50815 > 208.67.222.222.53: udp 38
4: 08:14:04.613920 802.1Q vlan#2 P0 192.168.60.20.49379 > 208.67.222.222.53: udp 36 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
9: 08:14:05.456168 802.1Q vlan#2 P0 192.168.60.20.50815 > 208.67.222.222.53: udp 38 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
19: 08:14:07.874283 802.1Q vlan#2 P0 192.168.60.20.52778 > 208.67.222.222.53: udp 39 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
26: 08:14:09.464407 802.1Q vlan#2 P0 192.168.60.20.50815 > 208.67.222.222.53: udp 38 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
31: 08:14:09.885559 802.1Q vlan#2 P0 192.168.60.20.52778 > 208.67.222.222.53: udp 39 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
36: 08:14:11.228427 802.1Q vlan#2 P0 192.168.60.20.57817 > 208.67.222.222.53: udp 36
37: 08:14:12.240847 802.1Q vlan#2 P0 192.168.60.20.57817 > 208.67.222.222.53: udp 36 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
38: 08:14:13.254533 802.1Q vlan#2 P0 192.168.60.20.57817 > 208.67.222.222.53: udp 36 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
44: 08:14:13.893889 802.1Q vlan#2 P0 192.168.60.20.52778 > 208.67.222.222.53: udp 39 Drop-reason: (unable-to-create-flow) Flow denied due to resource limitation
51: 08:14:15.266374 802.1Q vlan#2 P0 192.168.60.20.57817 > 208.67.222.222.53: udp 36
63: 08:14:19.274750 802.1Q vlan#2 P0 192.168.60.20.57817 > 208.67.222.222.53: udp 36
68: 08:14:20.509312 802.1Q vlan#2 P0 192.168.60.20.50543 > 208.67.222.222.53: udp 39
69: 08:14:21.520816 802.1Q vlan#2 P0 192.168.60.20.50543 > 208.67.222.222.53: udp 39
70: 08:14:22.534548 802.1Q vlan#2 P0 192.168.60.20.50543 > 208.67.222.222.53: udp 39
76: 08:14:24.547228 802.1Q vlan#2 P0 192.168.60.20.50543 > 208.67.222.222.53: udp 39
83: 08:14:28.554826 802.1Q vlan#2 P0 192.168.60.20.50543 > 208.67.222.222.53: udp 39
89: 08:14:29.803150 802.1Q vlan#2 P0 192.168.60.20.54948 > 208.67.222.222.53: udp 38
91: 08:14:31.816089 802.1Q vlan#2 P0 192.168.60.20.54948 > 208.67.222.222.53: udp 38
102: 08:14:35.822894 802.1Q vlan#2 P0 192.168.60.20.54948 > 208.67.222.222.53: udp 38
116: 08:14:42.885604 802.1Q vlan#2 P0 192.168.60.20.62505 > 208.67.222.222.53: udp 34
118: 08:14:43.883926 802.1Q vlan#2 P0 192.168.60.20.62505 > 208.67.222.222.53: udp 34
123: 08:14:44.884491 802.1Q vlan#2 P0 192.168.60.20.62505 > 208.67.222.222.53: udp 34
127: 08:14:46.884521 802.1Q vlan#2 P0 192.168.60.20.62505 > 208.67.222.222.53: udp 34
133: 08:14:48.882721 802.1Q vlan#2 P0 192.168.60.20.52421 > 208.67.222.222.53: udp 34
135: 08:14:49.881942 802.1Q vlan#2 P0 192.168.60.20.52421 > 208.67.222.222.53: udp 34
138: 08:14:50.882858 802.1Q vlan#2 P0 192.168.60.20.52421 > 208.67.222.222.53: udp 34
140: 08:14:50.885620 802.1Q vlan#2 P0 192.168.60.20.62505 > 208.67.222.222.53: udp 34
145: 08:14:52.883590 802.1Q vlan#2 P0 192.168.60.20.52421 > 208.67.222.222.53: udp 34
149: 08:14:53.983790 802.1Q vlan#2 P0 192.168.60.20.56343 > 208.67.222.222.53: udp 38
151: 08:14:54.982981 802.1Q vlan#2 P0 192.168.60.20.56343 > 208.67.222.222.53: udp 38
156: 08:14:55.982844 802.1Q vlan#2 P0 192.168.60.20.56343 > 208.67.222.222.53: udp 38
161: 08:14:56.884811 802.1Q vlan#2 P0 192.168.60.20.52421 > 208.67.222.222.53: udp 34
180: 08:14:57.983408 802.1Q vlan#2 P0 192.168.60.20.56343 > 208.67.222.222.53: udp 38
197: 08:14:59.441017 802.1Q vlan#2 P0 192.168.60.20.55495 > 208.67.222.222.53: udp 34
198: 08:14:59.441764 802.1Q vlan#2 P0 192.168.60.20.52091 > 208.67.222.222.53: udp 42
199: 08:14:59.442756 802.1Q vlan#2 P0 192.168.60.20.52233 > 208.67.222.222.53: udp 40
200: 08:14:59.442985 802.1Q vlan#2 P0 192.168.60.20.57413 > 208.67.222.222.53: udp 40
201: 08:14:59.443794 802.1Q vlan#2 P0 192.168.60.20.65042 > 208.67.222.222.53: udp 40
202: 08:14:59.448753 802.1Q vlan#2 P0 192.168.60.20.62151 > 208.67.222.222.53: udp 34
204: 08:14:59.504978 802.1Q vlan#2 P0 192.168.60.20.60528 > 208.67.222.222.53: udp 33
206: 08:14:59.524234 802.1Q vlan#2 P0 192.168.60.20.54032 > 208.67.222.222.53: udp 34
213: 08:15:00.505161 802.1Q vlan#2 P0 192.168.60.20.60528 > 208.67.222.222.53: udp 33
214: 08:15:00.524066 802.1Q vlan#2 P0 192.168.60.20.54032 > 208.67.222.222.53: udp 34
225: 08:15:01.441124 802.1Q vlan#2 P0 192.168.60.20.55495 > 208.67.222.222.53: udp 34
229: 08:15:01.442893 802.1Q vlan#2 P0 192.168.60.20.57413 > 208.67.222.222.53: udp 40
230: 08:15:01.443168 802.1Q vlan#2 P0 192.168.60.20.52233 > 208.67.222.222.53: udp 40
235: 08:15:01.444663 802.1Q vlan#2 P0 192.168.60.20.65042 > 208.67.222.222.53: udp 40
241: 08:15:01.563584 802.1Q vlan#2 P0 192.168.60.20.49326 > 208.67.222.222.53: udp 32
242: 08:15:01.582458 802.1Q vlan#2 P0 192.168.60.20.64011 > 208.67.222.222.53: udp 33
244: 08:15:01.598983 802.1Q vlan#2 P0 192.168.60.20.55971 > 208.67.222.222.53: udp 33
246: 08:15:01.628278 802.1Q vlan#2 P0 192.168.60.20.54709 > 208.67.222.222.53: udp 37
248: 08:15:01.982920 802.1Q vlan#2 P0 192.168.60.20.56343 > 208.67.222.222.53: udp 38
254: 08:15:02.598861 802.1Q vlan#2 P0 192.168.60.20.55971 > 208.67.222.222.53: udp 33
256: 08:15:02.622785 802.1Q vlan#2 P0 192.168.60.20.54709 > 208.67.222.222.53: udp 37
266: 08:15:04.438301 802.1Q vlan#2 P0 192.168.60.20.57642 > 208.67.222.222.53: udp 34
267: 08:15:04.440040 802.1Q vlan#2 P0 192.168.60.20.49886 > 208.67.222.222.53: udp 40
268: 08:15:04.440284 802.1Q vlan#2 P0 192.168.60.20.64655 > 208.67.222.222.53: udp 40
269: 08:15:04.441078 802.1Q vlan#2 P0 192.168.60.20.57383 > 208.67.222.222.53: udp 40
279: 08:15:05.441551 802.1Q vlan#2 P0 192.168.60.20.55495 > 208.67.222.222.53: udp 34
285: 08:15:05.443168 802.1Q vlan#2 P0 192.168.60.20.52233 > 208.67.222.222.53: udp 40
286: 08:15:05.443443 802.1Q vlan#2 P0 192.168.60.20.57413 > 208.67.222.222.53: udp 40
293: 08:15:05.445396 802.1Q vlan#2 P0 192.168.60.20.65042 > 208.67.222.222.53: udp 40
314: 08:15:07.438911 802.1Q vlan#2 P0 192.168.60.20.57642 > 208.67.222.222.53: udp 34
318: 08:15:07.440040 802.1Q vlan#2 P0 192.168.60.20.49886 > 208.67.222.222.53: udp 40
322: 08:15:07.441322 802.1Q vlan#2 P0 192.168.60.20.64655 > 208.67.222.222.53: udp 40
326: 08:15:07.443412 802.1Q vlan#2 P0 192.168.60.20.57383 > 208.67.222.222.53: udp 40
335: 08:15:09.374400 802.1Q vlan#2 P0 192.168.60.20.59105 > 208.67.222.222.53: udp 38
362: 08:15:11.439399 802.1Q vlan#2 P0 192.168.60.20.57642 > 208.67.222.222.53: udp 34
363: 08:15:11.440101 802.1Q vlan#2 P0 192.168.60.20.49886 > 208.67.222.222.53: udp 40
370: 08:15:11.441627 802.1Q vlan#2 P0 192.168.60.20.64655 > 208.67.222.222.53: udp 40
374: 08:15:11.442543 802.1Q vlan#2 P0 192.168.60.20.57383 > 208.67.222.222.53: udp 40
381: 08:15:11.995279 802.1Q vlan#2 P0 192.168.60.20.58440 > 208.67.222.222.53: udp 34
382: 08:15:12.003127 802.1Q vlan#2 P0 192.168.60.20.63442 > 208.67.222.222.53: udp 40
383: 08:15:12.003356 802.1Q vlan#2 P0 192.168.60.20.65017 > 208.67.222.222.53: udp 40
384: 08:15:12.003585 802.1Q vlan#2 P0 192.168.60.20.62373 > 208.67.222.222.53: udp 40
387: 08:15:12.994989 802.1Q vlan#2 P0 192.168.60.20.58440 > 208.67.222.222.53: udp 34
388: 08:15:13.001922 802.1Q vlan#2 P0 192.168.60.20.63442 > 208.67.222.222.53: udp 40
389: 08:15:13.004455 802.1Q vlan#2 P0 192.168.60.20.65017 > 208.67.222.222.53: udp 40
390: 08:15:13.004974 802.1Q vlan#2 P0 192.168.60.20.62373 > 208.67.222.222.53: udp 40
391: 08:15:13.005660 802.1Q vlan#2 P0 192.168.60.20.59092 > 208.67.222.222.53: udp 33
392: 08:15:13.995065 802.1Q vlan#2 P0 192.168.60.20.58440 > 208.67.222.222.53: udp 34
394: 08:15:14.001922 802.1Q vlan#2 P0 192.168.60.20.63442 > 208.67.222.222.53: udp 40
396: 08:15:14.002868 802.1Q vlan#2 P0 192.168.60.20.62373 > 208.67.222.222.53: udp 40
397: 08:15:14.003082 802.1Q vlan#2 P0 192.168.60.20.65017 > 208.67.222.222.53: udp 40
400: 08:15:14.004104 802.1Q vlan#2 P0 192.168.60.20.59092 > 208.67.222.222.53: udp 33
418: 08:15:15.995416 802.1Q vlan#2 P0 192.168.60.20.58440 > 208.67.222.222.53: udp 34
422: 08:15:16.002334 802.1Q vlan#2 P0 192.168.60.20.63442 > 208.67.222.222.53: udp 40
426: 08:15:16.003570 802.1Q vlan#2 P0 192.168.60.20.62373 > 208.67.222.222.53: udp 40
427: 08:15:16.003738 802.1Q vlan#2 P0 192.168.60.20.65017 > 208.67.222.222.53: udp 40
446: 08:15:17.302062 802.1Q vlan#2 P0 192.168.60.20.63130 > 208.67.222.222.53: udp 34
451: 08:15:18.172003 802.1Q vlan#2 P0 192.168.60.20.63438 > 208.67.222.222.53: udp 39
466: 08:15:18.993829 802.1Q vlan#2 P0 192.168.60.20.62143 > 208.67.222.222.53: udp 34
467: 08:15:19.000717 802.1Q vlan#2 P0 192.168.60.20.62168 > 208.67.222.222.53: udp 40
468: 08:15:19.000945 802.1Q vlan#2 P0 192.168.60.20.53798 > 208.67.222.222.53: udp 40
469: 08:15:19.002670 802.1Q vlan#2 P0 192.168.60.20.49384 > 208.67.222.222.53: udp 40
474: 08:15:19.695703 802.1Q vlan#2 P0 192.168.60.20.60662 > 208.67.222.222.53: udp 45
478: 08:15:19.994882 802.1Q vlan#2 P0 192.168.60.20.58440 > 208.67.222.222.53: udp 34
486: 08:15:20.002120 802.1Q vlan#2 P0 192.168.60.20.63442 > 208.67.222.222.53: udp 40
490: 08:15:20.003066 802.1Q vlan#2 P0 192.168.60.20.62373 > 208.67.222.222.53: udp 40
492: 08:15:20.003539 802.1Q vlan#2 P0 192.168.60.20.65017 > 208.67.222.222.53: udp 40
500: 08:15:20.303008 802.1Q vlan#2 P0 192.168.60.20.63130 > 208.67.222.222.53: udp 34
504: 08:15:20.411660 802.1Q vlan#2 P0 192.168.60.20.55911 > 208.67.222.222.53: udp 38
510: 08:15:20.984369 802.1Q vlan#2 P0 192.168.60.20.50215 > 208.67.222.222.53: udp 38
511: 08:15:21.171850 802.1Q vlan#2 P0 192.168.60.20.63438 > 208.67.222.222.53: udp 39
525: 08:15:21.983744 802.1Q vlan#2 P0 192.168.60.20.50215 > 208.67.222.222.53: udp 38
526: 08:15:21.993555 802.1Q vlan#2 P0 192.168.60.20.62143 > 208.67.222.222.53: udp 34
530: 08:15:22.000366 802.1Q vlan#2 P0 192.168.60.20.54586 > 208.67.222.222.53: udp 34
531: 08:15:22.001602 802.1Q vlan#2 P0 192.168.60.20.62168 > 208.67.222.222.53: udp 40
532: 08:15:22.001846 802.1Q vlan#2 P0 192.168.60.20.53798 > 208.67.222.222.53: udp 40
539: 08:15:22.004150 802.1Q vlan#2 P0 192.168.60.20.49384 > 208.67.222.222.53: udp 40
547: 08:15:22.986216 802.1Q vlan#2 P0 192.168.60.20.50215 > 208.67.222.222.53: udp 38
549: 08:15:22.999444 802.1Q vlan#2 P0 192.168.60.20.54586 > 208.67.222.222.53: udp 34
565: 08:15:23.999170 802.1Q vlan#2 P0 192.168.60.20.54586 > 208.67.222.222.53: udp 34
576: 08:15:24.303252 802.1Q vlan#2 P0 192.168.60.20.63130 > 208.67.222.222.53: udp 34
584: 08:15:24.985254 802.1Q vlan#2 P0 192.168.60.20.50215 > 208.67.222.222.53: udp 38
592: 08:15:25.172186 802.1Q vlan#2 P0 192.168.60.20.63438 > 208.67.222.222.53: udp 39
604: 08:15:25.994012 802.1Q vlan#2 P0 192.168.60.20.62143 > 208.67.222.222.53: udp 34
608: 08:15:25.998926 802.1Q vlan#2 P0 192.168.60.20.54586 > 208.67.222.222.53: udp 34
610: 08:15:26.001953 802.1Q vlan#2 P0 192.168.60.20.62168 > 208.67.222.222.53: udp 40
611: 08:15:26.002441 802.1Q vlan#2 P0 192.168.60.20.53798 > 208.67.222.222.53: udp 40
618: 08:15:26.004226 802.1Q vlan#2 P0 192.168.60.20.49384 > 208.67.222.222.53: udp 40
643: 08:15:28.986582 802.1Q vlan#2 P0 192.168.60.20.50215 > 208.67.222.222.53: udp 38
657: 08:15:29.999307 802.1Q vlan#2 P0 192.168.60.20.54586 > 208.67.222.222.53: udp 34
681: 08:15:31.458914 802.1Q vlan#2 P0 192.168.60.20.63467 > 208.67.222.222.53: udp 37
685: 08:15:31.724190 802.1Q vlan#2 P0 192.168.60.20.53683 > 208.67.222.222.53: udp 39
691: 08:15:31.875671 802.1Q vlan#2 P0 192.168.60.20.54302 > 208.67.222.222.53: udp 37
700: 08:15:32.723961 802.1Q vlan#2 P0 192.168.60.20.53683 > 208.67.222.222.53: udp 39
706: 08:15:33.724877 802.1Q vlan#2 P0 192.168.60.20.53683 > 208.67.222.222.53: udp 39
712: 08:15:35.725670 802.1Q vlan#2 P0 192.168.60.20.53683 > 208.67.222.222.53: udp 39
724: 08:15:39.726814 802.1Q vlan#2 P0 192.168.60.20.53683 > 208.67.222.222.53: udp 39
732: 08:15:41.453269 802.1Q vlan#2 P0 192.168.60.20.64218 > 208.67.222.222.53: udp 34
754: 08:15:43.453315 802.1Q vlan#2 P0 192.168.60.20.64218 > 208.67.222.222.53: udp 34
764: 08:15:43.995737 802.1Q vlan#2 P0 192.168.60.20.53749 > 208.67.222.222.53: udp 34
786: 08:15:45.994760 802.1Q vlan#2 P0 192.168.60.20.53749 > 208.67.222.222.53: udp 34
795: 08:15:47.451194 802.1Q vlan#2 P0 192.168.60.20.64429 > 208.67.222.222.53: udp 34
797: 08:15:47.454276 802.1Q vlan#2 P0 192.168.60.20.64218 > 208.67.222.222.53: udp 34
806: 08:15:48.285110 802.1Q vlan#2 P0 192.168.60.20.55170 > 208.67.222.222.53: udp 39
821: 08:15:49.451209 802.1Q vlan#2 P0 192.168.60.20.64429 > 208.67.222.222.53: udp 34
826: 08:15:49.979868 802.1Q vlan#2 P0 192.168.60.20.53423 > 208.67.222.222.53: udp 38
828: 08:15:49.994058 802.1Q vlan#2 P0 192.168.60.20.53749 > 208.67.222.222.53: udp 34
830: 08:15:50.285217 802.1Q vlan#2 P0 192.168.60.20.55170 > 208.67.222.222.53: udp 39
845: 08:15:51.979777 802.1Q vlan#2 P0 192.168.60.20.53423 > 208.67.222.222.53: udp 38
856: 08:15:53.450660 802.1Q vlan#2 P0 192.168.60.20.64429 > 208.67.222.222.53: udp 34
864: 08:15:54.008330 802.1Q vlan#2 P0 192.168.60.20.58160 > 208.67.222.222.53: udp 34
865: 08:15:54.285507 802.1Q vlan#2 P0 192.168.60.20.55170 > 208.67.222.222.53: udp 39
872: 08:15:55.008437 802.1Q vlan#2 P0 192.168.60.20.58160 > 208.67.222.222.53: udp 34
876: 08:15:55.980250 802.1Q vlan#2 P0 192.168.60.20.53423 > 208.67.222.222.53: udp 38
880: 08:15:56.009185 802.1Q vlan#2 P0 192.168.60.20.58160 > 208.67.222.222.53: udp 34
886: 08:15:58.009902 802.1Q vlan#2 P0 192.168.60.20.58160 > 208.67.222.222.53: udp 34
902: 08:16:00.006957 802.1Q vlan#2 P0 192.168.60.20.58798 > 208.67.222.222.53: udp 34
908: 08:16:00.837679 802.1Q vlan#2 P0 192.168.60.20.58163 > 208.67.222.222.53: udp 39
910: 08:16:01.006377 802.1Q vlan#2 P0 192.168.60.20.58798 > 208.67.222.222.53: udp 34
914: 08:16:01.837221 802.1Q vlan#2 P0 192.168.60.20.58163 > 208.67.222.222.53: udp 39
915: 08:16:01.991724 802.1Q vlan#2 P0 192.168.60.20.55645 > 208.67.222.222.53: udp 34
916: 08:16:02.007217 802.1Q vlan#2 P0 192.168.60.20.58798 > 208.67.222.222.53: udp 34
918: 08:16:02.010161 802.1Q vlan#2 P0 192.168.60.20.58160 > 208.67.222.222.53: udp 34
923: 08:16:02.838182 802.1Q vlan#2 P0 192.168.60.20.58163 > 208.67.222.222.53: udp 39
925: 08:16:02.991007 802.1Q vlan#2 P0 192.168.60.20.55645 > 208.67.222.222.53: udp 34
931: 08:16:03.990885 802.1Q vlan#2 P0 192.168.60.20.55645 > 208.67.222.222.53: udp 34
932: 08:16:04.007842 802.1Q vlan#2 P0 192.168.60.20.58798 > 208.67.222.222.53: udp 34
938: 08:16:04.838823 802.1Q vlan#2 P0 192.168.60.20.58163 > 208.67.222.222.53: udp 39
945: 08:16:05.990610 802.1Q vlan#2 P0 192.168.60.20.55645 > 208.67.222.222.53: udp 34
957: 08:16:08.009215 802.1Q vlan#2 P0 192.168.60.20.58798 > 208.67.222.222.53: udp 34
964: 08:16:08.840425 802.1Q vlan#2 P0 192.168.60.20.58163 > 208.67.222.222.53: udp 39
970: 08:16:09.991052 802.1Q vlan#2 P0 192.168.60.20.55645 > 208.67.222.222.53: udp 34
1005: 08:16:16.981287 802.1Q vlan#2 P0 192.168.60.20.53038 > 208.67.222.222.53: udp 38
1008: 08:16:17.391352 802.1Q vlan#2 P0 192.168.60.20.49778 > 208.67.222.222.53: udp 39
1010: 08:16:18.981348 802.1Q vlan#2 P0 192.168.60.20.53038 > 208.67.222.222.53: udp 38
1015: 08:16:19.391428 802.1Q vlan#2 P0 192.168.60.20.49778 > 208.67.222.222.53: udp 39
1022: 08:16:22.982645 802.1Q vlan#2 P0 192.168.60.20.53038 > 208.67.222.222.53: udp 38
1027: 08:16:23.403650 802.1Q vlan#2 P0 192.168.60.20.49778 > 208.67.222.222.53: udp 39
1032: 08:16:24.014434 802.1Q vlan#2 P0 192.168.60.20.54274 > 208.67.222.222.53: udp 34
1059: 08:16:26.014113 802.1Q vlan#2 P0 192.168.60.20.54274 > 208.67.222.222.53: udp 34
1096: 08:16:29.956737 802.1Q vlan#2 P0 192.168.60.20.61328 > 208.67.222.222.53: udp 39
1097: 08:16:30.013381 802.1Q vlan#2 P0 192.168.60.20.54274 > 208.67.222.222.53: udp 34
1099: 08:16:30.939343 802.1Q vlan#2 P0 192.168.60.20.58681 > 208.67.222.222.53: udp 40
1100: 08:16:30.939572 802.1Q vlan#2 P0 192.168.60.20.51180 > 208.67.222.222.53: udp 40
1101: 08:16:30.939801 802.1Q vlan#2 P0 192.168.60.20.53388 > 208.67.222.222.53: udp 40
1102: 08:16:30.956081 802.1Q vlan#2 P0 192.168.60.20.61328 > 208.67.222.222.53: udp 39
1106: 08:16:31.938870 802.1Q vlan#2 P0 192.168.60.20.58681 > 208.67.222.222.53: udp 40
1107: 08:16:31.939099 802.1Q vlan#2 P0 192.168.60.20.51180 > 208.67.222.222.53: udp 40
1108: 08:16:31.939785 802.1Q vlan#2 P0 192.168.60.20.53388 > 208.67.222.222.53: udp 40
1109: 08:16:31.956890 802.1Q vlan#2 P0 192.168.60.20.61328 > 208.67.222.222.53: udp 39
1112: 08:16:32.938916 802.1Q vlan#2 P0 192.168.60.20.51180 > 208.67.222.222.53: udp 40
1113: 08:16:32.939145 802.1Q vlan#2 P0 192.168.60.20.58681 > 208.67.222.222.53: udp 40
1116: 08:16:32.940075 802.1Q vlan#2 P0 192.168.60.20.53388 > 208.67.222.222.53: udp 40
1140: 08:16:33.956401 802.1Q vlan#2 P0 192.168.60.20.61328 > 208.67.222.222.53: udp 39
1148: 08:16:34.939740 802.1Q vlan#2 P0 192.168.60.20.58681 > 208.67.222.222.53: udp 40
1149: 08:16:34.939999 802.1Q vlan#2 P0 192.168.60.20.51180 > 208.67.222.222.53: udp 40
1150: 08:16:34.940228 802.1Q vlan#2 P0 192.168.60.20.53388 > 208.67.222.222.53: udp 40
1161: 08:16:36.936810 802.1Q vlan#2 P0 192.168.60.20.59595 > 208.67.222.222.53: udp 40
1162: 08:16:36.937970 802.1Q vlan#2 P0 192.168.60.20.59578 > 208.67.222.222.53: udp 40
1163: 08:16:36.938244 802.1Q vlan#2 P0 192.168.60.20.64549 > 208.67.222.222.53: udp 40
1168: 08:16:37.936002 802.1Q vlan#2 P0 192.168.60.20.59595 > 208.67.222.222.53: udp 40
1169: 08:16:37.936948 802.1Q vlan#2 P0 192.168.60.20.59578 > 208.67.222.222.53: udp 40
1170: 08:16:37.938046 802.1Q vlan#2 P0 192.168.60.20.64549 > 208.67.222.222.53: udp 40
1171: 08:16:37.955883 802.1Q vlan#2 P0 192.168.60.20.61328 > 208.67.222.222.53: udp 39
1175: 08:16:38.936948 802.1Q vlan#2 P0 192.168.60.20.59595 > 208.67.222.222.53: udp 40
1177: 08:16:38.937817 802.1Q vlan#2 P0 192.168.60.20.59578 > 208.67.222.222.53: udp 40
1179: 08:16:38.938763 802.1Q vlan#2 P0 192.168.60.20.64549 > 208.67.222.222.53: udp 40
1181: 08:16:38.939709 802.1Q vlan#2 P0 192.168.60.20.58681 > 208.67.222.222.53: udp 40
1185: 08:16:38.941006 802.1Q vlan#2 P0 192.168.60.20.51180 > 208.67.222.222.53: udp 40
1186: 08:16:38.941220 802.1Q vlan#2 P0 192.168.60.20.53388 > 208.67.222.222.53: udp 40
1195: 08:16:40.937512 802.1Q vlan#2 P0 192.168.60.20.59578 > 208.67.222.222.53: udp 40
1196: 08:16:40.937741 802.1Q vlan#2 P0 192.168.60.20.59595 > 208.67.222.222.53: udp 40
1199: 08:16:40.939602 802.1Q vlan#2 P0 192.168.60.20.64549 > 208.67.222.222.53: udp 40
1208: 08:16:42.005874 802.1Q vlan#2 P0 192.168.60.20.61007 > 208.67.222.222.53: udp 38
1216: 08:16:43.005202 802.1Q vlan#2 P0 192.168.60.20.61007 > 208.67.222.222.53: udp 38
1229: 08:16:44.006026 802.1Q vlan#2 P0 192.168.60.20.61007 > 208.67.222.222.53: udp 38
1237: 08:16:44.939419 802.1Q vlan#2 P0 192.168.60.20.59595 > 208.67.222.222.53: udp 40
1238: 08:16:44.939908 802.1Q vlan#2 P0 192.168.60.20.59578 > 208.67.222.222.53: udp 40
1245: 08:16:44.941494 802.1Q vlan#2 P0 192.168.60.20.64549 > 208.67.222.222.53: udp 40
1275: 08:16:46.006011 802.1Q vlan#2 P0 192.168.60.20.61007 > 208.67.222.222.53: udp 38
1321: 08:16:50.007079 802.1Q vlan#2 P0 192.168.60.20.61007 > 208.67.222.222.53: udp 38
1398: 08:17:10.994073 802.1Q vlan#2 P0 192.168.60.20.63745 > 208.67.222.222.53: udp 38
1401: 08:17:12.992517 802.1Q vlan#2 P0 192.168.60.20.63745 > 208.67.222.222.53: udp 38
1426: 08:17:15.766638 802.1Q vlan#2 P0 192.168.60.20.64128 > 208.67.222.222.53: udp 39
1429: 08:17:16.992761 802.1Q vlan#2 P0 192.168.60.20.63745 > 208.67.222.222.53: udp 38
1433: 08:17:17.766729 802.1Q vlan#2 P0 192.168.60.20.64128 > 208.67.222.222.53: udp 39
1441: 08:17:21.767050 802.1Q vlan#2 P0 192.168.60.20.64128 > 208.67.222.222.53: udp 39
1452: 08:17:26.504170 802.1Q vlan#2 P0 192.168.60.20.51346 > 208.67.222.222.53: udp 39
1463: 08:17:27.504032 802.1Q vlan#2 P0 192.168.60.20.51346 > 208.67.222.222.53: udp 39
1465: 08:17:28.318953 802.1Q vlan#2 P0 192.168.60.20.49753 > 208.67.222.222.53: udp 39
1466: 08:17:28.504887 802.1Q vlan#2 P0 192.168.60.20.51346 > 208.67.222.222.53: udp 39
1468: 08:17:29.319212 802.1Q vlan#2 P0 192.168.60.20.49753 > 208.67.222.222.53: udp 39
1475: 08:17:30.319746 802.1Q vlan#2 P0 192.168.60.20.49753 > 208.67.222.222.53: udp 39
1479: 08:17:30.505512 802.1Q vlan#2 P0 192.168.60.20.51346 > 208.67.222.222.53: udp 39
1484: 08:17:32.320356 802.1Q vlan#2 P0 192.168.60.20.49753 > 208.67.222.222.53: udp 39
1493: 08:17:34.507297 802.1Q vlan#2 P0 192.168.60.20.51346 > 208.67.222.222.53: udp 39
1498: 08:17:35.987299 802.1Q vlan#2 P0 192.168.60.20.50211 > 208.67.222.222.53: udp 38
1504: 08:17:36.321623 802.1Q vlan#2 P0 192.168.60.20.49753 > 208.67.222.222.53: udp 39
1512: 08:17:36.986475 802.1Q vlan#2 P0 192.168.60.20.50211 > 208.67.222.222.53: udp 38
1513: 08:17:37.987406 802.1Q vlan#2 P0 192.168.60.20.50211 > 208.67.222.222.53: udp 38
1521: 08:17:39.988001 802.1Q vlan#2 P0 192.168.60.20.50211 > 208.67.222.222.53: udp 38
1940: 08:19:32.749732 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65521: udp 91
2126: 08:19:46.482335 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61347: udp 50
2169: 08:19:50.479681 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61347: udp 50
2200: 08:19:54.485921 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61347: udp 50
2235: 08:19:58.700113 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57408: udp 50
2275: 08:20:02.700113 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57408: udp 50
2300: 08:20:06.380931 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61124: udp 139
2303: 08:20:06.697321 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57408: udp 50
2310: 08:20:07.624113 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59656: udp 184
2313: 08:20:08.222202 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63181: udp 112
2314: 08:20:08.222263 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50007: udp 70
2335: 08:20:09.764441 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51040: udp 91
2345: 08:20:10.380839 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61124: udp 139
2354: 08:20:11.624235 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59656: udp 184
2361: 08:20:12.093821 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56090: udp 131
2362: 08:20:12.202458 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63181: udp 112
2363: 08:20:12.206364 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50007: udp 70
2373: 08:20:12.696466 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51948: udp 50
2384: 08:20:14.200886 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64562: udp 112
2385: 08:20:14.205311 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63143: udp 70
2387: 08:20:14.378062 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61124: udp 139
2399: 08:20:22.627012 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50607: udp 108
2407: 08:20:23.801136 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51512: udp 195
2417: 08:20:24.940777 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62374: udp 184
2423: 08:20:25.811771 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61821: udp 91
2432: 08:20:26.646801 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60226: udp 108
2433: 08:20:26.692606 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54228: udp 50
2452: 08:20:27.801167 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51512: udp 195
2461: 08:20:28.941510 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62374: udp 184
2463: 08:20:29.230990 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52123: udp 139
2465: 08:20:29.912260 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61877: udp 65
2467: 08:20:30.000976 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57311: udp 112
2474: 08:20:30.646664 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60226: udp 108
2476: 08:20:30.689737 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54228: udp 50
2491: 08:20:31.800678 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51512: udp 195
2500: 08:20:32.938428 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62374: udp 184
2503: 08:20:33.229037 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52123: udp 139
2507: 08:20:33.444541 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51060: udp 70
2512: 08:20:33.909590 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61877: udp 65
2514: 08:20:34.001296 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57311: udp 112
2522: 08:20:34.646511 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60226: udp 108
2524: 08:20:34.690027 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54228: udp 50
2530: 08:20:35.997705 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52341: udp 112
2538: 08:20:37.228656 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52123: udp 139
2540: 08:20:37.441886 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51060: udp 70
2544: 08:20:37.909926 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61877: udp 65
2548: 08:20:38.001113 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57311: udp 112
2555: 08:20:38.651318 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56407: udp 108
2561: 08:20:39.440818 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53603: udp 70
2569: 08:20:39.997857 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52341: udp 112
2575: 08:20:41.228519 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63240: udp 185
2578: 08:20:41.446708 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51060: udp 70
2589: 08:20:42.646664 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56407: udp 108
2598: 08:20:43.440666 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53603: udp 70
2604: 08:20:43.997354 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52341: udp 112
2618: 08:20:45.163275 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63149: udp 65
2619: 08:20:45.227817 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63240: udp 185
2621: 08:20:45.251924 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57764: udp 112
2626: 08:20:46.130547 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61026: udp 195
2632: 08:20:46.643567 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56407: udp 108
2638: 08:20:47.440742 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53603: udp 70
2644: 08:20:48.162879 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63149: udp 65
2646: 08:20:48.251512 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57764: udp 112
2648: 08:20:48.694986 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49312: udp 70
2652: 08:20:49.130867 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61026: udp 195
2654: 08:20:49.228625 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63240: udp 185
2663: 08:20:51.251146 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61384: udp 112
2666: 08:20:51.647091 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52622: udp 108
2667: 08:20:51.694589 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49312: udp 70
2670: 08:20:52.160193 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63149: udp 65
2674: 08:20:52.251360 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57764: udp 112
2679: 08:20:53.100306 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56042: udp 131
2680: 08:20:53.129448 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61026: udp 195
2685: 08:20:54.250765 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61384: udp 112
2687: 08:20:54.646161 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52622: udp 108
2689: 08:20:54.696726 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52496: udp 70
2691: 08:20:55.697412 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49312: udp 70
2693: 08:20:56.097971 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56042: udp 131
2700: 08:20:57.693369 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52496: udp 70
2703: 08:20:58.250109 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61384: udp 112
2705: 08:20:58.646008 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52622: udp 108
2708: 08:21:00.097819 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56042: udp 131
2713: 08:21:01.693308 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52496: udp 70
2718: 08:21:02.823626 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63251: udp 91
2719: 08:21:02.948177 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51292: udp 70
2722: 08:21:03.646023 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63250: udp 108
2729: 08:21:05.947399 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51292: udp 70
2734: 08:21:06.648678 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63250: udp 108
2743: 08:21:08.911467 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61647: udp 195
2744: 08:21:08.946865 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60298: udp 70
2748: 08:21:09.950069 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51292: udp 70
2751: 08:21:10.643521 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63250: udp 108
2754: 08:21:11.910627 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61647: udp 195
2756: 08:21:11.946530 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60298: udp 70
2767: 08:21:15.130623 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61338: udp 117
2770: 08:21:15.646527 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51375: udp 108
2774: 08:21:15.909453 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61647: udp 195
2776: 08:21:15.943844 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60298: udp 70
2783: 08:21:17.200947 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64763: udp 70
2787: 08:21:18.130104 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61338: udp 117
2790: 08:21:18.645565 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51375: udp 108
2793: 08:21:20.198033 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64763: udp 70
2799: 08:21:22.127434 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61338: udp 117
2802: 08:21:22.513309 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51759: udp 70
2803: 08:21:22.643460 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51375: udp 108
2805: 08:21:23.197652 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49516: udp 70
2811: 08:21:24.202885 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64763: udp 70
2814: 08:21:24.904906 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60682: udp 236
2817: 08:21:25.510471 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51759: udp 70
2821: 08:21:26.196797 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49516: udp 70
2825: 08:21:27.646023 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59714: udp 108
2827: 08:21:27.883941 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60682: udp 236
2833: 08:21:29.407174 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60724: udp 65
2834: 08:21:29.510273 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51759: udp 70
2838: 08:21:30.196629 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49516: udp 70
2843: 08:21:30.645703 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59714: udp 108
2844: 08:21:30.883072 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53426: udp 236
2846: 08:21:31.451636 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62205: udp 70
2848: 08:21:31.886230 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60682: udp 236
2851: 08:21:32.406946 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60724: udp 65
2858: 08:21:33.882171 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53426: udp 236
2862: 08:21:34.451209 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62205: udp 70
2864: 08:21:34.642941 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59714: udp 108
2871: 08:21:35.948116 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60127: udp 195
2872: 08:21:36.406595 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60724: udp 65
2875: 08:21:36.909331 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65140: udp 222
2877: 08:21:37.449866 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59320: udp 70
2878: 08:21:37.880005 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53426: udp 236
2883: 08:21:38.456137 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62205: udp 70
2884: 08:21:38.944699 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60127: udp 195
2886: 08:21:39.888427 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65140: udp 222
2890: 08:21:40.449485 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59320: udp 70
2893: 08:21:41.321714 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62421: udp 237
2899: 08:21:42.885528 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60796: udp 222
2900: 08:21:42.945065 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60127: udp 195
2904: 08:21:43.657345 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50140: udp 65
2906: 08:21:43.890731 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65140: udp 222
2909: 08:21:44.298278 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62421: udp 237
2912: 08:21:44.449531 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59320: udp 70
2919: 08:21:45.704828 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50687: udp 70
2920: 08:21:45.884658 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60796: udp 222
2925: 08:21:46.657497 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50140: udp 65
2928: 08:21:47.297958 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57907: udp 237
2930: 08:21:48.300582 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62421: udp 237
2934: 08:21:48.703653 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50687: udp 70
2937: 08:21:49.831789 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57908: udp 91
2938: 08:21:49.884491 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60796: udp 222
2942: 08:21:50.297714 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57907: udp 237
2943: 08:21:50.657299 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50140: udp 65
2946: 08:21:51.703119 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55290: udp 70
2950: 08:21:52.706308 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50687: udp 70
2951: 08:21:53.303741 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53899: udp 237
2952: 08:21:54.297363 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57907: udp 237
2956: 08:21:54.702402 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55290: udp 70
2960: 08:21:56.302810 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53899: udp 237
2965: 08:21:57.908095 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60934: udp 117
2968: 08:21:58.702035 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55290: udp 70
2972: 08:21:59.302428 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63799: udp 237
2975: 08:21:59.977564 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51380: udp 76
2979: 08:22:00.307631 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53899: udp 237
2984: 08:22:00.907667 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60934: udp 117
2986: 08:22:01.284164 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51226: udp 108
2990: 08:22:02.302688 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63799: udp 237
2993: 08:22:02.956646 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51380: udp 76
2995: 08:22:02.987848 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55596: udp 195
3001: 08:22:04.283783 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51226: udp 108
3004: 08:22:04.907072 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60934: udp 117
3009: 08:22:05.955822 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64295: udp 76
3010: 08:22:05.984934 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55596: udp 195
3012: 08:22:06.301864 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63799: udp 237
3016: 08:22:06.958934 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51380: udp 76
3022: 08:22:08.280640 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51226: udp 108
3029: 08:22:08.955440 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64295: udp 76
3032: 08:22:09.910627 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57632: udp 117
3033: 08:22:09.987238 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55596: udp 195
3035: 08:22:10.246538 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60678: udp 131
3042: 08:22:11.959514 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62946: udp 76
3044: 08:22:12.909758 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57632: udp 117
3046: 08:22:12.952709 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64295: udp 76
3049: 08:22:13.245653 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60678: udp 131
3056: 08:22:14.956554 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62946: udp 76
3062: 08:22:16.906996 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57632: udp 117
3065: 08:22:17.248507 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60678: udp 131
3068: 08:22:17.957820 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57216: udp 76
3071: 08:22:18.956493 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.62946: udp 76
3077: 08:22:20.958004 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57216: udp 76
3083: 08:22:23.961543 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64402: udp 76
3086: 08:22:24.957271 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57216: udp 76
3089: 08:22:25.054562 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60597: udp 237
3092: 08:22:26.958675 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64402: udp 76
3096: 08:22:28.046246 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60597: udp 237
3100: 08:22:29.960353 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51515: udp 76
3102: 08:22:30.029570 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51928: udp 195
3105: 08:22:30.958049 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64402: udp 76
3108: 08:22:31.020689 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54204: udp 70
3110: 08:22:31.032819 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64172: udp 237
3113: 08:22:32.036069 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60597: udp 237
3115: 08:22:32.960002 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51515: udp 76
3117: 08:22:33.024214 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51928: udp 195
3120: 08:22:34.019850 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54204: udp 70
3122: 08:22:34.032392 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64172: udp 237
3126: 08:22:35.963649 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58593: udp 76
3127: 08:22:36.918943 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52177: udp 117
3128: 08:22:36.957302 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51515: udp 76
3131: 08:22:37.024031 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51928: udp 195
3134: 08:22:38.020155 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54204: udp 70
3137: 08:22:38.034971 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64172: udp 237
3138: 08:22:38.963451 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58593: udp 76
3141: 08:22:39.916075 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52177: udp 117
3144: 08:22:41.962337 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55848: udp 76
3147: 08:22:42.905608 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54153: udp 260
3149: 08:22:42.965037 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58593: udp 76
3153: 08:22:43.915739 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52177: udp 117
3159: 08:22:44.961498 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55848: udp 76
3162: 08:22:45.904860 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54153: udp 260
3165: 08:22:46.842790 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54154: udp 91
3169: 08:22:47.966121 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50849: udp 76
3170: 08:22:48.894881 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55040: udp 236
3171: 08:22:48.918317 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63098: udp 117
3172: 08:22:48.959026 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55848: udp 76
3177: 08:22:49.905165 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54153: udp 260
3180: 08:22:50.965282 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50849: udp 76
3182: 08:22:51.894179 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55040: udp 236
3183: 08:22:51.917417 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63098: udp 117
3188: 08:22:53.964839 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64023: udp 76
3192: 08:22:54.893157 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57213: udp 236
3193: 08:22:54.963039 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50849: udp 76
3199: 08:22:55.898970 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55040: udp 236
3200: 08:22:55.917707 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63098: udp 117
3205: 08:22:56.963954 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64023: udp 76
3207: 08:22:57.064953 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56311: udp 195
3211: 08:22:57.892760 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57213: udp 236
3219: 08:22:59.968089 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63271: udp 76
3220: 08:23:00.064877 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56311: udp 195
3223: 08:23:00.899382 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52883: udp 222
3224: 08:23:00.918241 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63492: udp 65
3225: 08:23:00.964015 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64023: udp 76
3228: 08:23:01.892562 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57213: udp 236
3233: 08:23:02.967235 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63271: udp 76
3237: 08:23:03.898650 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52883: udp 222
3240: 08:23:03.917433 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63492: udp 65
3242: 08:23:04.061871 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.56311: udp 195
3248: 08:23:05.966853 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49426: udp 76
3249: 08:23:06.105661 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59421: udp 260
3250: 08:23:06.897582 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54348: udp 222
3253: 08:23:06.969966 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63271: udp 76
3254: 08:23:07.104395 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59421: udp 260
3256: 08:23:07.900817 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52883: udp 222
3258: 08:23:07.917188 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63492: udp 65
3260: 08:23:08.121102 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59421: udp 260
3262: 08:23:08.965968 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49426: udp 76
3267: 08:23:09.894790 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54348: udp 222
3269: 08:23:10.103510 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59421: udp 260
3273: 08:23:12.966594 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.49426: udp 76
3276: 08:23:13.894591 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54348: udp 222
3278: 08:23:14.105325 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59421: udp 260
3283: 08:23:15.168524 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64971: udp 65
3290: 08:23:18.168692 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64971: udp 65
3297: 08:23:22.167975 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64971: udp 65
3300: 08:23:24.102426 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59518: udp 195
3304: 08:23:25.966487 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63456: udp 70
3311: 08:23:27.101526 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59518: udp 195
3317: 08:23:28.965602 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63456: udp 70
3320: 08:23:29.418755 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63330: udp 117
3326: 08:23:31.101343 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59518: udp 195
3329: 08:23:31.919706 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52792: udp 108
3330: 08:23:31.962825 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51619: udp 70
3331: 08:23:32.415872 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63330: udp 117
3337: 08:23:32.968532 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63456: udp 70
3342: 08:23:34.921384 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52792: udp 108
3343: 08:23:34.962093 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51619: udp 70
3347: 08:23:36.416161 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.63330: udp 117
3355: 08:23:38.918653 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52792: udp 108
3357: 08:23:38.961681 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51619: udp 70
3362: 08:23:40.219242 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52373: udp 70
3367: 08:23:41.420983 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60196: udp 117
3368: 08:23:41.426140 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52680: udp 70
3374: 08:23:43.218341 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52373: udp 70
3378: 08:23:44.417840 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60196: udp 117
3381: 08:23:44.422967 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52680: udp 70
3391: 08:23:46.217991 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51938: udp 70
3398: 08:23:47.220706 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52373: udp 70
3403: 08:23:48.418160 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60196: udp 117
3406: 08:23:48.423058 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52680: udp 70
3411: 08:23:49.217655 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51938: udp 70
3422: 08:23:51.141533 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55883: udp 195
3433: 08:23:53.214939 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51938: udp 70
3440: 08:23:54.145637 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55883: udp 195
3441: 08:23:54.469442 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53554: udp 70
3450: 08:23:57.469061 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53554: udp 70
3455: 08:23:58.140999 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55883: udp 195
3461: 08:24:00.468695 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58757: udp 70
3464: 08:24:01.468969 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53554: udp 70
3469: 08:24:03.467810 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58757: udp 70
3480: 08:24:07.427132 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51241: udp 117
3483: 08:24:07.467733 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58757: udp 70
3487: 08:24:08.722130 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53884: udp 70
3491: 08:24:10.430275 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51241: udp 117
3496: 08:24:11.722237 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53884: udp 70
3505: 08:24:14.426064 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.51241: udp 117
3507: 08:24:14.720864 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59532: udp 70
3511: 08:24:14.906035 802.1Q vlan#2 P0 208.67.222.222 > 172.26.20.22: icmp: echo reply
3515: 08:24:15.724068 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.53884: udp 70
3521: 08:24:17.720498 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59532: udp 70
3523: 08:24:18.181677 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52120: udp 195
3526: 08:24:19.428612 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58045: udp 117
3528: 08:24:19.887054 802.1Q vlan#2 P0 208.67.222.222 > 172.26.20.22: icmp: echo reply
3531: 08:24:21.178304 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52120: udp 195
3535: 08:24:21.720299 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59532: udp 70
3538: 08:24:22.428231 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58045: udp 117
3540: 08:24:22.975321 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55981: udp 70
3542: 08:24:24.885620 802.1Q vlan#2 P0 208.67.222.222 > 172.26.20.22: icmp: echo reply
3544: 08:24:25.178777 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52120: udp 195
3549: 08:24:25.977915 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55981: udp 70
3550: 08:24:26.428093 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.58045: udp 117
3553: 08:24:26.571671 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54072: udp 108
3557: 08:24:28.974055 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61441: udp 70
3558: 08:24:29.571351 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54072: udp 108
3560: 08:24:29.885864 802.1Q vlan#2 P0 208.67.222.222 > 172.26.20.22: icmp: echo reply
3562: 08:24:29.979273 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.55981: udp 70
3564: 08:24:31.973139 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61441: udp 70
3566: 08:24:33.573639 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54072: udp 108
3572: 08:24:35.973963 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61441: udp 70
3575: 08:24:37.225574 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54778: udp 70
3578: 08:24:40.227695 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54778: udp 70
3586: 08:24:43.224780 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61415: udp 70
3588: 08:24:44.225009 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.54778: udp 70
3594: 08:24:45.218357 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59345: udp 195
3599: 08:24:46.225909 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61415: udp 70
3603: 08:24:48.217472 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59345: udp 195
3605: 08:24:48.437309 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64239: udp 117
3609: 08:24:50.223697 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.61415: udp 70
3612: 08:24:51.435310 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64239: udp 117
3614: 08:24:51.478262 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60625: udp 76
3616: 08:24:52.217807 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59345: udp 195
3619: 08:24:52.798359 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57029: udp 70
3622: 08:24:54.477926 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60625: udp 76
3625: 08:24:55.433113 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.64239: udp 117
3629: 08:24:55.798222 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57029: udp 70
3634: 08:24:57.477499 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65124: udp 76
3638: 08:24:58.483281 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.60625: udp 76
3642: 08:24:59.797306 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57029: udp 70
3645: 08:25:00.438408 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50075: udp 117
3646: 08:25:00.478857 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65124: udp 76
3651: 08:25:03.435371 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50075: udp 117
3652: 08:25:03.480749 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57210: udp 76
3654: 08:25:04.474020 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.65124: udp 76
3660: 08:25:06.480352 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57210: udp 76
3662: 08:25:07.435066 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.50075: udp 117
3667: 08:25:09.479497 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52037: udp 76
3670: 08:25:10.487187 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.57210: udp 76
3673: 08:25:12.258485 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.59263: udp 195
3674: 08:25:12.478612 802.1Q vlan#2 P0 208.67.222.222.53 > 172.26.20.22.52037: udp 76
mxfw(config)# sho cap capo
16 packets captured
1: 08:49:55.933347 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
2: 08:49:55.961345 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
3: 08:50:00.697122 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
4: 08:50:00.723915 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
5: 08:50:05.696283 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
6: 08:50:05.721947 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
7: 08:50:10.695474 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
8: 08:50:10.722466 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
9: 08:24:14.880508 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
10: 08:24:14.906004 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
11: 08:24:19.860780 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
12: 08:24:19.887023 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
13: 08:24:24.859971 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
14: 08:24:24.885574 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
15: 08:24:29.859147 802.1Q vlan#2 P0 192.168.1.231 > 208.67.222.222: icmp: echo request
16: 08:24:29.885833 802.1Q vlan#2 P0 208.67.222.222 > 192.168.1.231: icmp: echo reply
16 packets shown
mxfw(config)# sho cap capdmz
ERROR: Capture does not exist
mxfw(config)# sho cap capd
0 packet captured
0 packet shown
mxfw(config)#
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