IPSec VPN connectivity between multiple subnet for the unique subnet

Hello

I have headquarters where several VLANs are running and branch has a subnet.following is subnet details

Head office subnets

192.168.0.0

192.168.101.0

192.168.50.0

192.168.10.0

192.168.20.0

192.168.30.0 all are 24

branch

192.168.1.0/24

Headquarters I have PIX and branch, I have cisco router 2600. I want my subnet all headquarters access to my office of general management of the LAN

I want to create an ipsec vpn, my question is that I can combine several subnets of headquarters in a subnet because I want ot get rid of several ACL entries

Hello

Well, if we look at the site of the Directorate. He has only the single network and even with the destination network that overlap, it shouldn't be a problem. If a host on the network of agencies needs to connect to another host to local subnets will connect directly to him and the traffic flow through the router.

I don't know if there should be no problem on the PIX side or the other.

But to be honest, it's a very small amount of networks, and I don't see a particular reason, that I would not configure each network specifically, even if it should procude a few lines more to the ACL. Personally, I prefer to be as specific as possible in configurations to avoid any problems.

-Jouni

Tags: Cisco Security

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    1: 15:43:51.112054 10.1.1.82.1608 > 76.196.10.57.443: S 1763806634:1763806634 (0) win 64240
    2: 15:43:54.143028 10.1.1.82.1608 > 76.196.10.57.443: S 1763806634:1763806634 (0) win 64240
    3: 15:44:00.217273 10.1.1.82.1608 > 76.196.10.57.443: S 1763806634:1763806634 (0) win 64240
    4: 15:44:01.724938 10.1.1.82.1609 > 76.196.10.57.60443: S 2904546955:2904546955 (0) win 64240
    5: 15:44:01.784642 76.196.10.57.60443 > 10.1.1.82.1609: S 2323205974:2323205974 (0) ack 2904546956 win 5808
    6: 15:44:01.784886 10.1.1.82.1609 > 76.196.10.57.60443:. ACK 2323205975 win 64240
    7: 15:44:01.785527 10.1.1.82.1609 > 76.196.10.57.60443: P 2904546956:2904547080 (124) ack 2323205975 win 64240
    8: 15:44:01.856462 76.196.10.57.60443 > 10.1.1.82.1609:. ACK 2904547080 win 5808
    9: 15:44:01.899596 76.196.10.57.60443 > 10.1.1.82.1609: P 2323205975:2323206638 (663) ack 2904547080 win 5808
    10: 15:44:02.056897 10.1.1.82.1609 > 76.196.10.57.60443:. ACK 2323206638 win 63577
    11: 15:44:03.495030 10.1.1.82.1609 > 76.196.10.57.60443: P 2904547080:2904547278 (198) ack 2323206638 win 63577
    12: 15:44:03.667095 76.196.10.57.60443 > 10.1.1.82.1609:. ACK 2904547278 win 6432
    13: 15:44:03.740592 76.196.10.57.60443 > 10.1.1.82.1609: P 2323206638:2323206697 (59) ack 2904547278 win 6432
    14: 15:44:03.741264 10.1.1.82.1609 > 76.196.10.57.60443: P 2904547278:2904547576 (298) ack 2323206697 win 63518
    15: 15:44:03.814029 76.196.10.57.60443 > 10.1.1.82.1609:. ACK 2904547576 win 7504
    16: 15:44:06.989008 76.196.10.57.60443 > 10.1.1.82.1609: P 2323206697:2323207075 (378) ack 2904547576 win 7504
    17: 15:44:06.990228 76.196.10.57.60443 > 10.1.1.82.1609: 2323207075:2323207075 F (0) ack 2904547576 win 7504
    18: 15:44:06.990564 10.1.1.82.1609 > 76.196.10.57.60443:. ACK 2323207076 win 63140

    19: 15:44:06.990656 10.1.1.82.1609 > 76.196.10.57.60443: P 2904547576:2904547613 (37) ack 2323207076 win 63140
    20: 15:44:06.990854 10.1.1.82.1609 > 76.196.10.57.60443: 2904547613:2904547613 F (0) ack 2323207076 win 63140
    21: 15:44:07.049359 76.196.10.57.60443 > 10.1.1.82.1609: R 2323207076:2323207076 (0) win 0
    22: 15:44:17.055417 10.1.1.82.500 > 76.196.10.57.500: udp 276
    23: 15:44:17.137657 76.196.10.57.500 > 10.1.1.82.500: udp 140
    24: 15:44:17.161475 10.1.1.82.500 > 76.196.10.57.500: udp 224
    25: 15:44:17.309066 76.196.10.57.500 > 10.1.1.82.500: udp 220
    26: 15:44:17.478780 10.1.1.82.4500 > 76.196.10.57.4500: udp 80
    27: 15:44:17.550356 76.196.10.57.4500 > 10.1.1.82.4500: 64 udp
    28: 15:44:17.595214 10.1.1.82.4500 > 76.196.10.57.4500: udp 304
    29: 15:44:17.753470 76.196.10.57.4500 > 10.1.1.82.4500: udp 304
    30: 15:44:17.763037 10.1.1.82.4500 > 76.196.10.57.4500: udp 68
    31: 15:44:17.763540 10.1.1.82.4500 > 76.196.10.57.4500: udp 56
    32: 15:44:18.054516 10.1.1.82.4500 > 76.196.10.57.4500: udp 68
    33: 15:44:18.124840 76.196.10.57.4500 > 10.1.1.82.4500: udp 68
    34: 15:44:21.835390 10.1.1.82.4500 > 76.196.10.57.4500: udp 72
    35: 15:44:21.850831 10.1.1.82.4500 > 76.196.10.57.4500: udp 80
    36: 15:44:21.901183 76.196.10.57.4500 > 10.1.1.82.4500: udp 72
    37: 15:44:22.063747 10.1.1.82.1610 > 76.196.10.57.60443: S 938188365:938188365 (0) win 64240
    38: 15:44:22.104746 76.196.10.57.4500 > 10.1.1.82.4500: udp 80
    39: 15:44:22.122277 76.196.10.57.60443 > 10.1.1.82.1610: S 1440820945:1440820945 (0) ack 938188366 win 5808
    40: 15:44:22.122536 10.1.1.82.1610 > 76.196.10.57.60443:. ACK 1440820946 win 64240
    41: 15:44:22.123269 10.1.1.82.1610 > 76.196.10.57.60443: P 938188366:938188490 (124) ack 1440820946 win 64240
    42: 15:44:22.187108 76.196.10.57.60443 > 10.1.1.82.1610:. ACK 938188490 win 5808
    43: 15:44:22.400675 76.196.10.57.60443 > 10.1.1.82.1610: P 1440820946:1440821609 (663) ack 938188490 win 5808
    44: 15:44:22.474600 10.1.1.82.1610 > 76.196.10.57.60443: P 938188490:938188688 (198) ack 1440821609 win 63577
    45: 15:44:22.533648 76.196.10.57.60443 > 10.1.1.82.1610:. ACK 938188688 win 6432
    46: 15:44:22.742286 76.196.10.57.60443 > 10.1.1.82.1610: P 1440821609:1440821668 (59) ack 938188688 win 6432
    47: 15:44:22.742927 10.1.1.82.1610 > 76.196.10.57.60443: P 938188688:938189002 (314) ack 1440821668 win 63518
    48: 15:44:22.802570 76.196.10.57.60443 > 10.1.1.82.1610:. ACK 938189002 win 7504
    49: 15:44:25.180486 76.196.10.57.60443 > 10.1.1.82.1610: P 1440821668:1440821934 (266) ack 938189002 win 7504
    50: 15:44:25.181753 76.196.10.57.60443 > 10.1.1.82.1610: 1440821934:1440821934 F (0) ack 938189002 win 7504
    51: 15:44:25.181997 10.1.1.82.1610 > 76.196.10.57.60443:. ACK 1440821935 win 63252
    52: 15:44:25.182134 10.1.1.82.1610 > 76.196.10.57.60443: P 938189002:938189039 (37) ack 1440821935 win 63252
    53: 15:44:25.182333 10.1.1.82.1610 > 76.196.10.57.60443: 938189039:938189039 F (0) ack 1440821935 win 63252
    54: 15:44:25.241869 76.196.10.57.60443 > 10.1.1.82.1610: R 1440821935:1440821935 (0) win 0

    #2: same PC with Dynamic NAT, VPN connection fails:

    70 packets captured
    1: 14:08:31.758261 10.1.1.82.1073 > 76.196.10.57.443: S 820187495:820187495 (0) win 64240
    2: 14:08:34.876907 10.1.1.82.1073 > 76.196.10.57.443: S 820187495:820187495 (0) win 64240
    3: 14:08:40.746055 10.1.1.82.1073 > 76.196.10.57.443: S 820187495:820187495 (0) win 64240
    4: 14:08:42.048627 10.1.1.82.1074 > 76.196.10.57.60443: S 3309127022:3309127022 (0) win 64240
    5: 14:08:42.120248 76.196.10.57.60443 > 10.1.1.82.1074: S 1715577781:1715577781 (0) ack 3309127023 win 5808
    6: 14:08:42.120568 10.1.1.82.1074 > 76.196.10.57.60443:. ACK 1715577782 win 64240
    7: 14:08:42.121102 10.1.1.82.1074 > 76.196.10.57.60443: P 3309127023:3309127147 (124) ack 1715577782 win 64240
    8: 14:08:42.183553 76.196.10.57.60443 > 10.1.1.82.1074:. ACK 3309127147 win 5808
    9: 14:08:42.232867 76.196.10.57.60443 > 10.1.1.82.1074: P 1715577782:1715578445 (663) ack 3309127147 win 5808
    10: 14:08:42.405145 10.1.1.82.1074 > 76.196.10.57.60443:. ACK 1715578445 win 63577
    11: 14:08:43.791340 10.1.1.82.1074 > 76.196.10.57.60443: P 3309127147:3309127345 (198) ack 1715578445 win 63577
    12: 14:08:43.850450 76.196.10.57.60443 > 10.1.1.82.1074:. ACK 3309127345 win 6432

    13: 14:08:44.028196 76.196.10.57.60443 > 10.1.1.82.1074: P 1715578445:1715578504 (59) ack 3309127345 win 6432
    14: 14:08:44.058544 10.1.1.82.1074 > 76.196.10.57.60443: P 3309127345:3309127643 (298) ack 1715578504 win 63518
    15: 14:08:44.116403 76.196.10.57.60443 > 10.1.1.82.1074:. ACK 3309127643 win 7504
    16: 14:08:47.384654 76.196.10.57.60443 > 10.1.1.82.1074: P 1715578504:1715578882 (378) ack 3309127643 win 7504
    17: 14:08:47.385417 76.196.10.57.60443 > 10.1.1.82.1074: 1715578882:1715578882 F (0) ack 3309127643 win 7504
    18: 14:08:47.394068 10.1.1.82.1074 > 76.196.10.57.60443:. ACK 1715578883 win 63140
    19: 14:08:47.394922 10.1.1.82.1074 > 76.196.10.57.60443: P 3309127643:3309127680 (37) ack 1715578883 win 63140
    20: 14:08:47.395151 10.1.1.82.1074 > 76.196.10.57.60443: 3309127680:3309127680 F (0) ack 1715578883 win 63140
    21: 14:08:47.457633 76.196.10.57.60443 > 10.1.1.82.1074: R 1715578883:1715578883 (0) win 0
    22: 14:08:57.258073 10.1.1.82.500 > 76.196.10.57.500: udp 276
    23: 14:08:57.336255 76.196.10.57.500 > 10.1.1.82.500: udp 40
    24: 14:08:58.334211 10.1.1.82.500 > 76.196.10.57.500: udp 276
    25: 14:08:58.412850 76.196.10.57.500 > 10.1.1.82.500: udp 40
    26: 14:09:00.333311 10.1.1.82.500 > 76.196.10.57.500: udp 276
    27: 14:09:00.410730 76.196.10.57.500 > 10.1.1.82.500: udp 40
    28: 14:09:02.412561 10.1.1.82.1075 > 76.196.10.57.443: S 968016865:968016865 (0) win 64240
    29: 14:09:04.349164 10.1.1.82.500 > 76.196.10.57.500: udp 276
    30: 14:09:04.431648 76.196.10.57.500 > 10.1.1.82.500: udp 40
    31: 14:09:05.442710 10.1.1.82.1075 > 76.196.10.57.443: S 968016865:968016865 (0) win 64240
    32: 14:09:11.380427 10.1.1.82.1075 > 76.196.10.57.443: S 968016865:968016865 (0) win 64240
    33: 14:09:12.349926 10.1.1.82.500 > 76.196.10.57.500: udp 276
    34: 14:09:12.421502 10.1.1.82.1076 > 76.196.10.57.60443: S 3856215672:3856215672 (0) win 64240
    35: 14:09:12.430794 76.196.10.57.500 > 10.1.1.82.500: udp 40
    36: 14:09:12.481832 76.196.10.57.60443 > 10.1.1.82.1076: S 248909856:248909856 (0) ack 3856215673 win 5808
    37: 14:09:12.527972 10.1.1.82.1076 > 76.196.10.57.60443:. ACK 248909857 win 64240
    38: 14:09:12.529238 10.1.1.82.1076 > 76.196.10.57.60443: P 3856215673:3856215797 (124) ack 248909857 win 64240
    39: 14:09:12.608275 76.196.10.57.60443 > 10.1.1.82.1076:. ACK 3856215797 win 5808
    40: 14:09:12.658581 76.196.10.57.60443 > 10.1.1.82.1076: P 248909857:248910520 (663) ack 3856215797 win 5808
    41: 14:09:12.664531 10.1.1.82.1076 > 76.196.10.57.60443: P 3856215797:3856215995 (198) ack 248910520 win 63577
    42: 14:09:12.725533 76.196.10.57.60443 > 10.1.1.82.1076:. ACK 3856215995 win 6432
    43: 14:09:12.880813 76.196.10.57.60443 > 10.1.1.82.1076: P 248910520:248910579 (59) ack 3856215995 win 6432
    44: 14:09:12.892272 10.1.1.82.1076 > 76.196.10.57.60443: P 3856215995:3856216293 (298) ack 248910579 win 63518
    45: 14:09:12.953029 76.196.10.57.60443 > 10.1.1.82.1076:. ACK 3856216293 win 7504
    46: 14:09:12.955043 76.196.10.57.60443 > 10.1.1.82.1076: 248910579:248910579 F (0) ack 3856216293 win 7504
    47: 14:09:12.955242 10.1.1.82.1076 > 76.196.10.57.60443:. ACK 248910580 win 63518
    48: 14:09:12.955516 10.1.1.82.1076 > 76.196.10.57.60443: P 3856216293:3856216330 (37) ack 248910580 win 63518
    49: 14:09:12.955730 10.1.1.82.1076 > 76.196.10.57.60443: 3856216330:3856216330 F (0) ack 248910580 win 63518
    50: 14:09:13.019743 76.196.10.57.60443 > 10.1.1.82.1076: R 248910580:248910580 (0) win 0
    51: 14:09:16.068691 10.1.1.82.500 > 76.196.10.57.500: udp 56
    52: 14:09:16.227588 10.1.1.82.1077 > 76.196.10.57.60443: S 3657181617:3657181617 (0) win 64240
    53: 14:09:16.283783 76.196.10.57.60443 > 10.1.1.82.1077: S 908773751:908773751 (0) ack 3657181618 win 5808
    54: 14:09:16.306823 10.1.1.82.1077 > 76.196.10.57.60443:. ACK 908773752 win 64240
    55: 14:09:16.307692 10.1.1.82.1077 > 76.196.10.57.60443: P 3657181618:3657181742 (124) ack 908773752 win 64240
    56: 14:09:16.370998 76.196.10.57.60443 > 10.1.1.82.1077:. ACK 3657181742 win 5808
    57: 14:09:16.411935 76.196.10.57.60443 > 10.1.1.82.1077: P 908773752:908774415 (663) ack 3657181742 win 5808
    58: 14:09:16.417870 10.1.1.82.1077 > 76.196.10.57.60443: P 3657181742:3657181940 (198) ack 908774415 win 63577
    59: 14:09:16.509388 76.196.10.57.60443 > 10.1.1.82.1077:. ACK 3657181940 win 6432

    60: 14:09:16.708413 76.196.10.57.60443 > 10.1.1.82.1077: P 908774415:908774474 (59) ack 3657181940 win 6432
    61: 14:09:16.887100 10.1.1.82.1077 > 76.196.10.57.60443: P 3657181940:3657182254 (314) ack 908774474 win 63518
    62: 14:09:16.948193 76.196.10.57.60443 > 10.1.1.82.1077:. ACK 3657182254 win 7504
    63: 14:09:19.698465 76.196.10.57.60443 > 10.1.1.82.1077: P 908774474:908774740 (266) ack 3657182254 win 7504
    64: 14:09:19.699426 76.196.10.57.60443 > 10.1.1.82.1077: 908774740:908774740 F (0) ack 3657182254 win 7504
    65: 14:09:20.060162 10.1.1.82.1077 > 76.196.10.57.60443:. ACK 908774741 win 63252
    66: 14:09:20.062191 76.196.10.57.60443 > 10.1.1.82.1077: P 908774474:908774740 (266) ack 3657182254 win 7504
    67: 14:09:20.063732 10.1.1.82.1077 > 76.196.10.57.60443:. ACK 908774741 win 63252
    68: 14:09:20.063900 10.1.1.82.1077 > 76.196.10.57.60443: P 3657182254:3657182291 (37) ack 908774741 win 63252
    69: 14:09:20.064098 10.1.1.82.1077 > 76.196.10.57.60443: 3657182291:3657182291 F (0) ack 908774741 win 63252
    70: 14:09:20.127694 76.196.10.57.60443 > 10.1.1.82.1077: R 908774741:908774741 (0) win 0
    70 packages shown

    We had this problem of connection VPN IPsec from the years (I first thought it is restriction access problem, but it does not work or if I disable all access lists, experience of yesterday for the same restriction of the access-list shows longer than PC is not the cause). All suggestions and tips are greatly appreciated.

    Sean

    Hi Sean, please remove th lines highlighted in your pix and try and let me know, that these lines are not the default configuration of the PIX.

    VPN-udp-class of the class-map

    corresponds to the list of access vpn-udp-acl

    vpn-udp-policy policy-map

    VPN-udp-class

    inspect the amp-ipsec

    type of policy-card inspect dns migrated_dns_map_1

    parameters

    message-length maximum 768

    Policy-map global_policy

    class inspection_default

    inspect the migrated_dns_map_1 dns

    inspect the ftp

    inspect h323 h225

    inspect the h323 ras

    inspect the http

    inspect the netbios

    inspect the rsh

    inspect the rtsp

    inspect the skinny

    inspect sqlnet

    inspect sunrpc

    inspect the tftp

    inspect the sip

    inspect xdmcp

    inspect the pptp

    inspect the amp-ipsec

    permit same-security-traffic inter-interface

    permit same-security-traffic intra-interface

    IP verify reverse path to the outside interface

    Thank you

    Rizwan James

  • IPSec VPN: connected to the VPN but cannot access resources

    Hello

    I configured a VPN IPSec on two ISP with IP SLA configured, there is a redundancy on the VPN so that if address main is it connect to the VPN backup.

    QUESTIONS

    -Connect to the primary address and I can access resources

    -backup address to connect but can not access resources for example servers

    I want a way to connect to backup and access on my servers resources. Please help look in the config below

    configuration below:

    interface GigabitEthernet0/0

    LAN description

    nameif inside

    security-level 100

    IP 192.168.202.100 255.255.255.0

    !

    interface GigabitEthernet0/1

    Description CONNECTION_TO_DOPC

    nameif outside

    security-level 0

    IP address 2.2.2.2 255.255.255.248

    !

    interface GigabitEthernet0/2

    Description CONNECTION_TO_COBRANET

    nameif backup

    security-level 0

    IP 3.3.3.3 255.255.255.240

    !

    !

    interface Management0/0

    Shutdown

    No nameif

    no level of security

    no ip address

    management only

    !

    boot system Disk0: / asa831 - k8.bin

    boot system Disk0: / asa707 - k8.bin

    passive FTP mode

    clock timezone WAT 1

    DNS domain-lookup outside

    DNS server-group DefaultDNS

    Name-Server 4.2.2.2

    permit same-security-traffic inter-interface

    permit same-security-traffic intra-interface

    network of object obj-200

    192.168.200.0 subnet 255.255.255.0

    Description LAN_200

    network of object obj-202

    192.168.202.0 subnet 255.255.255.0

    Description LAN_202

    network of the NETWORK_OBJ_192.168.30.0_25 object

    subnet 192.168.30.0 255.255.255.128

    network of the RDP_12 object

    Home 192.168.202.12

    Web server description

    service object RDP

    source eq 3389 destination eq 3389 tcp service

    network obj012 object

    Home 192.168.202.12

    the Backup-PAT object network

    192.168.202.0 subnet 255.255.255.0

    NETWORK LAN UBA description

    the DM_INLINE_NETWORK_1 object-group network

    object-network 192.168.200.0 255.255.255.0

    object-network 192.168.202.0 255.255.255.0

    the DM_INLINE_NETWORK_2 object-group network

    network-object object obj-200

    network-object object obj-202

    access-list extended INSIDE_OUT allow ip 192.168.200.0 255.255.255.0 any

    access-list extended INSIDE_OUT allow ip 192.168.202.0 255.255.255.0 any

    OUTSIDE_IN list extended access permit icmp any any idle state

    OUTSIDE_IN list extended access permit tcp any object obj012 eq inactive 3389

    gbnltunnel_splitTunnelAcl standard access list allow 192.168.200.0 255.255.255.0

    standard access list gbnltunnel_splitTunnelAcl allow 192.168.202.0 255.255.255.0

    BACKUP_IN list extended access permit icmp any any idle state

    access extensive list ip 196.216.144.0 encrypt_acl allow 255.255.255.192 192.168.202.0 255.255.255.0

    pager lines 24

    Enable logging

    asdm of logging of information

    Within 1500 MTU

    Outside 1500 MTU

    backup of MTU 1500

    Backup2 MTU 1500

    local pool GBNLVPNPOOL 192.168.30.0 - 192.168.30.100 255.255.255.0 IP mask

    no failover

    ICMP unreachable rate-limit 1 burst-size 1

    ICMP allow any backup

    ASDM image disk0: / asdm-645 - 206.bin

    don't allow no asdm history

    ARP timeout 14400

    NAT (inside, outside) static static source NETWORK_OBJ_192.168.30.0_25 destination DM_INLINE_NETWORK_1 DM_INLINE_NETWORK_1 NETWORK_OBJ_192.168.30.0_25

    NAT (inside, outside) static source DM_INLINE_NETWORK_2 DM_INLINE_NETWORK_2 NETWORK_OBJ_192.168.30.0_25 NETWORK_OBJ_192.168.30.0_25 non-proxy-arp-search of route static destination

    !

    network of object obj-200

    NAT dynamic interface (indoor, outdoor)

    network of object obj-202

    dynamic NAT (all, outside) interface

    network obj012 object

    NAT (inside, outside) interface static service tcp 3389 3389

    the Backup-PAT object network

    dynamic NAT interface (inside, backup)

    !

    NAT source auto after (indoor, outdoor) dynamic one interface

    Access-group interface inside INSIDE_OUT

    Access-group OUTSIDE_IN in interface outside

    Access-group BACKUP_IN in the backup of the interface

    Route outside 0.0.0.0 0.0.0.0 2.2.2.2 1 followed by 100

    Backup route 0.0.0.0 0.0.0.0 3.3.3.3 254

    Timeout xlate 03:00

    Pat-xlate timeout 0:00:30

    Timeout conn 01:00 half-closed 0:10:00 udp 0:02:00 icmp 0:00:02

    Sunrpc timeout 0:10:00 h323 0:05:00 h225 mgcp from 01:00 0:05:00 mgcp-pat 0:05:00

    Sip timeout 0:30:00 sip_media 0:02:00 prompt Protocol sip-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

    Floating conn timeout 0:00:00

    dynamic-access-policy-registration DfltAccessPolicy

    WebVPN

    value of the URL-list GBNL-SERVERS

    identity of the user by default-domain LOCAL

    the ssh LOCAL console AAA authentication

    AAA authentication http LOCAL console

    AAA authentication enable LOCAL console

    http server enable 441

    http 192.168.200.0 255.255.255.0 inside

    http 192.168.202.0 255.255.255.0 inside

    http 192.168.2.0 255.255.255.0 inside

    http 192.168.30.0 255.255.255.0 inside

    http 0.0.0.0 0.0.0.0 outdoors

    http 0.0.0.0 0.0.0.0 backup

    No snmp server location

    No snmp Server contact

    Server enable SNMP traps snmp authentication linkup, linkdown warmstart of cold start

    ALS 10 monitor

    type echo protocol ipIcmpEcho 31.13.72.1 interface outside

    NUM-package of 5

    Timeout 3000

    frequency 5

    Annex monitor SLA 10 life never start-time now

    Crypto ipsec transform-set ikev1 ESP-AES-256-MD5 esp-aes-256 esp-md5-hmac

    Crypto ipsec transform-set ikev1 ESP-DES-SHA esp - esp-sha-hmac

    Crypto ipsec transform-set ikev1 SHA-ESP-3DES esp-3des esp-sha-hmac

    Crypto ipsec transform-set ikev1 esp ESP-DES-MD5-esp-md5-hmac

    Crypto ipsec transform-set ikev1 ESP-AES-192-MD5 esp-aes-192 esp-md5-hmac

    Crypto ipsec transform-set ikev1 ESP-3DES-MD5-esp-3des esp-md5-hmac

    Crypto ipsec transform-set ikev1 ESP-AES-256-SHA esp-aes-256 esp-sha-hmac

    Crypto ipsec transform-set ikev1 ESP-AES-128-SHA aes - esp esp-sha-hmac

    Crypto ipsec transform-set ikev1 ESP-AES-192-SHA esp-aes-192 esp-sha-hmac

    Crypto ipsec transform-set ikev1 ESP-AES-128-MD5-esp - aes esp-md5-hmac

    crypto dynamic-map SYSTEM_DEFAULT_CRYPTO_MAP 65535 pfs Group1 set

    crypto dynamic-map SYSTEM_DEFAULT_CRYPTO_MAP 65535 define ikev1 transform-set ESP-AES-128-SHA ESP-AES-128-MD5 ESP-AES-192-SHA ESP-AES-192-MD5 ESP-AES-256-SHA ESP-AES-256-MD5 ESP-3DES-SHA MD5-ESP-3DES ESP-DES-SHA ESP-DES-MD5

    card crypto IPSec_map 10 corresponds to the address encrypt_acl

    card crypto IPSec_map 10 set peer 196.216.144.1

    card crypto IPSec_map 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

    outside_map card crypto 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

    inside_map card crypto 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

    inside crypto map inside_map interface

    ipsec_map card crypto 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

    ipsec_map interface card crypto outside

    gbnltunnel card crypto 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

    backup of crypto gbnltunnel interface card

    Crypto ca trustpoint ASDM_TrustPoint0

    Terminal registration

    name of the object CN = GBNLVPN.greatbrandsng.com, O = GBNL, C = ng

    Configure CRL

    Crypto ikev1 allow inside

    Crypto ikev1 allow outside

    Crypto ikev1 enable backup

    IKEv1 crypto policy 10

    authentication crack

    aes-256 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 20

    authentication rsa - sig

    aes-256 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 30

    preshared authentication

    aes-256 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 40

    authentication crack

    aes-192 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 50

    authentication rsa - sig

    aes-192 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 60

    preshared authentication

    aes-192 encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 70

    authentication crack

    aes encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 80

    authentication rsa - sig

    aes encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 90

    preshared authentication

    aes encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 100

    authentication crack

    3des encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 110

    authentication rsa - sig

    3des encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 120

    preshared authentication

    3des encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 130

    authentication crack

    the Encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 140

    authentication rsa - sig

    the Encryption

    sha hash

    Group 2

    life 86400

    IKEv1 crypto policy 150

    preshared authentication

    the Encryption

    sha hash

    Group 2

    life 86400

    enable client-implementation to date

    !

    track 10 rtr 100 accessibility

    !

    Track 100 rtr 10 accessibility

    Telnet 192.168.200.0 255.255.255.0 inside

    Telnet 192.168.202.0 255.255.255.0 inside

    Telnet timeout 5

    SSH 192.168.202.0 255.255.255.0 inside

    SSH 192.168.200.0 255.255.255.0 inside

    SSH 0.0.0.0 0.0.0.0 inside

    SSH 0.0.0.0 0.0.0.0 outdoors

    SSH 0.0.0.0 0.0.0.0 backup

    SSH timeout 30

    SSH group dh-Group1-sha1 key exchange

    Console timeout 0

    management-access inside

    a basic threat threat detection

    threat detection statistics

    a statistical threat detection tcp-interception rate-interval 30 burst-400-rate average rate 200

    WebVPN

    allow outside

    enable backup

    activate backup2

    internal gbnltunnel group policy

    attributes of the strategy of group gbnltunnel

    Ikev1 VPN-tunnel-Protocol

    Split-tunnel-policy tunnelspecified

    greatbrandsng.com value by default-field

    Group Policy 'Group 2' internal

    type of remote access service

    type tunnel-group gbnltunnel remote access

    tunnel-group gbnltunnel General-attributes

    address GBNLVPNPOOL pool

    Group Policy - by default-gbnltunnel

    gbnltunnel group of tunnel ipsec-attributes

    IKEv1 pre-shared-key *.

    type tunnel-group GBNLSSL remote access

    type tunnel-group GBNL_WEBVPN remote access

    attributes global-tunnel-group GBNL_WEBVPN

    Group Policy - by default-gbnltunnel

    tunnel-group 196.216.144.1 type ipsec-l2l

    IPSec-attributes tunnel-group 196.216.144.1

    IKEv1 pre-shared-key *.

    !

    class-map inspection_default

    match default-inspection-traffic

    !

    !

    type of policy-card inspect dns preset_dns_map

    parameters

    maximum message length automatic of customer

    message-length maximum 512

    Policy-map global_policy

    class inspection_default

    inspect the preset_dns_map dns

    inspect the ftp

    inspect h323 h225

    inspect the h323 ras

    inspect the rsh

    inspect the rtsp

    inspect esmtp

    inspect sqlnet

    inspect the skinny

    inspect sunrpc

    inspect xdmcp

    inspect the sip

    inspect the netbios

    inspect the tftp

    Review the ip options

    inspect the icmp

    !

    global service-policy global_policy

    context of prompt hostname

    no remote anonymous reporting call

    HPM topN enable

    Cryptochecksum:6004bf457c9c0bc1babbdbf1cd8aeba5

    : end

    When you say that "the external interface is downwards using failover techniques" you mean this failover occurred because the ASA is no longer able to reach the 31.13.72.1?  Not that the actual interface is broken?

    If this is the case, then the NATing is your problem.  Since you're using the same VPN pool for VPN connections the ASA cannot distinguish between the two streams of traffic if the external interface is still in place.  The SLA tracking only removes a route in the routing table, but does not affect what happens in the NAT process.

    try to change the NAT statement follows him and the test (don't forget to remove the other statements to exempt of NAT for this traffic during the test):

    NAT (inside,any) static static source NETWORK_OBJ_192.168.30.0_25 destination DM_INLINE_NETWORK_1 DM_INLINE_NETWORK_1 NETWORK_OBJ_192.168.30.0_25

    If this does not work, I would either turn off the external interface when a failover occurs, or create a second connection profile that contains a separate mass of IP for the VPN connection and ask users to connect using this profile when a failover takes place.  Don't forget to create Nat exempt instructions for this traffic also.

    --

    Please note all useful posts

  • VPN access query remote ASA - several group policies for the unique connection profile

    Hi all

    Two quick questions here that I need to help.

    1. in an ASA 5525, is it possible to have several group policies for a single connection profile?

    Scenario: A customer is running F5 Firepass to their VPN solution and this device is used by them to have multiple strategies group by the connection profile. We plan to migrate them to ASA (5525) and I don't know if the ASA can support that.

    2. in an ASA-5525 for Clientless Remote access VPN, can pass us the page to connect to an external server? For example, if I have a connection with a URL profile setup: "'https://wyz.vpn.com/ ';" for the LDAP/Radius Authentication, but for https://wyz.vpn.com/data and https://wyz.vpn.com/test I want to HTTP based authentication form and this page needs to be sent to an external server that is to say ASA step will manage this page, but rather the first page for this is served by the external server.

    Scenario: One of our clients is running F5 Firepass to their VPN solution. On the F5 they have pages of configuration such as the https://wyz.vpn.com/ that the F5 shows to the user when they connect via VPN without client; However if the user types https://wyz.vpn.com/data in the browser, the traffic comes to the F5, but F5 redirects this traffic to an external server (with an external url as well). Then it's this external server that transfers the first page of the user requesting authentication for HTTP form based authentication information.

    Thanks in advance to all!

    Hello

    You can have fallback to LOCAL only primary method.

    http://www.Cisco.com/c/en/us/TD/docs/security/ASA/asa90/configuration/gu...

    HTH

    Averroès.

  • IPSec sequence numbers not working not for the multi VPN

    a site at a single site VPN works no problem, but when I add the second peer in the concentrator, router it does not connect. There is no routing in place that all routers are connected to the same switch, and with no crypto card they can all two ping 192.168.2.1. With crypto card only 192.168.2.2 can ping 192.168.2.1. I'm at a loss as to what I'm doing wrong, it seems simple I just add the Test input with a different number, but it won't work.

    Ask any other question you can think of. I followed the same controls on both spoke routers so that it seems that it would be in the hub, router, but he beat me as to why.

    Thanks for the help.

    Concentrator, router:

    ----------------------------------------------------------------------------------------------------------------------------------------------

    R1 #sh card crypto

    1 test card crypto ipsec-isakmp

    Peer = 192.168.2.2

    Expand the IP 110 access list

    access ip-list 110 permit a whole

    Current counterpart: 192.168.2.2

    Life safety association: 4608000 kilobytes / 86400 seconds

    PFS (Y/N): N

    Transform sets = {}

    Test,

    }

    Interfaces using crypto sheet test:

    FastEthernet0/0

    2 ipsec-isakmp crypto map test

    Peer = 192.168.2.3

    Expand the IP 110 access list

    access ip-list 110 permit a whole

    Current counterpart: 192.168.2.3

    Life safety association: 4608000 kilobytes / 86400 seconds

    PFS (Y/N): N

    Transform sets = {}

    Test,

    }

    Interfaces using crypto sheet test:

    FastEthernet0/0

    ---------------------------------------------------------------------------------------------------------------------------------------------

    R2 #sh card crypto

    1 test card crypto ipsec-isakmp

    Peer = 192.168.2.1

    Expand the IP 110 access list

    access ip-list 110 permit a whole

    Current counterpart: 192.168.2.1

    Life safety association: 4608000 kilobytes / 86400 seconds

    PFS (Y/N): N

    Transform sets = {}

    Test,

    }

    Interfaces using crypto sheet test:

    FastEthernet0/0

    ----------------------------------------------------------------------------------------------------------------------------------------------

    R3 #sh card crypto

    1 test card crypto ipsec-isakmp

    Peer = 192.168.2.1

    Expand the IP 110 access list

    access ip-list 110 permit a whole

    Current counterpart: 192.168.2.1

    Life safety association: 4608000 kilobytes / 86400 seconds

    PFS (Y/N): N

    Transform sets = {}

    Test,

    }

    Interfaces using crypto sheet test:

    FastEthernet0/0

    There is a typing error in the IP for the PSK on R3.

    --
    Don't stop once you have upgraded your network! Improve the world by lending money to low-income workers:
    http://www.Kiva.org/invitedBy/karsteni

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