Router configuration Cisco for the IPSec VPN with VPN in Windows 7 builtin client

Where can I find an example config for IPSec VPN where Windows 7 native client to connect to the Cisco routers. I use the cisco 881w, in this case.

Thomas McLeod

Native Client Windows supports only L2TP over IPSec. Example at the end of this doc may be enough for you:

http://www.Cisco.com/en/us/docs/security/vpn_modules/6342/configuration/guide/6342vpn4.html#wp1036111

I've not personally configured L2TP/IPSec on IOS, only on ASA, so cannot be 100% sure that the config in the link works, but the general idea should be ok.

Tags: Cisco Security

Similar Questions

Function of automatic update for the IPsec VPN Client

Hello.

Do you have anyone ever tried the PIX / ASA ' feature IPsec VPN Client Auto-Update?

(see also Document ID: 105606).

He wants to make sure that I understand this right.

The user will receive a popup of information telling him to download the latest version of the client? And then there start the update itself?

If so, this would mean that the user must have the rights of full adminsitative using a laptop.

From my point of view, full administrator rights on a laptop are prohibited - 100% and therefore the functionality would be totally useless.

Anyone who can tell me whether I am good or bad?

Best

Frank

Frank,

You are right, if the computer desktop or labtop is completely locked regarding the installation of the software the customer won't be able to install it, they may be able to download from the link that you configured in ASA, once they connect to your server ASA RA but with regard to the installation user's machine needs rights profile appropriate to be able to install it.

HTH

-Jorge

Cisco ASA5520 facing ISP with private IP address. How to get the IPSec VPN through the internet?

/ * Style definitions * / table. MsoNormalTable {mso-style-name : « Table Normal » ; mso-tstyle-rowband-taille : 0 ; mso-tstyle-colband-taille : 0 ; mso-style-noshow:yes ; mso-style-priorité : 99 ; mso-style-qformat:yes ; mso-style-parent : » « ;" mso-rembourrage-alt : 0 à 5.4pt 0 à 5.4pt ; mso-para-marge-top : 0 ; mso-para-marge-droit : 0 ; mso-para-marge-bas : 10.0pt ; mso-para-marge-left : 0 ; ligne-hauteur : 115 % ; mso-pagination : widow-orphelin ; police-taille : 11.0pt ; famille de police : « Calibri », « sans-serif » ; mso-ascii-font-family : Calibri ; mso-ascii-theme-font : minor-latin ; mso-fareast-font-family : « Times New Roman » ; mso-fareast-theme-font : minor-fareast ; mso-hansi-font-family : Calibri ; mso-hansi-theme-font : minor-latin ;}

Hello guys,.

I have Cisco ASA5520 facing the ISP with private IP address. We don't have a router and how to get the IPSec VPN through the internet?

The question statement not the interface pointing to ISP isn't IP address private and inside as well.

Firewall configuration:

Firewall outside interface Gi0 10.0.1.2 > ISP 10.0.1.1 with security-level 0

Firewall inside the interface Ethernet0 192.168.1.1 > LAN switch 192.168.1.2 with security-level 100

I have public IP block 199.9.9.1/28

How can I use the public IP address to create the IPSec VPN tunnel between two sites across the internet?

can I assign a public IP address on the Gig1 inside the interface with the security level of 100 and how to apply inside to carry on this interface?

If I configure > firewall inside of the item in gi1 interface ip address 199.9.9.1/28 with security-level 100. How to make a safe lane VPN through this interface on the internet?

I'm used to the public IP address allocation to the interface outside of the firewall and private inside the interface IP address.

Please help with configuration examples and advise.

Thank you

Eric

Unfortunately, you can only complete the VPN connection on the interface the VPN connection source, in your case the external interface.

3 options:

(1) connect a router in front of the ASA and assign your public ip address to the ASA outside interface.

OR /.

(2) If your ISP can perform static translation of 1 to 1, then you can always finish the VPN on the external interface and ask your provider what is the static ip address assigned to your ASA out of the IP (10.0.1.2) - this will launch the VPN of bidirectionally

OR /.

(3) If your ISP performs PAT (dynamic NAT), then you can only start the tunnel VPN on the side of the ASA and the other end of the tunnel must be configured to allow VPN LAN-to-LAN dynamics.

Cisco ASA 5510, ipsec vpn. What address to connect the client to

Hello

It's maybe a stupid question, but I can't find the answer anywhere.

I used the ipsec vpn configuration wizard, I activated the external interface to access ipsec and went through SCW pools of addresses etc. When I try to connect with the cisco vpn client to my address of the external interface (of a remote host) I'm unable to connect. I scanned the interface for open ports, but there is not, I have to allow traffic to ipsec at this interface?

Best regards

Andreas

No, once you have configured the access remote vpn ipsec, it will be automatically activated, and you should be able to connect to the ASA outside the ip address of the interface.

Can you please share the configuration? and also which group name you are trying to access the vpn client?

Support for L2TP/IpSec VPN on 1921

Hello

I am not able to find an answer on something very simple... Fact of 1921 Cisco router supports L2TP/IpSec VPN connections? (from Windows 7 clients)

If she could please point me to the right location/document where I can read more about it.

I already tried with the configuration below, but command ppp under a virtual-Template1 don't output interface.

Thank you very much for your answers.

Kind regards

Herman

# VPN configuration I've tried, but it did not work.

crypto ISAKMP policy 1

BA 3des

preshared authentication

Group 2

life 4000

ISAKMP crypto key xxxxxxx address X.X.X.X (ip strongvpn)

!

!

Crypto ipsec transform-set ESP-AES256-SHA1 esp - aes 256 esp-sha-hmac

transport mode

!

Map 10 IPSEC L2TP ipsec-isakmp crypto

defined peer X.X.X.X

game of transformation-ESP-AES256-SHA1

match address 101

!

!

!

Pseudowire-class pwclass1

encapsulation l2tpv2

local IP interface FastEthernet0/0

PMTU IP

!

!

!

!

interface FastEthernet0/0

DHCP IP address

automatic duplex

automatic speed

card crypto IPSEC L2TP

!

interface FastEthernet0/1

IP 10.20.20.1 255.255.255.0

IP nat inside

IP virtual-reassembly

automatic duplex

automatic speed

!

interface Serial0/0/0

no ip address

Shutdown

!

interface Serial0/1/0

no ip address

Shutdown

2000000 clock frequency

!

virtual-PPP1 interface

the negotiated IP address

IP mtu 1399

NAT outside IP

IP virtual-reassembly max-pumping 64

No cdp enable

PPP authentication ms-chap-v2 callin

PPP chap hostname vpnxxx

PPP chap password 0 xxxxxxxxxx

Pseudowire pw-class 1, pwclass1 X.X.X.X

##################################################################################################################

Cisco-gw #show version

Cisco IOS software, software C1900 (C1900-UNIVERSALK9-M), Version 15.2 (4) M2, VERSION of the SOFTWARE (fc2)

Technical support: http://www.cisco.com/techsupport

Copyright (c) 1986-2012 by Cisco Systems, Inc.

Updated Thursday, November 7, 12 and 12:45 by prod_rel_team

ROM: System Bootstrap, Version 15.0 M16 (1r), RELEASE SOFTWARE (fc1)

Cisco-gw uptime is 2 days, 4 hours, 22 minutes

System to regain the power ROM

System restart to 09:11:07 PCTime Tuesday, April 2, 2013

System image file is "usbflash0:c1900 - universalk9-mz.» Spa. 152 - 4.M2.bin.

Last reload type: normal charging

Reload last reason: power

This product contains cryptographic features and is under the United States

States and local laws governing the import, export, transfer and

use. Delivery of Cisco cryptographic products does not imply

third party approval to import, export, distribute or use encryption.

Importers, exporters, distributors and users are responsible for

compliance with U.S. laws and local countries. By using this product you

agree to comply with the regulations and laws in force. If you are unable

to satisfy the United States and local laws, return the product.

A summary of U.S. laws governing Cisco cryptographic products to:

http://www.Cisco.com/WWL/export/crypto/tool/stqrg.html

If you need assistance please contact us by mail at

[email protected] / * /.

Cisco CISCO1921/K9 (revision 1.0) with 491520K / 32768K bytes of memory.

Card processor ID FCZ170793UH

2 gigabit Ethernet interfaces

1 line of terminal

1 module of virtual private network (VPN)

Configuration of DRAM is 64 bits wide with disabled parity.

255K bytes of non-volatile configuration memory.

249840K bytes of Flash usbflash0 (read/write)

License info:

License IDU:

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

Device SN # PID

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

* 0 CISCO1921/K9

Technology for the Module package license information: "c1900".

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

Technology-technology-package technology

Course Type next reboot

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

IPBase ipbasek9 ipbasek9 Permanent

Security securityk9 Permanent securityk9

given none none none

Configuration register is 0 x 2102

Yes, it is supported.

http://www.Cisco.com/en/us/Tech/tk827/tk369/technologies_configuration_example09186a0080094501.shtml#iosforl2tp

It is necessary to configure the encapsulation under virtual-model.

Note: you will have much better results by using the IPSec VPN or SSL VPN client AnyConnect client.

Problems connecting to help connect any and the Ipsec VPN Client

I have problems connecting with the VPN client connect no matter what. I can connect with the Ipsec VPN client in Windows 7 32 bit.

Here is my latest config running.

Thank you for taking the time to read this.

passwd encrypted W/KqlBn3sSTvaD0T

no names

name 192.168.1.117 kylewooddesk kyle description

!

interface Vlan1

nameif inside

security-level 100

IP 192.168.1.1 255.255.255.0

!

interface Vlan2

nameif outside

security-level 0

IP address dhcp setroute

!

interface Ethernet0/0

switchport access vlan 2

!

interface Ethernet0/1

!

interface Ethernet0/2

!

interface Ethernet0/3

!

interface Ethernet0/4

!

interface Ethernet0/5

!

interface Ethernet0/6

!

interface Ethernet0/7

!

boot system Disk0: / asa822 - k8.bin

passive FTP mode

DNS lookup field inside

DNS domain-lookup outside

DNS server-group DefaultDNS

domain wood.local

permit same-security-traffic intra-interface

object-group service rdp tcp

access rdp Description

EQ port 3389 object

outside_access_in list extended access permit tcp any interface outside eq 3389

outside_access_in list extended access permit tcp any interface outside eq 8080

outside_access_in list extended access permit tcp any interface outside eq 3334

outside_access_in to access extended list ip 192.168.5.0 allow 255.255.255.240 192.168.1.0 255.255.255.0

woodgroup_splitTunnelAcl list standard access allowed host 192.168.1.117

inside_nat0_outbound to access ip 192.168.1.0 scope list allow 255.255.255.0 192.168.5.0 255.255.255.240

outside_access_in_1 list extended access permit tcp any host 192.168.1.117 eq 3389

woodgroup_splitTunnelAcl_1 list standard access allowed 192.168.1.0 255.255.255.0

inside_nat0_outbound_1 to access ip 192.168.1.0 scope list allow 255.255.255.0 192.168.5.0 255.255.255.240

inside_nat0_outbound_1 to access extended list ip 192.168.5.0 allow 255.255.255.240 all

inside_test list extended access permit icmp any host 192.168.1.117

no pager

Enable logging

timestamp of the record

asdm of logging of information

Debugging trace record

Within 1500 MTU

Outside 1500 MTU

mask pool local Kyle 192.168.5.1 - 192.168.5.10 IP 255.255.255.0

IP local pool vpnpool 192.168.1.220 - 192.168.1.230

ICMP unreachable rate-limit 1 burst-size 1

ASDM image disk0: / asdm - 631.bin

don't allow no asdm history

ARP timeout 14400

Global (inside) 1 interface

Global 1 interface (outside)

NAT (inside) 0-list of access inside_nat0_outbound_1

NAT (inside) 1 0.0.0.0 0.0.0.0

public static interface 3389 (indoor, outdoor) 192.168.1.117 tcp 3389 netmask 255.255.255.255 dns

public static tcp (indoor, outdoor) interface 8080 192.168.1.117 8080 netmask 255.255.255.255

public static tcp (indoor, outdoor) interface 3334 192.168.1.86 3334 netmask 255.255.255.255

static (inside, upside down) 75.65.238.40 192.168.1.117 netmask 255.255.255.255

Access-group outside_access_in in interface outside

Timeout xlate 03:00

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

dynamic-access-policy-registration DfltAccessPolicy

WebVPN

the files enable exploration

activate the entry in the file

enable http proxy

Enable URL-entry

SVC request no svc default

AAA authentication http LOCAL console

Enable http server

http 192.168.1.0 255.255.255.0 inside

No snmp server location

No snmp Server contact

Server enable SNMP traps snmp authentication linkup, linkdown cold start

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

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

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

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

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

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

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

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

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

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

life crypto ipsec security association seconds 28800

Crypto ipsec kilobytes of life - safety 4608000 association

crypto dynamic-map SYSTEM_DEFAULT_CRYPTO_MAP 65535 pfs Group1 set

Crypto dynamic-map SYSTEM_DEFAULT_CRYPTO_MAP 65535 value 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

outside_map card crypto 65535-isakmp dynamic ipsec SYSTEM_DEFAULT_CRYPTO_MAP

outside_map interface card crypto outside

crypto isakmp identity address

crypto ISAKMP allow outside

crypto ISAKMP policy 10

preshared authentication

3des encryption

sha hash

Group 2

life 86400

Telnet 192.168.1.0 255.255.255.0 inside

Telnet timeout 5

SSH timeout 5

Console timeout 0

dhcpd dns 8.8.8.8 8.8.4.4

dhcpd lease 3000

!

dhcpd address 192.168.1.100 - 192.168.1.130 inside

dhcpd allow inside

!

a basic threat threat detection

host of statistical threat detection

Statistics-list of access threat detection

no statistical threat detection tcp-interception

WebVPN

allow outside

SVC disk0:/anyconnect-win-2.4.1012-k9.pkg 1 image

enable SVC

internal sslwood group policy

attributes of the strategy of group sslwood

VPN-tunnel-Protocol svc webvpn

WebVPN

list of URLS no

internal group woodgroup strategy

woodgroup group policy attributes

value of server DNS 8.8.8.8 8.8.4.4

Protocol-tunnel-VPN IPSec

Split-tunnel-policy tunnelspecified

value of Split-tunnel-network-list woodgroup_splitTunnelAcl_1

mrkylewood encrypted Q4339wmn1ourxj9X privilege 15 password username

username mrkylewood attributes

VPN-group-policy sslwood

VPN - connections 3

VPN-tunnel-Protocol svc webvpn

value of group-lock sslwood

WebVPN

SVC request no webvpn default

tunnel-group woodgroup type remote access

tunnel-group woodgroup General attributes

address pool Kyle

Group Policy - by default-woodgroup

tunnel-group woodgroup ipsec-attributes

pre-shared key *.

type tunnel-group sslwood remote access

tunnel-group sslwood General-attributes

address pool Kyle

authentication-server-group (inside) LOCAL

authentication-server-group (outside LOCAL)

Group Policy - by default-sslwood

!

class-map inspection_default

match default-inspection-traffic

!

!

type of policy-card inspect dns preset_dns_map

parameters

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 netbios

inspect the rsh

inspect the rtsp

inspect the skinny

inspect esmtp

inspect sqlnet

inspect sunrpc

inspect the tftp

inspect the sip

inspect xdmcp

Review the ip options

type of policy-card inspect dns MY_DNS_INSPECT_MAP

parameters

!

global service-policy global_policy

context of prompt hostname

call-home

Profile of CiscoTAC-1

no active account

http https://tools.cisco.com/its/service/oddce/services/DDCEService destination address

email address of destination [email protected] / * /

http https://tools.cisco.com/its/service/...es/DDCEService destination address

destination-mode http transport

Subscribe to alert-group diagnosis

Subscribe to alert-group environment

Subscribe to alert-group monthly periodic inventory

monthly periodicals to subscribe to alert-group configuration

daily periodic subscribe to alert-group telemetry

Cryptochecksum:6fa8db79bcf695080cbdc1159b409360

: end

asawood (config) #.

You also need to add the following:

WebVPN

tunnel-group-list activate

output

tunnel-group sslwood webvpn-attributes

activation of the Group sslwood alias

Let us know if it works.

Phone Droid of Pix for the PPTP VPN

I tried to set up a PPTP VPN between a Droid phone and a performer 6.3.5 Pix code. As much as I can say the configuration is correct and I can open the vpn pptp fine from my laptop however the Droid refuses to connect. Here is the relevant configuration.

VPDN droid group accept dialin pptp

VPDN group droid ppp authentication pap

VPDN group droid ppp authentication chap

VPDN group droid ppp mschap authentication

VPDN droid Group client configuration address local vpnpool2

VPDN group droid pptp echo 60

VPDN group of local authentication client droid

VPDN group droid username * password *.

I turned on him debugs following:

Debug ppp negotiation

Debug ppp io

Debug ppp PAPU

Debug ppp chap

Debug ppp error

Debug ppp uauth

Debug vpdn event

Debug vpdn error

VPDN debug package

I've narrowed the problem down to the following message is displayed, but I'm not sure what this means:

PPP xmit, ifc = 0, len: 22 data: ff03c021040100120104057802060000000007020802

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: sending xGRE pak to 97.145.147.41, len 38, 18 seq, ack 8, data: 3081880b00169c450000001200000008ff03c021040100120104057802060000000007020802

Xmit Link Control Protocol pkt, action code is: Config request, len is: 11

PKT dump: 0305c2238005062affcd96

LCP option: AUTHENTICATION_TYPES, len: 5, data: c22380

LCP option: MAGIC_NUMBER, len: 6, data: 2affcd96

PPP xmit, ifc = 0, len: 19 data: ff03c0210102000f0305c2238005062affcd96

Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: sending xGRE pak to 97.145.147.41, len 35, 19 seq, ack 8, data: 3081880b00139c450000001300000008ff03c0210102000f0305c2238005062affcd96

outside PPTP: pak xGRE 69.0.0.60 Recvd, len 52799, ack 805406731

PPP rcvd, ifc = 0, pppdev: 1, len: 28, data: ff03c02101010018010405780206000000000506990009f607020802

Pkt RCVD Link Control Protocol, action code is: Config request, len is: 20

PKT dump: 010405780206000000000506990009f607020802

LCP option: Max_Rcv_Units, len: 4, data: 0578

LCP option: ASYNC_MAP, len: 6, data: 00000000

LCP option: MAGIC_NUMBER, len: 6, data: 990009f6

LCP option: PROTOCOL_HDR_COMPRESSION, len: 2, data:

LCP option: ADDRESS_CONTROL_COMPRESSION, len: 2, data:

Xmit Link Control Protocol pkt, action code is: Config Reject, len is: 14

PKT dump: 0104057802060000000007020802

LCP option: Max_Rcv_Units, len: 4, data: 0578

LCP option: ASYNC_MAP, len: 6, data: 00000000

LCP option: PROTOCOL_HDR_COMPRESSION, len: 2, data:

LCP option: ADDRESS_CONTROL_COMPRESSION, len: 2, data:

PPP xmit, ifc = 0, len: 22 data: ff03c021040100120104057802060000000007020802

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 97.145.147.41, len 38, seq 20, sending ack 9, data: 3081880b00169c450000001400000009ff03c021040100120104057802060000000007020802

PPTP: soc select returns mask rd = 0 x 8

PPTP: cc rcvdata, socket fd = 3, new_conn: 0

PPTP: socket closed, fd = 3

PPTP LNP/Cl/11/11: Session destroy

Narrow, peripheral PPP going = 1

PPTP: cc awaiting entry, max soc fd = 2

If I read that correctly, this is the Pix rejecting the configuration proposed for the Droid phone?

Any suggestion or help would be greatly appreciated.

I'm having exactly the same problem. We receive this reply with debugs on PIX 6.3

Any help would be appreciated.

PPTP: socket select return 0 fd

PPTP: cc awaiting entry, max soc fd = 3

PPTP: soc select returns mask rd = 0 x 1
PPTP: new peer fd is 4
PPTP: created tunnel, id = 23

PPTP: cc rcvdata, socket fd = 4, new_conn: 1
PPTP: cc RRs 156 bytes of data

LNP 23 PPTP: CC I have 009c00011a2b3c4d0001000001000000000000030000000300010000616e6f6e796d6f757300000000000000000000000000000000000000000000000000...
LNP 23 PPTP: CC I have SCCRQ
LNP 23 PPTP: version of the Protocol 0 x 100
LNP 23 PPTP: framing caps 0 x 3
LNP 23 PPTP: carrier caps 0 x 3
LNP 23 PPTP: max channels 1
LNP 23 PPTP: firmware rev 0 x 0
LNP 23 PPTP: hostname "anonymous."
LNP 23 PPTP: vendor «»
LNP 23 PPTP: CC O SCCRP
PPTP: cc snddata, socket fd = 4, len = 156, data: 009c00011a2b3c4d000200000100010000000003000000030000120057462d50495800000000000000000000000000000000000000000000000000000000...

PPTP: cc awaiting entry, max soc fd = 4

PPTP: soc select returns mask rd = 0 x 10

PPTP: cc rcvdata, socket fd = 4, new_conn: 0
PPTP: cc RRs 168 bytes of data

LNP 23 PPTP: CC I have 00a800011a2b3c4d00070000c111175f000003e805f5e1000000000300000003200000000000000000000000000000000000000000000000000000000000...
LNP 23 PPTP: CC I have OCRQ
LNP 23 PPTP: call id 0xc111
LNP 23 PPTP: series num 5983
LNP 23 PPTP: min bps 1000:0x3e8
LNP 23 PPTP: max bps 100000000:0x5f5e100
LNP 23 PPTP: carrier type 3
LNP 23 PPTP: framing type 3
LNP 23 PPTP: recv victory size 8192
LNP 23 PPTP: ppd 0
LNP 23 PPTP: phone len num 0
LNP 23 PPTP: phone num «»
LNP/Cl 23/21 PPTP: CC O OCRP
PPTP: cc snddata, socket fd = 4, len = 32, data: 002000011a2b3c4d000800000015c1110100000000fa00001000000000000000

PPTP: cc awaiting entry, max soc fd = 4

outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: sending xGRE pak to 70.199.49.15, len 35, seq 1, ack 0, data: 3081880b0013c1110000000100000000ff03c0210101000f0305c2238005065366bd1e
Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, sending seq 2, ack 0, data: 3081880b0016c1110000000200000000ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, sending seq 3, ack 0, data: 3081880b0013c1110000000300000000ff03c0210101000f0305c2238005065366bd1e
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, sending seq 4, ack 1, data: 3081880b0016c1110000000400000001ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, sending seq 5, ack 1, data: 3081880b0013c1110000000500000001ff03c0210101000f0305c2238005065366bd1e
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, sending seq 6, ack 2, data: 3081880b0016c1110000000600000002ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, sending seq 7, ack 2, data: 3081880b0013c1110000000700000002ff03c0210101000f0305c2238005065366bd1e
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, sending seq 8, ack 3, data: 3081880b0016c1110000000800000003ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, sending seq 9, ack 3, data: 3081880b0013c1110000000900000003ff03c0210101000f0305c2238005065366bd1e
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: sending xGRE pak to 70.199.49.15, len 38, seq 10, ack 4, data: 3081880b0016c1110000000a00000004ff03c021040100120104057802060000000007020802
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: sending xGRE pak to 70.199.49.15, len 35, 11 seq, ack 5, data: 3081880b0013c1110000000b00000005ff03c0210102000f0305c2238005063391d9ff
Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, seq 12, sending ack 5, data: 3081880b0016c1110000000c00000005ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, seq 13, sending ack 5, data: 3081880b0013c1110000000d00000005ff03c0210102000f0305c2238005063391d9ff
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: pak to 70.199.49.15, len 38, seq 14 xGRE sending ack 6, data: 3081880b0016c1110000000e00000006ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, seq 15, sending ack 6, data: 3081880b0013c1110000000f00000006ff03c0210102000f0305c2238005063391d9ff
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: sending xGRE pak to 70.199.49.15, len 38, 16 seq, ack 7, data: 3081880b0016c1110000001000000007ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: xGRE pak to 70.199.49.15, len 35, seq 17, sending ack 7, data: 3081880b0013c1110000001100000007ff03c0210102000f0305c2238005063391d9ff
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: sending xGRE pak to 70.199.49.15, len 38, 18 seq, ack 8, data: 3081880b0016c1110000001200000008ff03c021040100120104057802060000000007020802
Outdoors - PPTP xGRE interface: Out paket, len PPP 19

outside PPTP: sending xGRE pak to 70.199.49.15, len 35, 19 seq, ack 8, data: 3081880b0013c1110000001300000008ff03c0210102000f0305c2238005063391d9ff
outside PPTP: pak xGRE 69.0.0.60 Recvd, len 16366, ack 805406731

Outdoors - PPTP xGRE interface: Out paket, PPP len 22

outside PPTP: xGRE pak to 70.199.49.15, len 38, seq 20, sending ack 9, data: 3081880b0016c1110000001400000009ff03c021040100120104057802060000000007020802
PPTP: soc select returns mask rd = 0 x 10

PPTP: cc rcvdata, socket fd = 4, new_conn: 0
PPTP: socket closed, fd = 4

PPTP: cc awaiting entry, max soc fd = 3

Cannot save settings: unable to create a configuration file for the required configuration object

When I try to open the application in the administrator account it say - could not save the settings: unable to create a configuration file for the required configuration object

Thanks for the reply.i think that a virus changed I scan my computer and discovered C:\users\jason\AppData\local\temp\low\temporary internet files\content. IE5\TLIFXGRH\ why is Task Manager disabled people [1]

DVD how much we need for the files backup with backup and restore program?

Hello how are you?
DVD how much we need for the files backup with backup and restore program? Y at - it large differences in the time and space between write backups on DVD and external hard drive?

I do not understand your question. Asked how the space has been used on your C: drive and you answered 60 GB. Now you say your PARTITION C: is 60 GB with only 20 GB used? I really don't understand what you're so confused. It's simple arithmetic grade 3rd. What is space you USED on the C: drive, that multiply by 0.7 to obtain the amount of space will be used on your backup disk after compression. Divide this number by 4.7 and round. That's how many DVDs you'll need if you insist on the use of DVDs for backup. Then

(1) If you are using 60 GB, the answer is (60 x.7) / 4.7 = 8.936. I rounded up to 9 and added 1 just to be sure.

(2) If you use only 20 GB, the answer is (20 x.7) / 4.7 = 2.97 rounded up to 3. Add 1 and get 4.

If you use only 20 GB, I am very surprised, because almost any important installation of Windows 7 is going to take more than 20 GB.

All of this assumes that you do NOT use the Windows backup and restore program, but one that I recommended. When I used the windows one, the results were several times the space that I used on my C: partition.

Good luck.

When I connected to adobe photoshop for the first time with my adobe ID and password on my lap top, it couldn't connect and gave me "error 400". What does that mean?

When I connected to adobe photoshop for the first time with my adobe ID and password on my lap top, it couldn't connect and gave me "error 400". What does that mean?

Hello

Please visit Adobe Creative Cloud connection errors

Hope that helps!

Kind regards

Sheena

I recently updated the Canon mark II to the mark iii, and the images taken of the mark iii will not make previews in bridge. Bridge will show previews for the images taken with the mark ii, but not the mark iii. I have adobe cc and use

recently updated the Canon mark II, mark iii, and the images taken of the mark iii will not make previews in bridge. Bridge will show previews for the images taken with the mark ii, but not the mark iii. I have adobe cc and am using camera raw 9.2. I checked the updates and it is said that there is not. I also tried to purge the cache several times and that didn't work either. Any help with this would be so appreciated its driving me crazy!

Take a look at this: generic icons | Files camera raw | Adobe Bridge

Windows Update was not able to verify the new updates for the last 30 days, go to windows update to resolve this problem

Hi people

I'm on Windows 8, and in these last days, I get this message

" " Windows Update was not able to verify the new updates for the last 30 days, go to windows update to resolve this problem"

It is on a blue banner that goes directly to the screen and it is very annoying

I get updates through so I do not understand this

Any help would be great

PS I have tryied the restoration of the system, and it's always the same

Lee was soon

Original title: looking for some help please

Hi Lee,.

I had this same problem and it drove me crazy, but I solved it.

I clicked on the link above that 'Shubham Chin"gave, and in this link all the topic, if you click on the topic" my PC is not responding all by searching for the or to install updates.

below that it will then say "try to run windows update convenience store", click on that and it should get rid of this very annoying pop to the top and other problems with your laptop... hope I helped :)

The IPSec VPN and routing

Hello

I was polishing my PSAB on since I am currently in a job where I can't touch a lot of this stuff. By a laboratory set up a site to IPSec VPN between two routers IOS.

For example:

https://www.Cisco.com/en/us/products/ps9422/products_configuration_example09186a0080ba1d0a.shtml

The routers must specify how to route to the protected network. Although I guess they could just use a default route to 172.17.1.2 as well.

for example IP road 10.10.10.0 255.255.255.0 172.17.1.2

172.17.1.2 won't have the slightest clue as to how to route for 10.10.10.0

Even in an example with a tunnel between the ASA and the router IOS ASA failed to indicate a direct route to the subnet protected from 10.20.10.0, but it must still have a default route configuration. (https://www.cisco.com/en/US/products/ps5855/products_configuration_example09186a0080a9a7a3.shtml#CLI)

So it is basically saying, to reach the protected subnet to resolve the next hop on a device that has no idea where this subnet is anyway. Shouldn't all the peer IP-based routing, and not on a subnet that routers between the two should have no idea they exist?

The main hypothesis that I have here is that the protected subnets are not accessible unless the VPN tunnel is up. Most of my experience of the VPN site-to-site is with PIX / ASA, and I've never had to specify a route towards the protected subnet (for example 172.16.228.0). I guess he just used his default gateway that has an Internet IP belonging to the ISP. However the ISP has no idea where is 172.16.228.0.

Edit: I found a thread, do not report with Cisco but IPSec in general, this seems to be the question in case I don't have a lot of sense:

http://comments.Gmane.org/Gmane.OS.OpenBSD.misc/192986

He still does not seem logical to me. If I have a tunnel linking the two class C networks by internet, the only routers having knowledge of these networks are the two counterparts. Why a course should be (static, dynamic, default etc,) which seems to send traffic to a device that do not know where is the class C networks? Although I have to take in my example with the 172.17.228.0 my ASA was not actually sends out packets to my ISP gateway with 172.17.228.0 in them.

The purpose of the trail is * not * to send traffic to your next jump. You are right that the next hop router has no idea what to do with this package. This way is important for the local operation. The router must find the interface of output for the package. 'S done it with the road to the next-hop-router. If you remember that the road to your peer IPSec, your router must do a recursive search routing. After the outging interface is found, traffic is sent to this interface, the card encryption on this interface jumps and protects your traffic that is routed to your IPSec peer.

--
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

which product is right for the ssl vpn: asa 5505 cisco 1841 or

Hello

I want to install an outside link management related so that we can ssh to our cisco devices and microsoft RDP toour servers. It's my configuration (based on what I know):

Internet > DSL modem > ASA 5505 > management CONSOLES SWITCH > SWITCH CISCO or Windwos Server

or

Internet > 1841 with DSL HWIC > management CONSOLES SWITCH > SWITCH CISCO or Windwos Server

My questions are:

Should I go for ASA or 1841 router?

What options is better? and ASA will do the job?

Are there any technical support prior to purchase of products in Australia? I need technical advice on the choice of the right products, not justs eiling me products.

Hello

Its strongly suggested to go with ASA 5505 in the first place, it is supposed to feature for the main functionality of ssl vpn server from 1841 which has this feature to be a vpn server.

ASDM also gives you the freedom to config box on your own based on your condition.

regds

Coming out of the IPSec VPN connection behind Pix535 problem: narrowed down for NAT-Associates

Hello world

Previously, I've seen a similar thread and posted my troubles with the outbound VPN connections inside that thread:

https://supportforums.Cisco.com/message/3688980#3688980

I had the great help but unfortunatedly my problem is a little different and connection problem. Here, I summarize once again our configurations:

hostname pix535 8.0 (4)

all PC here use IP private such as 10.1.0.0/16 by dynamic NAT, we cannot initiate an OUTBOUND IPSec VPN (for example QuickVPN) at our offices, but the reverse (inbound) is very well (we have IPsec working long server /PP2P). I did a few tests of new yesterday which showed that if the PC a static NAT (mapped to a real public IP), outgoing connection VPN is fine; If the same PC has no static NAT (he hides behind the dynamic NAT firewall), outgoing VPN is a no-go (same IP to the same PC), so roughly, I have narrowed down our connection problem VPN is related to NAT, here are a few commands for NAT of our PIX:

interface GigabitEthernet0
Description to cable-modem
nameif outside
security-level 0
IP 70.169.X.X 255.255.255.0
OSPF cost 10
!
interface GigabitEthernet1
Description inside 10/16
nameif inside
security-level 100
IP 10.1.1.254 255.255.0.0
OSPF cost 10
!
!
interface Ethernet2
Vlan30 description
nameif dmz2
security-level 50
IP 30.30.30.30 255.255.255.0
OSPF cost 10
!
permit same-security-traffic inter-interface
permit same-security-traffic intra-interface

......

Global interface 10 (external)
Global (dmz2) interface 10
NAT (inside) 0-list of access inside_nat0_outbound
NAT (inside) 10 inside8 255.255.255.0
NAT (inside) 10 Vlan10 255.255.255.0
NAT (inside) 10 vlan50 255.255.255.0
NAT (inside) 10 192.168.0.0 255.255.255.0
NAT (inside) 10 192.168.1.0 255.255.255.0
NAT (inside) 10 192.168.10.0 255.255.255.0
NAT (inside) 10 pix-inside 255.255.0.0

Crypto isakmp nat-traversal 3600

-------

Results of packet capture are listed here for the same PC for the same traffic to Server VPN brach, the main difference is UDP 4500 (PC with static NAT has good traffic UDP 4500, does not have the same PC with dynamic NAT):

#1: when the PC uses static NAT, it is good of outgoing VPN:

54 packets captured
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

Router configuration Cisco for the IPSec VPN with VPN in Windows 7 builtin client

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