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Este documento describe cómo configurar y solucionar problemas de IPsec nativo para proteger la comunicación de Cisco Identity Service Engine (ISE) 3.3 - Dispositivo de acceso a la red (NAD). El tráfico RADIUS se puede cifrar con un túnel de intercambio de claves de Internet IPsec versión 2 (IKEv2) de sitio a sitio (LAN a LAN) entre el switch e ISE. Este documento no cubre la parte de configuración de RADIUS.
Cisco recomienda que tenga conocimiento sobre estos temas:
La información que contiene este documento se basa en las siguientes versiones de software y hardware.
La información que contiene este documento se creó a partir de los dispositivos en un ambiente de laboratorio específico. Todos los dispositivos que se utilizan en este documento se pusieron en funcionamiento con una configuración verificada (predeterminada). If your network is live, make sure that you understand the potential impact of any command.
El objetivo es proteger los protocolos que utilizan hash MD5, RADIUS y TACACS inseguros con IPsec. Pocos datos a tener en cuenta:
El objetivo principal del documento es cubrir la Autenticación de certificados X.509. La sección Verificación y solución de problemas se centra en la autenticación de certificados X.509 solamente, la depuración debe ser exactamente la misma para la autenticación de clave precompartida, con sólo diferencias en las salidas. Los mismos comandos también se pueden utilizar para la verificación.
Si las interfaces del switch IOS-XE aún no están configuradas, debe configurarse al menos una interfaz. Aquí tiene un ejemplo:
interface Vlan480
ip address 10.62.148.79 255.255.255.128
negotiation auto
no shutdown
!
interface GigabitEthernet1/0/23
switchport trunk allowed vlan 1,480
switchport mode trunk
!
Asegúrese de que haya conectividad con el peer remoto que se debe utilizar para establecer un túnel VPN de sitio a sitio. Puede utilizar un ping para verificar la conectividad básica.
Para configurar las políticas IKEv2, ingrese el comando crypto pki trustpoint <name> en el modo de configuración global. Aquí tiene un ejemplo:
Nota: Hay varias formas de instalar certificados en un dispositivo IOS-XE. En este ejemplo, utilizamos la importación del archivo pkcs12, que contiene el certificado de identidad y su cadena
crypto pki trustpoint KrakowCA
revocation-check none
Para importar el certificado de identidad IOS-XE junto con su cadena, ingrese el comando crypto pki import <trustpoint> pkcs12 <location> password <password> en el modo privilegiado. Aquí tiene un ejemplo:
KSEC-9248L-1#crypto pki import KrakowCA pkcs12 ftp://eugene:<ftp-password>@10.48.17.90/ISE/KSEC-9248L-1.pfx password <pkcs12-password>
% Importing pkcs12...Reading file from ftp://eugene@10.48.17.90/ISE/KSEC-9248L-1.pfx!
[OK - 3474/4096 bytes]
CRYPTO_PKI: Imported PKCS12 file successfully.
KSEC-9248L-1#
Nota: Aunque los certificados estén fuera del alcance del documento, asegúrese de que el certificado de identidad IOS-XE tenga campos SAN rellenados con su FQDN / dirección IP. ISE requiere un certificado de peer para tener un campo SAN.
Para verificar que los certificados están instalados correctamente:
KSEC-9248L-1#sh crypto pki certificates KrakowCA
Certificate
Status: Available
Certificate Serial Number (hex): 4B6793F0FE3A6DA5
Certificate Usage: General Purpose
Issuer:
cn=KrakowCA
Subject:
Name: KSEC-9248L-1.example.com
IP Address: 10.62.148.79
cn=KSEC-9248L-1.example.com
Validity Date:
start date: 17:57:00 UTC Apr 20 2023
end date: 17:57:00 UTC Apr 19 2024
Associated Trustpoints: KrakowCA
Storage: nvram:KrakowCA#6DA5.cer
CA Certificate
Status: Available
Certificate Serial Number (hex): 01
Certificate Usage: Signature
Issuer:
cn=KrakowCA
Subject:
cn=KrakowCA
Validity Date:
start date: 10:16:00 UTC Oct 19 2018
end date: 10:16:00 UTC Oct 19 2028
Associated Trustpoints: KrakowCA
Storage: nvram:KrakowCA#1CA.cer
KSEC-9248L-1#
Para configurar las políticas IKEv2, ingrese el comando crypto ikev2 propuesta <nombre> en el modo de configuración global. Aquí tiene un ejemplo:
crypto ikev2 proposal PROPOSAL
encryption aes-cbc-256
integrity sha512
group 16
!
Para configurar las políticas IKEv2, ingrese el comando crypto ikev2 policy <name> en el modo de configuración global:
crypto ikev2 policy POLICY
proposal PROPOSAL
Para configurar el perfil IKEv2, ingrese el comando crypto ikev2 profile <name> en el modo de configuración global.
crypto ikev2 profile PROFILE
match address local 10.62.148.79
match identity remote fqdn domain example.com
authentication remote rsa-sig
authentication local rsa-sig
pki trustpoint KrakowCA
Nota: de forma predeterminada, ISE utiliza el campo CN de su propio certificado de identidad como identidad IKE en la negociación IKEv2. Por eso, en la sección "coincidencia de identidad remota" del perfil IKEv2, debe especificar el tipo de FQDN y el valor adecuado del dominio o FQDN de ISE.
Utilice la lista de acceso ampliada o con nombre para especificar el tráfico que debe protegerse mediante cifrado. Aquí tiene un ejemplo:
ip access-list extended 100
10 permit ip host 10.62.148.79 host 10.48.23.85
Nota: Una ACL para el tráfico VPN utiliza las direcciones IP de origen y de destino después de NAT.
Para definir un conjunto de transformación IPsec (una combinación aceptable de protocolos y algoritmos de seguridad), ingrese el comando crypto ipsec transform-set en el modo de configuración global. Aquí tiene un ejemplo:
crypto ipsec transform-set SET esp-aes 256 esp-sha512-hmac
mode tunnel
Para crear o modificar una entrada de mapa criptográfico e ingresar al modo de configuración de mapa criptográfico, ingrese el comando de configuración global crypto map. Para que la entrada de mapa criptográfico esté completa, hay algunos aspectos que deben definirse como mínimo:
Aquí tiene un ejemplo:
crypto map MAP-IKEV2 10 ipsec-isakmp
set peer 10.48.23.85
set transform-set SET
set pfs group16
set ikev2-profile PROFILE
match address 100
El paso final es aplicar el conjunto de mapas criptográficos previamente definido a una interfaz. Para aplicar esto, ingrese el comando de configuración de interfaz crypto map:
interface Vlan480
crypto map MAP-IKEV2
Esta es la configuración final de CLI del switch IOS-XE:
aaa new-model
!
aaa group server radius ISE
server name ISE33-2
!
aaa authentication dot1x default group ISE
aaa authorization network ISE group ISE
aaa accounting dot1x default start-stop group ISE
aaa accounting network default start-stop group ISE
!
aaa server radius dynamic-author
client 10.48.23.85
server-key cisco
!
crypto pki trustpoint KrakowCA
enrollment pkcs12
revocation-check none
!
dot1x system-auth-control
!
crypto ikev2 proposal PROPOSAL
encryption aes-cbc-256
integrity sha512
group 16
!
crypto ikev2 policy POLICY
proposal PROPOSAL
!
crypto ikev2 profile PROFILE
match address local 10.62.148.79
match identity remote fqdn domain example.com
authentication remote rsa-sig
authentication local rsa-sig
pki trustpoint KrakowCA
!
no crypto ikev2 http-url cert
!
crypto ipsec transform-set SET esp-aes 256 esp-sha512-hmac
mode tunnel
!
crypto map MAP-IKEV2 10 ipsec-isakmp
set peer 10.48.23.85
set transform-set SET
set pfs group16
set ikev2-profile PROFILE
match address 100
!
interface GigabitEthernet1/0/23
switchport trunk allowed vlan 1,480
switchport mode trunk
!
interface Vlan480
ip address 10.62.148.79 255.255.255.128
crypto map MAP-IKEV2
!
ip access-list extended 100
10 permit ip host 10.62.148.79 host 10.48.23.85
!
radius server ISE33-2
address ipv4 10.48.23.85 auth-port 1812 acct-port 1813
key cisco
!
La dirección debe configurarse en la interfaz GE1-GE5 desde la CLI; no se admite GE0.
interface GigabitEthernet 1
ip address 10.48.23.85 255.255.255.0
ipv6 address autoconfig
ipv6 enable
Nota: La aplicación se reinicia después de configurar la dirección IP en la interfaz:
% El cambio de la dirección IP puede hacer que se reinicien los servicios ISE
¿Desea continuar con el cambio de dirección IP? S/N [N]: S
Este paso es necesario para garantizar que ISE confíe en el certificado del par presentado en el momento en que se establece el túnel. Vaya a Administration > System > Certificates > Trusted Certificates. Haga clic en Importar. Haga clic en Browse y seleccione el certificado de CA que firmó el certificado de identidad ISE/IOS-XE. Asegúrese de que la casilla de verificación Confiar en la autenticación dentro de ISE esté seleccionada. Haga clic en Submit (Enviar).
Vaya a Administration > System > Certificates > System Certificates. Seleccione Node, Certificate File y Private key File Import. Seleccione la casilla de verificación contra IPsec. Haga clic en Submit (Enviar).
Nota: los certificados se instalan en StrongSwan SOLO después de guardar el dispositivo de acceso de red en Native IPsec Settings.
Vaya a Administration > System > Settings > Protocols > IPsec > Native IPsec. Haga clic en Agregar. Seleccione Node, que termina el túnel IPsec, configure NAD IP Address with Mask, Default Gateway e IPsec Interface. Seleccione Configuración de autenticación como certificado X.509 y elija Certificado del sistema de certificados instalado.
La puerta de enlace predeterminada es una configuración opcional. De hecho, tiene dos opciones, puede configurar una puerta de enlace predeterminada en la interfaz de usuario de IPsec nativa, que instala una ruta en el sistema operativo subyacente. Esta ruta no se expone en show running-config:
ise332/admin#show running-config | include route
ise332/admin#
ise332/admin#show ip route
Destination Gateway Iface
----------- ------- -----
10.48.23.0/24 0.0.0.0 eth1
default 10.48.60.1 eth0
10.48.60.0/24 0.0.0.0 eth0
10.62.148.79 10.48.23.1 eth1
169.254.2.0/24 0.0.0.0 cni-podman1
169.254.4.0/24 0.0.0.0 cni-podman2
ise332/admin#
Otra opción consiste en dejar la puerta de enlace predeterminada en blanco y configurar la ruta manualmente en ISE, lo que tendrá el mismo efecto:
ise332/admin(config)#ip route 10.62.148.79 255.255.255.255 gateway 10.48.23.1
ise332/admin(config)#exit
ise332/admin#show ip route
Destination Gateway Iface
----------- ------- -----
10.48.23.0/24 0.0.0.0 eth1
10.62.148.79 10.48.23.1 eth1
default 10.48.60.1 eth0
10.48.60.0/24 0.0.0.0 eth0
169.254.2.0/24 0.0.0.0 cni-podman1
169.254.4.0/24 0.0.0.0 cni-podman2
ise332/admin#
Configure los parámetros generales para el túnel IPsec. Configure los parámetros de la fase uno. Los parámetros generales, los parámetros de la fase uno y los parámetros de la fase dos deben coincidir con los parámetros configurados en el otro lado del túnel IPsec.
Configure Phase Two Settings y haga clic en Save.
Si las interfaces del switch IOS-XE aún no están configuradas, debe configurarse al menos una interfaz. Aquí tiene un ejemplo:
interface Vlan480
ip address 10.62.148.79 255.255.255.128
negotiation auto
no shutdown
!
interface GigabitEthernet1/0/23
switchport trunk allowed vlan 1,480
switchport mode trunk
!
Asegúrese de que haya conectividad con el peer remoto que se debe utilizar para establecer un túnel VPN de sitio a sitio. Puede utilizar un ping para verificar la conectividad básica.
Para configurar las políticas IKEv2, ingrese el comando crypto ikev2 propuesta <nombre> en el modo de configuración global. Aquí tiene un ejemplo:
crypto ikev2 proposal PROPOSAL
encryption aes-cbc-256
integrity sha512
group 16
!
Para configurar las políticas IKEv2, ingrese el comando crypto ikev2 policy <name> en el modo de configuración global:
crypto ikev2 policy POLICY
proposal PROPOSAL
Para configurar el perfil IKEv2, ingrese el comando crypto ikev2 profile <name> en el modo de configuración global.
crypto ikev2 profile PROFILE
match address local 10.62.148.79
match identity remote address 10.48.23.85 255.255.255.255
authentication remote pre-share key cisco123
authentication local pre-share key cisco123
Nota: de forma predeterminada, ISE utiliza el campo CN de su propio certificado de identidad como identidad IKE en la negociación IKEv2. Por eso, en la sección "coincidencia de identidad remota" del perfil IKEv2, debe especificar el tipo de FQDN y el valor adecuado del dominio o FQDN de ISE.
Utilice la lista de acceso ampliada o con nombre para especificar el tráfico que debe protegerse mediante cifrado. Aquí tiene un ejemplo:
ip access-list extended 100
10 permit ip host 10.62.148.79 host 10.48.23.85
Nota: Una ACL para el tráfico VPN utiliza las direcciones IP de origen y de destino después de NAT.
Para definir un conjunto de transformación IPsec (una combinación aceptable de protocolos y algoritmos de seguridad), ingrese el comando crypto ipsec transform-set en el modo de configuración global. Aquí tiene un ejemplo:
crypto ipsec transform-set SET esp-aes 256 esp-sha512-hmac
mode tunnel
Para crear o modificar una entrada de mapa criptográfico e ingresar al modo de configuración de mapa criptográfico, ingrese el comando de configuración global crypto map. Para que la entrada de mapa criptográfico esté completa, hay algunos aspectos que deben definirse como mínimo:
Aquí tiene un ejemplo:
crypto map MAP-IKEV2 10 ipsec-isakmp
set peer 10.48.23.85
set transform-set SET
set pfs group16
set ikev2-profile PROFILE
match address 100
El paso final es aplicar el conjunto de mapas criptográficos previamente definido a una interfaz. Para aplicar esto, ingrese el comando de configuración de interfaz crypto map:
interface Vlan480
crypto map MAP-IKEV2
Esta es la configuración final de CLI del switch IOS-XE:
aaa new-model
!
aaa group server radius ISE
server name ISE33-2
!
aaa authentication dot1x default group ISE
aaa authorization network ISE group ISE
aaa accounting dot1x default start-stop group ISE
aaa accounting network default start-stop group ISE
!
aaa server radius dynamic-author
client 10.48.23.85
server-key cisco
!
dot1x system-auth-control
!
crypto ikev2 proposal PROPOSAL
encryption aes-cbc-256
integrity sha512
group 16
!
crypto ikev2 policy POLICY
proposal PROPOSAL
!
crypto ikev2 profile PROFILE
match address local 10.62.148.79
match identity remote address 10.48.23.85 255.255.255.255
authentication remote pre-share key cisco123
authentication local pre-share key cisco123
!
crypto ipsec transform-set SET esp-aes 256 esp-sha512-hmac
mode tunnel
!
crypto map MAP-IKEV2 10 ipsec-isakmp
set peer 10.48.23.85
set transform-set SET
set pfs group16
set ikev2-profile PROFILE
match address 100
!
interface GigabitEthernet1/0/23
switchport trunk allowed vlan 1,480
switchport mode trunk
!
interface Vlan480
ip address 10.62.148.79 255.255.255.128
crypto map MAP-IKEV2
!
ip access-list extended 100
10 permit ip host 10.62.148.79 host 10.48.23.85
!
radius server ISE33-2
address ipv4 10.48.23.85 auth-port 1812 acct-port 1813
key cisco
!
La dirección debe configurarse en la interfaz GE1-GE5 desde la CLI; no se admite GE0.
interface GigabitEthernet 1
ip address 10.48.23.85 255.255.255.0
ipv6 address autoconfig
ipv6 enable
Nota: La aplicación se reinicia después de configurar la dirección IP en la interfaz:
% El cambio de la dirección IP puede hacer que se reinicien los servicios ISE
¿Desea continuar con el cambio de dirección IP? S/N [N]: S
Vaya a Administration > System > Settings > Protocols > IPsec > Native IPsec. Haga clic en Agregar. Seleccione Node, que termina el túnel IPsec, configure NAD IP Address with Mask, Default Gateway e IPsec Interface. Seleccione Configuración de autenticación como certificado X.509 y elija Certificado del sistema de certificados instalado.
La puerta de enlace predeterminada es una configuración opcional. De hecho, tiene dos opciones, puede configurar una puerta de enlace predeterminada en la interfaz de usuario de IPsec nativa, que instala una ruta en el sistema operativo subyacente. Esta ruta no se expone en show running-config:
ise332/admin#show running-config | include route
ise332/admin#
ise332/admin#show ip route
Destination Gateway Iface
----------- ------- -----
10.48.23.0/24 0.0.0.0 eth1
default 10.48.60.1 eth0
10.48.60.0/24 0.0.0.0 eth0
10.62.148.79 10.48.23.1 eth1
169.254.2.0/24 0.0.0.0 cni-podman1
169.254.4.0/24 0.0.0.0 cni-podman2
ise332/admin#
Otra opción consiste en dejar la puerta de enlace predeterminada en blanco y configurar la ruta manualmente en ISE, lo que tendrá el mismo efecto:
ise332/admin(config)#ip route 10.62.148.79 255.255.255.255 gateway 10.48.23.1
ise332/admin(config)#exit
ise332/admin#show ip route
Destination Gateway Iface
----------- ------- -----
10.48.23.0/24 0.0.0.0 eth1
10.62.148.79 10.48.23.1 eth1
default 10.48.60.1 eth0
10.48.60.0/24 0.0.0.0 eth0
169.254.2.0/24 0.0.0.0 cni-podman1
169.254.4.0/24 0.0.0.0 cni-podman2
ise332/admin#
Configure los parámetros generales para el túnel IPsec. Configure los parámetros de la fase uno. Los parámetros generales, los parámetros de la fase uno y los parámetros de la fase dos deben coincidir con los parámetros configurados en el otro lado del túnel IPsec.
Configure Phase Two Settings y haga clic en Save.
Para asegurarse de que RADIUS funciona sobre el túnel IPsec, utilice el comando test aaa o realice una autenticación real de MAB o 802.1X
KSEC-9248L-1#test aaa group ISE alice Krakow123 new-code
User successfully authenticated
USER ATTRIBUTES
username 0 "alice"
vn 0 "vn1"
security-group-tag 0 "000f-00"
KSEC-9248L-1#
KSEC-9248L-1#show crypto ikev2 sa
IPv4 Crypto IKEv2 SA
Tunnel-id Local Remote fvrf/ivrf Status
1 10.62.148.79/500 10.48.23.85/500 none/none READY
Encr: AES-CBC, keysize: 256, PRF: SHA512, Hash: SHA512, DH Grp:16, Auth sign: RSA, Auth verify: RSA
Life/Active Time: 86400/1439 sec
IPv6 Crypto IKEv2 SA
KSEC-9248L-1#show crypto ipsec sa
interface: Vlan480
Crypto map tag: MAP-IKEV2, local addr 10.62.148.79
protected vrf: (none)
local ident (addr/mask/prot/port): (10.62.148.79/255.255.255.255/0/0)
remote ident (addr/mask/prot/port): (10.48.23.85/255.255.255.255/0/0)
current_peer 10.48.23.85 port 500
PERMIT, flags={origin_is_acl,}
#pkts encaps: 1, #pkts encrypt: 1, #pkts digest: 1
#pkts decaps: 1, #pkts decrypt: 1, #pkts verify: 1
#pkts compressed: 0, #pkts decompressed: 0
#pkts not compressed: 0, #pkts compr. failed: 0
#pkts not decompressed: 0, #pkts decompress failed: 0
#send errors 0, #recv errors 0
local crypto endpt.: 10.62.148.79, remote crypto endpt.: 10.48.23.85
plaintext mtu 1422, path mtu 1500, ip mtu 1500, ip mtu idb Vlan480
current outbound spi: 0xC17542E9(3245687529)
PFS (Y/N): N, DH group: none
inbound esp sas:
spi: 0xF7A68F69(4154888041)
transform: esp-256-aes esp-sha512-hmac ,
in use settings ={Tunnel, }
conn id: 72, flow_id: SW:72, sibling_flags 80000040, crypto map: MAP-IKEV2
sa timing: remaining key lifetime (k/sec): (4173813/84954)
IV size: 16 bytes
replay detection support: Y
Status: ACTIVE(ACTIVE)
inbound ah sas:
inbound pcp sas:
outbound esp sas:
spi: 0xC17542E9(3245687529)
transform: esp-256-aes esp-sha512-hmac ,
in use settings ={Tunnel, }
conn id: 71, flow_id: SW:71, sibling_flags 80000040, crypto map: MAP-IKEV2
sa timing: remaining key lifetime (k/sec): (4173813/84954)
IV size: 16 bytes
replay detection support: Y
Status: ACTIVE(ACTIVE)
outbound ah sas:
outbound pcp sas:
KSEC-9248L-1#
KSEC-9248L-1#show crypto session
Crypto session current status
Interface: Vlan480
Profile: PROFILE
Session status: UP-ACTIVE
Peer: 10.48.23.85 port 500
Session ID: 5
IKEv2 SA: local 10.62.148.79/500 remote 10.48.23.85/500 Active
IPSEC FLOW: permit ip host 10.62.148.79 host 10.48.23.85
Active SAs: 2, origin: crypto map
KSEC-9248L-1#
El estado del túnel se puede verificar desde la GUI
Utilice el comando application configure ise para verificar el estado del túnel desde la CLI
ise332/admin#application configure ise
Selection configuration option
[1]Reset M&T Session Database
[2]Rebuild M&T Unusable Indexes
[3]Purge M&T Operational Data
[4]Reset M&T Database
[5]Refresh Database Statistics
[6]Display Profiler Statistics
[7]Export Internal CA Store
[8]Import Internal CA Store
[9]Create Missing Config Indexes
[10]Create Missing M&T Indexes
[12]Generate Daily KPM Stats
[13]Generate KPM Stats for last 8 Weeks
[14]Enable/Disable Counter Attribute Collection
[15]View Admin Users
[16]Get all Endpoints
[19]Establish Trust with controller
[20]Reset Context Visibility
[21]Synchronize Context Visibility With Database
[22]Generate Heap Dump
[23]Generate Thread Dump
[24]Force Backup Cancellation
[25]CleanUp ESR 5921 IOS Crash Info Files
[26]Recreate undotablespace
[27]Reset Upgrade Tables
[28]Recreate Temp tablespace
[29]Clear Sysaux tablespace
[30]Fetch SGA/PGA Memory usage
[31]Generate Self-Signed Admin Certificate
[32]View Certificates in NSSDB or CA_NSSDB
[33]Recreate REPLOGNS tablespace
[34]View Native IPSec status
[0]Exit
34
7212b70a-1405-429a-94b8-71a5d4beb1e5: #114, ESTABLISHED, IKEv2, 0ca3c29e36290185_i 08c7fb6db177da84_r*
local 'CN=ise332.example.com' @ 10.48.23.85[500]
remote '10.62.148.79' @ 10.62.148.79[500]
AES_CBC-256/HMAC_SHA2_512_256/PRF_HMAC_SHA2_512/MODP_4096
established 984s ago, rekeying in 10283s, reauth in 78609s
net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5: #58, reqid 1, INSTALLED, TUNNEL, ESP:AES_CBC-256/HMAC_SHA2_512_256
installed 984s ago, rekeying in 12296s, expires in 14856s
in c17542e9, 100 bytes, 1 packets, 983s ago
out f7a68f69, 100 bytes, 1 packets, 983s ago
local 10.48.23.85/32
remote 10.62.148.79/32
KSEC-9248L-1#debug crypto ikev2
IKEv2 default debugging is on
KSEC-9248L-1#debug crypto ikev2 error
IKEv2 error debugging is on
KSEC-9248L-1#debug crypto ipsec
Crypto IPSEC debugging is on
KSEC-9248L-1#debug crypto ipsec error
Crypto IPSEC Error debugging is on
KSEC-9248L-1#
Apr 25 18:57:36.572: IPSEC(sa_request): ,
(key eng. msg.) OUTBOUND local= 10.62.148.79:500, remote= 10.48.23.85:500,
local_proxy= 10.62.148.79/255.255.255.255/256/0,
remote_proxy= 10.48.23.85/255.255.255.255/256/0,
protocol= ESP, transform= esp-aes 256 esp-sha512-hmac (Tunnel), esn= FALSE,
lifedur= 86400s and 4608000kb,
spi= 0x0(0), conn_id= 0, keysize= 256, flags= 0x0
Apr 25 18:57:36.573: IKEv2:(SESSION ID = 0,SA ID = 0):Searching Policy with fvrf 0, local address 10.62.148.79
Apr 25 18:57:36.573: IKEv2:(SESSION ID = 0,SA ID = 0):Found Policy 'POLICY'
Apr 25 18:57:36.573: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Start PKI Session
Apr 25 18:57:36.574: IKEv2:(SA ID = 1):[PKI -> IKEv2] Starting of PKI Session PASSED
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):[IKEv2 -> Crypto Engine] Computing DH public key, DH Group 16
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[Crypto Engine -> IKEv2] DH key Computation PASSED
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):Request queued for computation of DH key
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):IKEv2 initiator - no config data to send in IKE_SA_INIT exch
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):Generating IKE_SA_INIT message
Apr 25 18:57:36.574: IKEv2:(SESSION ID = 5,SA ID = 1):IKE Proposal: 1, SPI size: 0 (initial negotiation),
Num. transforms: 4
AES-CBC SHA512 SHA512 DH_GROUP_4096_MODP/Group 16
Apr 25 18:57:36.575: IKEv2:(SESSION ID = 5,SA ID = 1):Sending Packet [To 10.48.23.85:500/From 10.62.148.79:500/VRF i0:f0]
Initiator SPI : 0CA3C29E36290185 - Responder SPI : 0000000000000000 Message id: 0
IKEv2 IKE_SA_INIT Exchange REQUEST
Payload contents:
SA KE N VID VID VID VID NOTIFY(NAT_DETECTION_SOURCE_IP) NOTIFY(NAT_DETECTION_DESTINATION_IP)
Apr 25 18:57:36.575: IKEv2:(SESSION ID = 5,SA ID = 1):Insert SA
Apr 25 18:57:36.640: IKEv2:(SESSION ID = 5,SA ID = 1):Received Packet [From 10.48.23.85:500/To 10.62.148.79:500/VRF i0:f0]
Initiator SPI : 0CA3C29E36290185 - Responder SPI : 08C7FB6DB177DA84 Message id: 0
IKEv2 IKE_SA_INIT Exchange RESPONSE
Payload contents:
SA KE N NOTIFY(NAT_DETECTION_SOURCE_IP) NOTIFY(NAT_DETECTION_DESTINATION_IP) CERTREQ NOTIFY(Unknown - 16418) NOTIFY(Unknown - 16404)
Apr 25 18:57:36.641: IKEv2:(SESSION ID = 5,SA ID = 1):Processing IKE_SA_INIT message
Apr 25 18:57:36.641: IKEv2:(SESSION ID = 5,SA ID = 1):Verify SA init message
Apr 25 18:57:36.641: IKEv2:(SESSION ID = 5,SA ID = 1):Processing IKE_SA_INIT message
Apr 25 18:57:36.641: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Retrieving trustpoint(s) from received certificate hash(es)
Apr 25 18:57:36.641: IKEv2:(SA ID = 1):[PKI -> IKEv2] Retrieved trustpoint(s): 'KrakowCA'
Apr 25 18:57:36.641: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Getting cert chain for the trustpoint KrakowCA
Apr 25 18:57:36.643: IKEv2:(SA ID = 1):[PKI -> IKEv2] Getting of cert chain for the trustpoint PASSED
Apr 25 18:57:36.643: IKEv2:(SESSION ID = 5,SA ID = 1):Checking NAT discovery
Apr 25 18:57:36.643: IKEv2:(SESSION ID = 5,SA ID = 1):NAT not found
Apr 25 18:57:36.643: IKEv2:(SESSION ID = 5,SA ID = 1):[IKEv2 -> Crypto Engine] Computing DH secret key, DH Group 16
Apr 25 18:57:36.874: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[Crypto Engine -> IKEv2] DH key Computation PASSED
Apr 25 18:57:36.874: IKEv2:(SESSION ID = 5,SA ID = 1):Request queued for computation of DH secret
Apr 25 18:57:36.874: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[IKEv2 -> Crypto Engine] Calculate SKEYSEED and create rekeyed IKEv2 SA
Apr 25 18:57:36.874: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[Crypto Engine -> IKEv2] SKEYSEED calculation and creation of rekeyed IKEv2 SA PASSED
Apr 25 18:57:36.874: IKEv2:(SESSION ID = 5,SA ID = 1):Completed SA init exchange
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):Check for EAP exchange
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):Generate my authentication data
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):[IKEv2 -> Crypto Engine] Generate IKEv2 authentication data
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):[Crypto Engine -> IKEv2] IKEv2 authentication data generation PASSED
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):Get my authentication method
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):My authentication method is 'RSA'
Apr 25 18:57:36.876: IKEv2:(SESSION ID = 5,SA ID = 1):Sign authentication data
Apr 25 18:57:36.877: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Getting private key
Apr 25 18:57:36.877: IKEv2:(SA ID = 1):[PKI -> IKEv2] Getting of private key PASSED
Apr 25 18:57:36.877: IKEv2:(SA ID = 1):[IKEv2 -> Crypto Engine] Sign authentication data
Apr 25 18:57:36.945: IKEv2:(SA ID = 1):[Crypto Engine -> IKEv2] Signing of authentication data PASSED
Apr 25 18:57:36.945: IKEv2:(SESSION ID = 5,SA ID = 1):Authentication material has been sucessfully signed
Apr 25 18:57:36.945: IKEv2:(SESSION ID = 5,SA ID = 1):Check for EAP exchange
Apr 25 18:57:36.945: IKEv2:(SESSION ID = 5,SA ID = 1):Generating IKE_AUTH message
Apr 25 18:57:36.945: IKEv2:(SESSION ID = 5,SA ID = 1):Constructing IDi payload: '10.62.148.79' of type 'IPv4 address'
Apr 25 18:57:36.945: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Retrieve configured trustpoint(s)
Apr 25 18:57:36.945: IKEv2:(SA ID = 1):[PKI -> IKEv2] Retrieved trustpoint(s): 'KrakowCA'
Apr 25 18:57:36.945: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Get Public Key Hashes of trustpoints
Apr 25 18:57:36.946: IKEv2:(SA ID = 1):[PKI -> IKEv2] Getting of Public Key Hashes of trustpoints PASSED
Apr 25 18:57:36.946: IKEv2:(SESSION ID = 5,SA ID = 1):ESP Proposal: 1, SPI size: 4 (IPSec negotiation),
Num. transforms: 3
AES-CBC SHA512 Don't use ESN
Apr 25 18:57:36.946: IKEv2:(SESSION ID = 5,SA ID = 1):Building packet for encryption.
Payload contents:
VID IDi CERT CERTREQ AUTH SA TSi TSr NOTIFY(INITIAL_CONTACT) NOTIFY(SET_WINDOW_SIZE) NOTIFY(ESP_TFC_NO_SUPPORT) NOTIFY(NON_FIRST_FRAGS)
Apr 25 18:57:36.947: IKEv2:(SESSION ID = 5,SA ID = 1):Sending Packet [To 10.48.23.85:500/From 10.62.148.79:500/VRF i0:f0]
Initiator SPI : 0CA3C29E36290185 - Responder SPI : 08C7FB6DB177DA84 Message id: 1
IKEv2 IKE_AUTH Exchange REQUEST
Payload contents:
ENCR
Apr 25 18:57:37.027: IKEv2:(SESSION ID = 5,SA ID = 1):Received Packet [From 10.48.23.85:500/To 10.62.148.79:500/VRF i0:f0]
Initiator SPI : 0CA3C29E36290185 - Responder SPI : 08C7FB6DB177DA84 Message id: 1
IKEv2 IKE_AUTH Exchange RESPONSE
Payload contents:
IDr CERT AUTH SA TSi TSr
Apr 25 18:57:37.029: IKEv2:(SESSION ID = 5,SA ID = 1):Process auth response notify
Apr 25 18:57:37.031: IKEv2:(SESSION ID = 5,SA ID = 1):Searching policy based on peer's identity 'cn=ise332.example.com' of type 'DER ASN1 DN'
Apr 25 18:57:37.031: IKEv2:(SESSION ID = 5,SA ID = 1):Searching Policy with fvrf 0, local address 10.62.148.79
Apr 25 18:57:37.031: IKEv2:(SESSION ID = 5,SA ID = 1):Found Policy 'POLICY'
Apr 25 18:57:37.032: IKEv2:(SESSION ID = 5,SA ID = 1):Verify peer's policy
Apr 25 18:57:37.032: IKEv2:(SESSION ID = 5,SA ID = 1):Peer's policy verified
Apr 25 18:57:37.032: IKEv2:(SESSION ID = 5,SA ID = 1):Get peer's authentication method
Apr 25 18:57:37.032: IKEv2:(SESSION ID = 5,SA ID = 1):Peer's authentication method is 'RSA'
Apr 25 18:57:37.033: IKEv2:Validation list created with 1 trustpoints
Apr 25 18:57:37.033: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Validating certificate chain
Apr 25 18:57:37.043: IKEv2:(SA ID = 1):[PKI -> IKEv2] Validation of certificate chain PASSED
Apr 25 18:57:37.043: IKEv2:(SESSION ID = 5,SA ID = 1):Save pubkey
Apr 25 18:57:37.045: IKEv2:(SESSION ID = 5,SA ID = 1):Verify peer's authentication data
Apr 25 18:57:37.045: IKEv2:(SESSION ID = 5,SA ID = 1):[IKEv2 -> Crypto Engine] Generate IKEv2 authentication data
Apr 25 18:57:37.045: IKEv2:(SESSION ID = 5,SA ID = 1):[Crypto Engine -> IKEv2] IKEv2 authentication data generation PASSED
Apr 25 18:57:37.045: IKEv2:(SA ID = 1):[IKEv2 -> Crypto Engine] Verify signed authentication data
Apr 25 18:57:37.047: IKEv2:(SA ID = 1):[Crypto Engine -> IKEv2] Verification of signed authentication data PASSED
Apr 25 18:57:37.048: IKEv2:(SESSION ID = 5,SA ID = 1):Check for EAP exchange
Apr 25 18:57:37.048: IKEv2:(SESSION ID = 5,SA ID = 1):Processing IKE_AUTH message
Apr 25 18:57:37.050: IKEv2:(SESSION ID = 5,SA ID = 1):IPSec policy validate request sent for profile PROFILE with psh index 1.
Apr 25 18:57:37.051: IPSEC(key_engine): got a queue event with 1 KMI message(s)
Apr 25 18:57:37.051: IPSEC(validate_proposal_request): proposal part #1
Apr 25 18:57:37.051: IPSEC(validate_proposal_request): proposal part #1,
(key eng. msg.) INBOUND local= 10.62.148.79:0, remote= 10.48.23.85:0,
local_proxy= 10.62.148.79/255.255.255.255/256/0,
remote_proxy= 10.48.23.85/255.255.255.255/256/0,
protocol= ESP, transform= esp-aes 256 esp-sha512-hmac (Tunnel), esn= FALSE,
lifedur= 0s and 0kb,
spi= 0x0(0), conn_id= 0, keysize= 256, flags= 0x0
Apr 25 18:57:37.051: Crypto mapdb : proxy_match
src addr : 10.62.148.79
dst addr : 10.48.23.85
protocol : 0
src port : 0
dst port : 0
Apr 25 18:57:37.051: (ipsec_process_proposal)Map Accepted: MAP-IKEV2, 10
Apr 25 18:57:37.051: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[IPsec -> IKEv2] Callback received for the validate proposal - PASSED.
Apr 25 18:57:37.052: IKEv2:(SA ID = 1):[IKEv2 -> PKI] Close PKI Session
Apr 25 18:57:37.052: IKEv2:(SA ID = 1):[PKI -> IKEv2] Closing of PKI Session PASSED
Apr 25 18:57:37.053: IKEv2:(SESSION ID = 5,SA ID = 1):IKEV2 SA created; inserting SA into database. SA lifetime timer (86400 sec) started
Apr 25 18:57:37.053: IKEv2:(SESSION ID = 5,SA ID = 1):Session with IKE ID PAIR (cn=ise332.example.com, 10.62.148.79) is UP
Apr 25 18:57:37.053: IKEv2:(SESSION ID = 0,SA ID = 0):IKEv2 MIB tunnel started, tunnel index 1
Apr 25 18:57:37.053: IKEv2:(SESSION ID = 5,SA ID = 1):Load IPSEC key material
Apr 25 18:57:37.054: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[IKEv2 -> IPsec] Create IPsec SA into IPsec database
Apr 25 18:57:37.054: IPSEC(key_engine): got a queue event with 1 KMI message(s)
Apr 25 18:57:37.054: Crypto mapdb : proxy_match
src addr : 10.62.148.79
dst addr : 10.48.23.85
protocol : 256
src port : 0
dst port : 0
Apr 25 18:57:37.054: IPSEC:(SESSION ID = 5) (crypto_ipsec_create_ipsec_sas) Map found MAP-IKEV2, 10
Apr 25 18:57:37.054: IPSEC:(SESSION ID = 5) (crypto_ipsec_sa_find_ident_head) reconnecting with the same proxies and peer 10.48.23.85
Apr 25 18:57:37.055: IPSEC:(SESSION ID = 5) (get_old_outbound_sa_for_peer) No outbound SA found for peer 46CFDC30
Apr 25 18:57:37.055: IPSEC:(SESSION ID = 5) (create_sa) sa created,
(sa) sa_dest= 10.62.148.79, sa_proto= 50,
sa_spi= 0xF7A68F69(4154888041),
sa_trans= esp-aes 256 esp-sha512-hmac , sa_conn_id= 72
sa_lifetime(k/sec)= (4608000/86400),
(identity) local= 10.62.148.79:0, remote= 10.48.23.85:0,
local_proxy= 10.62.148.79/255.255.255.255/256/0,
remote_proxy= 10.48.23.85/255.255.255.255/256/0
Apr 25 18:57:37.055: ipsec_out_sa_hash_idx: sa=0x46CFF474, hash_idx=232, port=500/500, addr=0x0A3E944F/0x0A301755
Apr 25 18:57:37.055: crypto_ipsec_hook_out_sa: ipsec_out_sa_hash_array[232]=0x46CFF474
Apr 25 18:57:37.055: IPSEC:(SESSION ID = 5) (create_sa) sa created,
(sa) sa_dest= 10.48.23.85, sa_proto= 50,
sa_spi= 0xC17542E9(3245687529),
sa_trans= esp-aes 256 esp-sha512-hmac , sa_conn_id= 71
sa_lifetime(k/sec)= (4608000/86400),
(identity) local= 10.62.148.79:0, remote= 10.48.23.85:0,
local_proxy= 10.62.148.79/255.255.255.255/256/0,
remote_proxy= 10.48.23.85/255.255.255.255/256/0
Apr 25 18:57:37.056: IPSEC: Expand action denied, notify RP
Apr 25 18:57:37.056: IKEv2:(SESSION ID = 5,SA ID = 1):(SA ID = 1):[IPsec -> IKEv2] Creation of IPsec SA into IPsec database PASSED
Apr 25 18:57:37.056: IKEv2:(SESSION ID = 5,SA ID = 1):Checking for duplicate IKEv2 SA
Apr 25 18:57:37.057: IKEv2:(SESSION ID = 5,SA ID = 1):No duplicate IKEv2 SA found
No hay depuraciones específicas que habilitar en ISE, para imprimir las depuraciones en la consola emite el comando:
ise332/admin#show logging application strongswan/charon.log tail
Apr 26 00:57:36 03[NET] received packet: from 10.62.148.79[500] to 10.48.23.85[500]
Apr 26 00:57:36 03[NET] waiting for data on sockets
Apr 26 00:57:36 13[MGR] checkout IKEv2 SA by message with SPIs 0ca3c29e36290185_i 0000000000000000_r
Apr 26 00:57:36 13[MGR] created IKE_SA (unnamed)[114]
Apr 26 00:57:36 13[NET] <114> received packet: from 10.62.148.79[500] to 10.48.23.85[500] (774 bytes)
Apr 26 00:57:36 13[ENC] <114> parsed IKE_SA_INIT request 0 [ SA KE No V V V V N(NATD_S_IP) N(NATD_D_IP) ]
Apr 26 00:57:36 13[CFG] <114> looking for an IKEv2 config for 10.48.23.85...10.62.148.79
Apr 26 00:57:36 13[CFG] <114> candidate: 10.48.23.85...10.62.148.79, prio 3100
Apr 26 00:57:36 13[CFG] <114> found matching ike config: 10.48.23.85...10.62.148.79 with prio 3100
Apr 26 00:57:36 13[IKE] <114> local endpoint changed from 0.0.0.0[500] to 10.48.23.85[500]
Apr 26 00:57:36 13[IKE] <114> remote endpoint changed from 0.0.0.0 to 10.62.148.79[500]
Apr 26 00:57:36 13[IKE] <114> received Cisco Delete Reason vendor ID
Apr 26 00:57:36 13[ENC] <114> received unknown vendor ID: 43:49:53:43:4f:56:50:4e:2d:52:45:56:2d:30:32
Apr 26 00:57:36 13[ENC] <114> received unknown vendor ID: 43:49:53:43:4f:2d:44:59:4e:41:4d:49:43:2d:52:4f:55:54:45
Apr 26 00:57:36 13[IKE] <114> received Cisco FlexVPN Supported vendor ID
Apr 26 00:57:36 13[IKE] <114> 10.62.148.79 is initiating an IKE_SA
Apr 26 00:57:36 13[IKE] <114> IKE_SA (unnamed)[114] state change: CREATED => CONNECTING
Apr 26 00:57:36 13[CFG] <114> selecting proposal:
Apr 26 00:57:36 13[CFG] <114> proposal matches
Apr 26 00:57:36 13[CFG] <114> received proposals: IKE:AES_CBC_256/HMAC_SHA2_512_256/PRF_HMAC_SHA2_512/MODP_4096
Apr 26 00:57:36 13[CFG] <114> configured proposals: IKE:AES_CBC_256/HMAC_SHA2_512_256/PRF_HMAC_SHA2_512/MODP_4096
Apr 26 00:57:36 13[CFG] <114> selected proposal: IKE:AES_CBC_256/HMAC_SHA2_512_256/PRF_HMAC_SHA2_512/MODP_4096
Apr 26 00:57:36 13[IKE] <114> sending cert request for "CN=KrakowCA"
Apr 26 00:57:36 13[IKE] <114> sending cert request for "DC=com, DC=example, CN=LAB CA"
Apr 26 00:57:36 13[IKE] <114> sending cert request for "CN=Certificate Services Endpoint Sub CA - ise332"
Apr 26 00:57:36 13[IKE] <114> sending cert request for "CN=Certificate Services Node CA - ise332"
Apr 26 00:57:36 13[IKE] <114> sending cert request for "O=Cisco, CN=Cisco Manufacturing CA SHA2"
Apr 26 00:57:36 13[ENC] <114> generating IKE_SA_INIT response 0 [ SA KE No N(NATD_S_IP) N(NATD_D_IP) CERTREQ N(CHDLESS_SUP) N(MULT_AUTH) ]
Apr 26 00:57:36 13[NET] <114> sending packet: from 10.48.23.85[500] to 10.62.148.79[500] (809 bytes)
Apr 26 00:57:36 13[MGR] <114> checkin IKEv2 SA (unnamed)[114] with SPIs 0ca3c29e36290185_i 08c7fb6db177da84_r
Apr 26 00:57:36 13[MGR] <114> checkin of IKE_SA successful
Apr 26 00:57:36 04[NET] sending packet: from 10.48.23.85[500] to 10.62.148.79[500]
Apr 26 00:57:36 03[NET] received packet: from 10.62.148.79[500] to 10.48.23.85[500]
Apr 26 00:57:36 03[NET] waiting for data on sockets
Apr 26 00:57:36 09[MGR] checkout IKEv2 SA by message with SPIs 0ca3c29e36290185_i 08c7fb6db177da84_r
Apr 26 00:57:36 09[MGR] IKE_SA (unnamed)[114] successfully checked out
Apr 26 00:57:36 09[NET] <114> received packet: from 10.62.148.79[500] to 10.48.23.85[500] (1488 bytes)
Apr 26 00:57:37 09[ENC] <114> parsed IKE_AUTH request 1 [ V IDi CERT CERTREQ AUTH SA TSi TSr N(INIT_CONTACT) N(SET_WINSIZE) N(ESP_TFC_PAD_N) N(NON_FIRST_FRAG) ]
Apr 26 00:57:37 09[IKE] <114> received cert request for "CN=KrakowCA"
Apr 26 00:57:37 09[IKE] <114> received end entity cert "CN=KSEC-9248L-1.example.com"
Apr 26 00:57:37 09[CFG] <114> looking for peer configs matching 10.48.23.85[%any]...10.62.148.79[10.62.148.79]
Apr 26 00:57:37 09[CFG] <114> candidate "7212b70a-1405-429a-94b8-71a5d4beb1e5", match: 1/1/3100 (me/other/ike)
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> selected peer config '7212b70a-1405-429a-94b8-71a5d4beb1e5'
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using certificate "CN=KSEC-9248L-1.example.com"
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> certificate "CN=KSEC-9248L-1.example.com" key: 2048 bit RSA
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using trusted ca certificate "CN=KrakowCA"
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> certificate "CN=KrakowCA" key: 2048 bit RSA
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> reached self-signed root ca with a path length of 0
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> checking certificate status of "CN=KSEC-9248L-1.example.com"
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> ocsp check skipped, no ocsp found
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> certificate status is not available
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> authentication of '10.62.148.79' with RSA signature successful
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> received ESP_TFC_PADDING_NOT_SUPPORTED, not using ESPv3 TFC padding
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> authentication of 'CN=ise332.example.com' (myself) with RSA signature successful
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> sending end entity cert "CN=ise332.example.com"
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> IKE_SA 7212b70a-1405-429a-94b8-71a5d4beb1e5[114] established between 10.48.23.85[CN=ise332.example.com]...10.62.148.79[10.62.148.79]
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> IKE_SA 7212b70a-1405-429a-94b8-71a5d4beb1e5[114] state change: CONNECTING => ESTABLISHED
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> scheduling rekeying in 11267s
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> scheduling reauthentication in 79593s
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> maximum IKE_SA lifetime 19807s
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> looking for a child config for 10.48.23.85/32[icmp] 10.48.23.85/32 === 10.62.148.79/32[icmp] 10.62.148.79/32
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> proposing traffic selectors for us:
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> 10.48.23.85/32
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> proposing traffic selectors for other:
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> 10.62.148.79/32
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> candidate "net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5" with prio 7+7
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> found matching child config "net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5" with prio 14
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> selecting proposal:
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> proposal matches
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> received proposals: ESP:AES_CBC_256/HMAC_SHA2_512_256/NO_EXT_SEQ
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> configured proposals: ESP:AES_CBC_256/HMAC_SHA2_512_256/MODP_4096/NO_EXT_SEQ
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> selected proposal: ESP:AES_CBC_256/HMAC_SHA2_512_256/NO_EXT_SEQ
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> got SPI c17542e9
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> selecting traffic selectors for us:
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> config: 10.48.23.85/32, received: 10.48.23.85/32[icmp] => match: 10.48.23.85/32[icmp]
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> config: 10.48.23.85/32, received: 10.48.23.85/32 => match: 10.48.23.85/32
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> selecting traffic selectors for other:
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> config: 10.62.148.79/32, received: 10.62.148.79/32[icmp] => match: 10.62.148.79/32[icmp]
Apr 26 00:57:37 09[CFG] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> config: 10.62.148.79/32, received: 10.62.148.79/32 => match: 10.62.148.79/32
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> CHILD_SA net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5{58} state change: CREATED => INSTALLING
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using AES_CBC for encryption
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using HMAC_SHA2_512_256 for integrity
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding inbound ESP SA
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> SPI 0xc17542e9, src 10.62.148.79 dst 10.48.23.85
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding SAD entry with SPI c17542e9 and reqid {1}
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using encryption algorithm AES_CBC with key size 256
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using integrity algorithm HMAC_SHA2_512_256 with key size 512
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using replay window of 32 packets
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> HW offload: no
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding outbound ESP SA
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> SPI 0xf7a68f69, src 10.48.23.85 dst 10.62.148.79
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding SAD entry with SPI f7a68f69 and reqid {1}
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using encryption algorithm AES_CBC with key size 256
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using integrity algorithm HMAC_SHA2_512_256 with key size 512
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using replay window of 0 packets
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> HW offload: no
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding policy 10.62.148.79/32 === 10.48.23.85/32 in [priority 367231, refcount 1]
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding policy 10.62.148.79/32 === 10.48.23.85/32 fwd [priority 367231, refcount 1]
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> adding policy 10.48.23.85/32 === 10.62.148.79/32 out [priority 367231, refcount 1]
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> getting a local address in traffic selector 10.48.23.85/32
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using host 10.48.23.85
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> getting iface name for index 22
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> using 10.48.23.1 as nexthop and eth1 as dev to reach 10.62.148.79/32
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> installing route: 10.62.148.79/32 via 10.48.23.1 src 10.48.23.85 dev eth1
Apr 26 00:57:37 09[KNL] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> getting iface index for eth1
Apr 26 00:57:37 09[IKE] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> CHILD_SA net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5{58} established with SPIs c17542e9_i f7a68f69_o and TS 10.48.23.85/32 === 10.62.148.79/32
Apr 26 00:57:37 09[CHD] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> CHILD_SA net-net-7212b70a-1405-429a-94b8-71a5d4beb1e5{58} state change: INSTALLING => INSTALLED
Apr 26 00:57:37 09[ENC] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> generating IKE_AUTH response 1 [ IDr CERT AUTH SA TSi TSr ]
Apr 26 00:57:37 09[NET] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> sending packet: from 10.48.23.85[500] to 10.62.148.79[500] (1376 bytes)
Apr 26 00:57:37 09[MGR] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> checkin IKEv2 SA 7212b70a-1405-429a-94b8-71a5d4beb1e5[114] with SPIs 0ca3c29e36290185_i 08c7fb6db177da84_r
Apr 26 00:57:37 09[MGR] <7212b70a-1405-429a-94b8-71a5d4beb1e5|114> checkin of IKE_SA successful
Apr 26 00:57:37 04[NET] sending packet: from 10.48.23.85[500] to 10.62.148.79[500]
Revisión | Fecha de publicación | Comentarios |
---|---|---|
1.0 |
11-Jul-2023 |
Versión inicial |