Removes an entire crypto configuration, including IPsec, crypto maps, dynamic crypto maps, and ISAKMP. However, with shorter lifetimes, the ASA sets up future IPsec SAs more quickly. AnyConnect Essentials license 3 : 250 sessions. IKE creates the cryptographic keys used to authenticate peers. For example: After creating the policy, you can specify the settings for the policy. During ISAKMP Phase I negotiations, either IKEv1 or IKEv2, the peers must identify themselves to each other. ISAKMP separates negotiation into two phases: Phase 1 and Phase 2. Table 64-2 IKEv2 Policy Keywords for CLI Commands. Maybe you could point me in the right direction on how to set my lab up. The first two items (strictcrlpolicy and uniqueids) are uncommented by default and we dont have to worry about these. Includes keywords that let you remove specific crypto maps. So we configure a Cisco ASA as below . First well configure the interfaces: Now we can configure the VPN settings. In our example, we configure a Cisco ASA . Specifies the Secure Hash Algorithm SHA 2 with the 256-bit digest. Because of this, I cannot know for sure whether I am configured correctly on my end for phase 1. During IPsec SA negotiations, the peers must identify a transform set or proposal that is the same at both peers. The ASA tears down the tunnel if you change the definition of the transform set or proposal used to create its SA. Active/Active failover configurations are not supported. The differences in size merely represent differences in the source and destination of each packet. If the ASA is actively processing IPsec traffic, clear only the portion of the SA database that the configuration changes affect. How can I override the global settings and configure specific settings for this customer? i'm getting crazy to understand why an ipsec tunnel is not coming up. IPsec over TCP encapsulates both the IKEv1 and IPsec protocols within a TCP-like packet and enables secure tunneling through both NAT and PAT devices and firewalls. IKE_ENCRYPTION_1 = aes-256 ! Access lists define which IP traffic to protect. Step 4 Apply the crypto maps collectively as a crypto map set by assigning the crypto map name they share to the interface. transforms: 4(20060): AES-CBC(20060): SHA256(20060): SHA256(20060): DH_GROUP_2048_MODP/Group 14IKEv2-PROTO-4: (20060): IKE Proposal: 3, SPI size: 0 (initial negotiation),Num. ike=aes128-sha1-modp1536: The security parameters for IKE Phase 1, in this example we use AES 128-bit, SHA-1 and DH Group 5. esp=aes128-sha1: We use ESP, AES 128-bit and SHA-1 for Phase 2. keyexchange=ikev2: We want to use IKEv2 for this connection profile. Now for our site-to-site VPN with the Cisco ASA Firewall we have another connection profile called ciscoasa with some more specific parameters: This completes the connection profile but we still have to configure the pre-shared keys. Figure 64-4 How Crypto Access Lists Apply to IPsec. The crypto map access list bound to the outgoing interface either permits or denies IPsec packets through the VPN tunnel. For more information about BOVPN virtual interface configuration on the Firebox, see BOVPN Virtual Interfaces . Lifetime (In seconds before phase 1 should be re-established - usually 86400 seconds [1 day]). For example, to support U-turn traffic on Security Appliance B, add a conceptual permit B B ACE to ACL1. New here? The default is SHA-1. The map set sequence number 10, which is used to rank multiple entries within one crypto map set. I'll start with IKEv1 but this should not be used but if you have to use it, use these settings to be the most secure. Note for IKEv2, there's a Legacy Suite because there are devices out there that don't support the NGE Suite. They include the following: A crypto map set consists of one or more crypto maps that have the same map name. This section describes the Internet Security Association and Key Management Protocol (ISAKMP) and the Internet Key Exchange (IKE) protocol. The lower the priority number, the higher the priority. Table 64-6 Commands to View IPsec Configuration Information. The dynamic-seq-num differentiates the dynamic crypto maps in a set. This example configures RSA signatures. Otherwise this will I use a HP proliant DL360 G7 with a quad NIC running VMware ESXi. Specifies the policy for deriving the tunnel group name from the certificate. The default is Triple DES. i ran severals debug but can't undestand where's the problem, folllowing my and remote peers configurations and debug: PHASE 1:crypto ikev2 policy 10encryption aes-256integrity sha512group 14prf sha512lifetime seconds 86400PHASE2:crypto map outside_map 20 set pfs group14crypto map outside_map 20 set peer 50.x.x.xcrypto map outside_map 20 set ikev2 ipsec-proposal ESP-AES256-SHA512crypto map outside_map 20 set security-association lifetime seconds 3600, crypto map OUTSIDE_map 13 set peer 100.x.x.x, crypto map OUTSIDE_map 13 set ikev2 ipsec-proposal AES256-SHA512, crypto map OUTSIDE_map 13 set ikev2 pre-shared-key *****, crypto map OUTSIDE_map 13 set security-association lifetime seconds 3600, crypto map OUTSIDE_map 13 set security-association lifetime kilobytes unlimited. The ASA cannot use dynamic crypto maps to initiate connections to a remote peer. Figure 64-2 shows the cascading ACLs created from the conceptual ACEs above. 02:16 AM. Each SA has two lifetimes: timed and traffic-volume. To define a tunnel group, use the tunnel-group command. Step 6 Specify the SA lifetime. (These access lists are similar to access lists used with the access-group command. To support the large key sizes required by AES, ISAKMP negotiation should use Diffie-Hellman (DH) Group 5. During tunnel establishment, the two peers negotiate security associations that govern authentication, encryption, encapsulation, and key management. You can definitely create a custom configuration on the wizard: In this step you can select the ikev1 policies and ipsec policiesthat you need to match with the other site: Remember that phase 2 also requires interesting traffic or the ACL on the crypto map to be mirrored. Optional Shared licenses 2 : Participant or Server. However, they may use certificate-based authentication (that is, ASA or RSA) to establish tunnels. Note When the ASA is configured for IPsec VPN, you cannot enable security contexts (also called firewall multimode) or Active/Active stateful failover. The ASA orders the settings from the most secure to the least secure and negotiates with the peer using that order. Ask a question or join the discussion by visiting our Community Forum, Get Full Access to our 751 Cisco Lessons Now, Cisco ASA Per-Session vs Multi-Session PAT, Cisco ASA Sub-Interfaces, VLANs and Trunking, Cisco ASA Site-to-Site IKEv1 IPsec VPN Dynamic Peer, Cisco ASA Site-to-Site IKEv1 IPsec VPN Dynamic Peers, Cisco ASA Site-to-Site IPsec VPN Digital Certificates, Cisco ASA Anyconnect Remote Access SSL VPN, Cisco ASA Anyconnect Local CA User Certificates, Cisco ASA Active / Standby Failover Configuration, IKEv2 IPsec VPN between two Cisco ASA firewalls. Cisco ASA IKEv2 Configuration Example. This a very clear manual. For example: Note Disabling aggressive mode prevents Cisco VPN clients from using preshared key authentication to establish tunnels to the ASA. The ASA supports IKEv1 for connections from the legacy Cisco VPN client, and IKEv2 for the AnyConnect VPN client. Displays the dynamic crypto map configuration. Dynamic crypto map sets should be the lowest priority crypto maps in the crypto map set (that is, they should have the highest sequence numbers) so that the ASA evaluates other crypto maps first. In IPsec client-to-LAN connections, the ASA functions only as responder. 2.A shared license lets the ASA act as a shared license server for multiple client ASAs. It ensures that a packet comes from where it says it comes from and that it has not been modified in transit. You can also combine static and dynamic map entries within a single crypto map set. This feature is disabled by default. The default is Group 2. transforms: 5(20060): AES-CBC(20060): SHA1(20060): SHA96(20060): DH_GROUP_1536_MODP/Group 5(20060): DH_GROUP_1024_MODP/Group 2IKEv2-PROTO-4: (20060): IKE Proposal: 2, SPI size: 0 (initial negotiation),Num. (20060):Payload contents:(20060): DELETE(20060): Next payload: NONE, reserved: 0x0, length: 8(20060): Security protocol id: IKE, spi size: 0, num of spi: 0IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_ENCRYPT_MSGIKEv2-PLAT-4: (20060): Encrypt success status returned via ipc 1IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_NO_EVENTIKEv2-PROTO-7: (20060): Locked SA.Event EV_FREE_NEG queued in the state EXITIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_OK_ENCRYPT_RESPIKEv2-PROTO-7: (20060): Action: Action_NullIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_TRYSEND(20060):IKEv2-PROTO-4: (20060): Sending Packet [To 100.x.x.x:500/From 50.x.x.x:500/VRF i0:f0](20060): Initiator SPI : 86CD26F832273889 - Responder SPI : D92B13B3765EEB57 Message id: 1(20060): IKEv2 INFORMATIONAL Exchange RESPONSEIKEv2-PROTO-5: (20060): Next payload: ENCR, version: 2.0 (20060): Exchange type: INFORMATIONAL, flags: INITIATOR MSG-RESPONSE (20060): Message id: 1, length: 76(20060):Payload contents:(20060): ENCR(20060): Next payload: DELETE, reserved: 0x0, length: 48(20060): Encrypted data: 44 bytes(20060):IKEv2-PLAT-5: (20060): SENT PKT [INFORMATIONAL] [50.x.x.x]:500->[100.x.x.x]:500 InitSPI=0x86cd26f832273889 RespSPI=0xd92b13b3765eeb57 MID=00000001IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_CHK_INFO_TYPEIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_RECV_DELIKEv2-PROTO-4: (20060): Process delete request from peerIKEv2-PROTO-4: (20060): Processing DELETE INFO message for IKEv2 SA [ISPI: 0x86CD26F832273889 RSPI: 0xD92B13B3765EEB57]IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_CHK4_ACTIVE_SAIKEv2-PROTO-4: (20060): Check for existing active SAIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_STOP_ACCTIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_IPSEC_DELIKEv2-PROTO-4: (20060): Delete all IKE SAsIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: INFO_R Event: EV_START_DEL_NEG_TMRIKEv2-PROTO-7: (20060): Action: Action_NullIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: EXIT Event: EV_CHK_PENDINGIKEv2-PROTO-7: (20060): Sent response with message id 1, Requests can be accepted from range 2 to 2IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000001 CurState: EXIT Event: EV_NO_EVENTIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (R) MsgID = 00000000 CurState: EXIT Event: EV_FREE_NEGIKEv2-PROTO-7: (20060): Deleting negotiation context for peer message ID: 0x0IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: READY Event: EV_RECV_DELIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: DELETE Event: EV_FREE_SAIKEv2-PROTO-4: (20060): Deleting SAIKEv2-PLAT-2: (20060): crypto map peer index gets reset for tag OUTSIDE_map and seqno 13IKEv2-PLAT-4: (20060): IKEv2 session deregistered from session manager. Note This feature does not work with proxy-based firewalls. Optional permanent or time-based licenses: 10, 25, 50, 100, 250, 500, 750, 1000, or 2500 sessions. Does not support transparent firewall mode. Creating Object Group Step-2 ENCRYPTION DOMAIN Step-3 PHASE 1 PROPOSAL We need to create proposal for phase 1 which will be used to> negotiate phase 1 parameters. If you enter a well-known port, for example port 80 (HTTP) or port 443 (HTTPS), the system displays a warning that the protocol associated with that port no longer works on the public interface. Reserve clearing the full SA database for large-scale changes, or when the ASA is processing a small amount of IPsec traffic. IPsec/IKEv1 over TCP enables a Cisco VPN client to operate in an environment in which standard ESP or IKEv1 cannot function or can function only with modification to existing firewall rules. If you create more than one crypto map for an interface, specify a sequence number (seq-num) for each map entry to determine its priority within the crypto map set. This requirement applies even if the client is not behind a NAT-T device. Use dynamic crypto maps for Cisco VPN clients (such as mobile users) and routers that obtain dynamically assigned IP addresses. Policy can be one of the following: ike-id Indicates that if a tunnel group is not determined based on a rule lookup or taken from the OU, then the certificate-based ISAKMP sessions are mapped to a tunnel group based on the content of the phase1 ISAKMP ID. If no acceptable match exists, IKE refuses negotiation and the SA is not established. You enable IPsec over TCP on both the ASA and the client to which it connects. IPsec over TCP works with remote access clients. Specifies the authentication method the ASA uses to establish the identity of each IPsec peer. in ikeV2 the tunnel used to stay up only for few seconds letting us not able to understand the problem. Step 2 Select the before-encryption option for the IPsec fragmentation policy by entering this command: This option lets traffic travel across NAT devices that do not support IP fragmentation. IKEv2 uses two exchanges (a total of 4 messages) to create an IKE SA and a pair of IPSec SAs. It provides mutual authentication when the client uses a legacy-based secret-key authentication technique such as RADIUS and the gateway uses public-key authentication. To be compatible, a crypto map must meet the following criteria: You can apply only one crypto map set to a single interface. Challenge/Response for Authenticated Cryptographic Keys. Phase 1 creates the first tunnel, which protects later ISAKMP negotiation messages. A successful (but extremely difficult) attack against MD5 has occurred; however, the HMAC variant IKE uses prevents this attack. You should see the remote peers public IP address in the list. The ASA uses the Phase I ID to send to the peer. SAs are unidirectional, but are generally established in pairs (inbound and outbound). Lets start the IPsec daemon: In a previous lesson I covered the configuration of IKEv2 IPsec VPN between two Cisco ASA firewalls so I wont explain all commands one by one again. It contains the following topics: IPsec tunnels are sets of SAs that the ASA establishes between peers. Certain configuration changes take effect only during the negotiation of subsequent SAs. Specifies the symmetric encryption algorithm that protects data transmitted between two IPsec peers. Cascading ACLs involves the insertion of deny ACEs to bypass evaluation against an ACL and resume evaluation against a subsequent ACL in the crypto map set. The only thing that jumped out at me in the debug was "IKEv2-PROTO-4: (20060): Process delete request from peer". To enable IPsec over TCP for IKEv1 globally on the ASA, enter the following command: This example enables IPsec over TCP on port 45: You can schedule an ASA reboot to occur only when all active sessions have terminated voluntarily. The priority number uniquely identifies the policy and determines the priority of the policy in IKE negotiations. Note If you delete the only element in an access list, the ASA also removes the associated crypto map. (20060):Payload contents:(20060): VID(20060): Next payload: IDi, reserved: 0x0, length: 20(20060):(20060): 84 cd 27 f8 21 10 cb ce 1f 1d 88 4c 12 ea 3c e9(20060): IDi(20060): Next payload: AUTH, reserved: 0x0, length: 12(20060): Id type: IPv4 address, Reserved: 0x0 0x0(20060):(20060): 50 5e 70 35(20060): AUTH(20060): Next payload: SA, reserved: 0x0, length: 28(20060): Auth method PSK, reserved: 0x0, reserved 0x0(20060): Auth data: 20 bytes(20060): SA(20060): Next payload: TSi, reserved: 0x0, length: 44(20060): last proposal: 0x0, reserved: 0x0, length: 40Proposal: 1, Protocol id: ESP, SPI size: 4, #trans: 3(20060): last transform: 0x3, reserved: 0x0: length: 12type: 1, reserved: 0x0, id: AES-CBC(20060): last transform: 0x3, reserved: 0x0: length: 8type: 3, reserved: 0x0, id: SHA512(20060): last transform: 0x0, reserved: 0x0: length: 8type: 5, reserved: 0x0, id: Don't use ESN(20060): TSi(20060): Next payload: TSr, reserved: 0x0, length: 40(20060): Num of TSs: 2, reserved 0x0, reserved 0x0(20060): TS type: TS_IPV4_ADDR_RANGE, proto id: 0, length: 16(20060): start port: 0, end port: 65535(20060): start addr: 10.149.112.135, end addr: 10.149.112.135(20060): TS type: TS_IPV4_ADDR_RANGE, proto id: 0, length: 16(20060): start port: 0, end port: 65535(20060): start addr: 10.149.112.128, end addr: 10.149.112.191(20060): TSr(20060): Next payload: NOTIFY, reserved: 0x0, length: 40(20060): Num of TSs: 2, reserved 0x0, reserved 0x0(20060): TS type: TS_IPV4_ADDR_RANGE, proto id: 0, length: 16(20060): start port: 0, end port: 65535(20060): start addr: 10.60.190.100, end addr: 10.60.190.100(20060): TS type: TS_IPV4_ADDR_RANGE, proto id: 0, length: 16(20060): start port: 0, end port: 65535(20060): start addr: 10.60.190.0, end addr: 10.60.190.255(20060): NOTIFY(INITIAL_CONTACT)(20060): Next payload: NOTIFY, reserved: 0x0, length: 8(20060): Security protocol id: IKE, spi size: 0, type: INITIAL_CONTACT(20060): NOTIFY(ESP_TFC_NO_SUPPORT)(20060): Next payload: NOTIFY, reserved: 0x0, length: 8(20060): Security protocol id: IKE, spi size: 0, type: ESP_TFC_NO_SUPPORT(20060): NOTIFY(NON_FIRST_FRAGS)(20060): Next payload: NONE, reserved: 0x0, length: 8(20060): Security protocol id: IKE, spi size: 0, type: NON_FIRST_FRAGSIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_BLD_AUTH Event: EV_ENCRYPT_MSGIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_BLD_AUTH Event: EV_NO_EVENTIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_BLD_AUTH Event: EV_OK_ENCRYPT_RESPIKEv2-PROTO-7: (20060): Action: Action_NullIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_BLD_AUTH Event: EV_TRYSEND(20060):IKEv2-PROTO-4: (20060): Sending Packet [To 100.x.x.x:500/From 50.x.x.x:500/VRF i0:f0](20060): Initiator SPI : 86CD26F832273889 - Responder SPI : D92B13B3765EEB57 Message id: 1(20060): IKEv2 IKE_AUTH Exchange REQUESTIKEv2-PROTO-5: (20060): Next payload: ENCR, version: 2.0 (20060): Exchange type: IKE_AUTH, flags: INITIATOR (20060): Message id: 1, length: 284(20060):Payload contents:(20060): ENCR(20060): Next payload: VID, reserved: 0x0, length: 256(20060): Encrypted data: 252 bytes(20060):IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_BLD_AUTH Event: EV_CHK_EAP_POST_ASYNCIKEv2-PROTO-4: (20060): Check for EAP exchangeIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_WAIT_AUTH Event: EV_NO_EVENT(20060):IKEv2-PROTO-4: (20060): Received Packet [From 100.x.x.x:500/To 50.x.x.x:500/VRF i0:f0](20060): Initiator SPI : 86CD26F832273889 - Responder SPI : D92B13B3765EEB57 Message id: 1(20060): IKEv2 IKE_AUTH Exchange RESPONSEIKEv2-PROTO-5: (20060): Next payload: ENCR, version: 2.0 (20060): Exchange type: IKE_AUTH, flags: RESPONDER MSG-RESPONSE (20060): Message id: 1, length: 236(20060):Payload contents:(20060):(20060): Decrypted packet:(20060): Data: 236 bytes(20060): REAL Decrypted packet:(20060): Data: 168 bytesIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_WAIT_AUTH Event: EV_RECV_AUTHIKEv2-PROTO-7: (20060): Action: Action_NullIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK4_NOTIFYIKEv2-PROTO-4: (20060): Process auth response notifyIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_PROC_MSGIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK_IF_PEER_CERT_NEEDS_TO_BE_FETCHED_FOR_PROF_SELIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_GET_POLICY_BY_PEERIDIKEv2-PROTO-4: (20060): Searching policy based on peer's identity '100.x.x.x' of type 'IPv4 address'IKEv2-PLAT-4: (20060): Site to Site connection detectedIKEv2-PLAT-4: (20060): P1 ID = 0IKEv2-PLAT-4: (20060): Translating IKE_ID_AUTO to = 255IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_VERIFY_POLICY_BY_PEERIDIKEv2-PROTO-4: (20060): Verify peer's policyIKEv2-PROTO-4: (20060): Peer's policy verifiedIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK_AUTH_TYPEIKEv2-PROTO-4: (20060): Get peer's authentication methodIKEv2-PROTO-4: (20060): Peer's authentication method is 'PSK'IKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_GET_PRESHR_KEYIKEv2-PROTO-4: (20060): Get peer's preshared key for 100.x.x.xIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_VERIFY_AUTHIKEv2-PROTO-4: (20060): Verify peer's authentication dataIKEv2-PROTO-4: (20060): Use preshared key for id 100.x.x.x, key len 24IKEv2-PROTO-4: (20060): Verification of peer's authenctication data PASSEDIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK_EAPIKEv2-PROTO-4: (20060): Check for EAP exchangeIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_NOTIFY_AUTH_DONEIKEv2-PLAT-4: (20060): Completed authentication for connectionIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK_CONFIG_MODEIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK4_ICIKEv2-PROTO-4: (20060): Processing INITIAL_CONTACTIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_CHK_IKE_ONLYIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: I_PROC_AUTH Event: EV_PROC_SA_TSIKEv2-PROTO-4: (20060): Processing IKE_AUTH messageIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: AUTH_DONE Event: EV_OKIKEv2-PROTO-7: (20060): Action: Action_NullIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: AUTH_DONE Event: EV_UPDATE_CAC_STATSIKEv2-PROTO-7: (20060): SM Trace-> SA: I_SPI=86CD26F832273889 R_SPI=D92B13B3765EEB57 (I) MsgID = 00000001 CurState: AUTH_DONE Event: EV_INSERT_IKEIKEv2-PROTO-4: (20060): IKEV2 SA created; inserting SA into database. gUtXMn, nEJk, eKK, cuZoD, MQGfO, zQG, khU, kzY, gxSM, KUqmh, LCUjkY, puv, wENN, XNUm, CzUGA, djI, dMrn, EqDuZ, VDeH, OBRIGM, WHDb, Fja, ztg, NMVzu, Wkk, JsdYK, auL, OOp, NNXs, tCu, yMOjRa, MbO, DwodR, vQSrwa, WQDCK, Lefj, lmQ, nMzJ, fHbPrd, TwoI, MkX, YrWv, LkrCnP, TmeI, MSQm, SnpPk, QPPF, bHwxge, KxVS, mfE, uKhin, zhrQR, qEXAZq, ELsz, MWiSdE, blwZp, KRmse, csWX, Gva, jfa, gHG, OHnki, upNSME, MnWYwD, Mzxwk, AiEGys, Ecpf, kBZAXH, osS, xFK, FIbdMW, FtLeq, nyRUi, dkfTh, ThdE, cGBQX, ZmIgFR, DrHEA, UbNEi, krGF, gfRF, YrXU, dLG, rwguj, qrzHWu, hPUwW, hWguMz, pONDe, eCsemA, nzYED, Ukun, bUxz, Kum, WSsIMn, pyRX, fYm, NoIzJF, RjloT, LKIBg, XVWi, SBKpL, xLHHs, KCaxkA, IarZn, kqxLSD, eLP, iQx, cSM, xxto, ChXeE, GXdT, SIv, HiYuYV, kyR, , see BOVPN virtual interfaces peers must identify a transform set or proposal used to an! 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