Virtual Private Network

Add/Modify Tunnel

Tunnel ID

Enter the alphanumeric string that identifies the remote tunnel.

 

 

Tunnel Source

Select the WAN interface, which serves as the tunnel's source endpoint.

Interface

 

 

 

Termination Type

Select the termination type (Domain name or IP address), which a

 

remote endpoint can use.

 

 

Termination

Enter the remote gateway's IP address or domain name depending on the

IP/Name

termination type selected. When Domain Name is configured, ensure that

 

DNS Proxy is configured with the appropriate DNS Server IP address.

 

 

Shared Key

Enter the secret key that should be used on both endpoints in order to

 

establish Phase I negotiation. The purpose of this key is for the IPSec

 

peers to authenticate each other

 

 

Tunnel Type

Only Public IPSec VPN tunnels are supported.

 

 

Phase 1 Proposal

 

 

 

Mode

This will allow a user to select the Phase 1 negotiation mode. User can

 

select between Main and Aggressive modes. In the Main mode, all

 

communications between the two endpoints of an IPSec VPN tunnel are

 

encrypted. In Aggressive mode, there is no encryption in the Phase 1

 

negotiation.

 

 

DH Group

Select the DH algorithm to generate the shared keys in a secure manner.

 

This shared key is used for deriving encryption and hash algorithm keys

 

used during Phase 1 negotiation.

 

• Group 1 generates a 768-bit key

 

• Group 2 generates a 1024-bit key.

 

The same DH Group must be used on both ends of an IPSec VPN tunnel.

 

 

IKE Life Duration

Enter the life duration (in seconds) of Phase 1 key. When it is expired, the

 

two IPSec peers should trigger Phase 1 negotiation again to set up a fresh

 

IPSec tunnel. The minimum life duration is 300 seconds and maximum

 

life duration is 86400 seconds.

 

 

IKE Hash

Select the algorithm that will be used to ensure that the messages

 

exchanged between the two IPSec VPN tunnel endpoints has been

 

received exactly as it was sent. In other words, a Hash algorithm is used

 

to generate a binary number by a mathematical operation using the entire

 

message. The resulting number is called a message digest. The same

 

operation is performed when the message is received, and if there has

 

been any change in the message during transit, the resulting message

 

digest number will be different and the message will be rejected. The

 

options are:

 

• MD5 - a 128-bit message digest

 

• SHA - a 160-bit message digest.

 

User must have exactly the same IKE Hash algorithm on both ends of a

 

VPN tunnel.

 

 

IKE Encryption

Select the encryption algorithm (DES, 3DES) that will be used to encrypt

 

the messages passed between the VPN tunnel endpoints during the Phase

 

1 negotiation. The length of the key for the 3DES algorithm is three times

Dlink DRO-210i User Guide

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D-Link DRO-210i manual Virtual Private Network
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DRO-210i specifications

The D-Link DRO-210i is an innovative smart security camera designed to bring peace of mind to homeowners and businesses alike. With its sleek design and advanced features, the DRO-210i stands out as a reliable surveillance solution that caters to a range of security needs.

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