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Overview of MEP. Multiple Entry Point (MEP) is a feature that provides a High Availability and Load Sharing solution for VPN connections. A Security Gateway on which the VPN module is installed provides a single point of entry to the internal network.

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Multiple Entry Point (MEP) VPNs

In This Section:

Overview of MEP

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Multiple Entry Point (MEP) is a feature that provides a High Availability and Load Sharing solution for VPN connections. A Security Gateway on which the VPN module is installed provides a single point of entry to the internal network. It is the Security Gateway that makes the internal network 'available' to remote machines. If a Security Gateway should become unavailable, the internal network too, is no longer available. A MEP environment has two or more Security Gateways both protecting and enabling access to the same VPN domain, providing peer Security Gateways with uninterrupted access.

VPN High Availability Using MEP or Clustering

Both MEP and Clustering are ways of achieving High Availability and Load Sharing. However:

Unlike the members of a ClusterXL Security Gateway Cluster, there is no physical restriction on the location of MEP Security Gateways. MEP Security Gateways can be geographically separated machines. In a cluster, the clustered Security Gateways need to be in the same location, directly connected via a sync interface.
MEP Security Gateways can be managed by different Security Management Server; cluster members must be managed by the same Security Management Server.
In a MEP configuration there is no 'state synchronization' between the MEP Security Gateways. In a cluster, all of the Security Gateways hold the 'state' of all the connections to the internal network. If one of the Security Gateways fails, the connection passes seamlessly over (performs failover) to another Security Gateway, and the connection continues. In a MEP configuration, if a Security Gateway fails, the current connection is lost and one of the backup Security Gateways picks up the next connection.
In a MEP environment, the decision which Security Gateway to use is taken on the remote side; in a cluster, the decision is taken on the Security Gateway side.

Implementation

MEP is implemented via a proprietary Probing Protocol (PP) that sends special UDP RDP packets to port 259 to discover whether an IP is reachable. This protocol is proprietary to Check Point and does not conform to RDP as specified in RFC 908/1151.

Note - These UDP RDP packets are not encrypted, and only test the availability of a peer.

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The peer continuously probes or polls all MEP Security Gateways in order to discover which of the Security Gateways are 'up', and chooses a Security Gateway according to the configured selection mechanism. Since RDP packets are constantly being sent, the status of all Security Gateways is known and updated when changes occur. As a result, all Security Gateways that are 'up' are known.

There are two available methods to implement MEP:

Explicit MEP - Only Star communities with more than one central Security Gateway can enable explicit MEP, providing multiple entry points to the network behind the Security Gateways. When available, Explicit MEP is the recommended method.
Implicit MEP - Implicit MEP is supported in all scenarios where fully or partially overlapping encryption domains exist or where Primary-Backup Security Gateways are configured. When upgrading from a version prior to NGX (R60) where Implicit MEP was already configured, the settings previously configured will remain.

Explicit MEP

In a site to site Star VPN community, explicit MEP is configured via the community object. When MEP is enabled, the satellites consider the 'unified' VPN domain of all the Security Gateways as the VPN domain for each Security Gateway. This unified VPN domain is considered the VPN domain of each Security Gateway:

In the figure, a Star VPN community has two central Security Gateways, M1 and M2 (for which MEP has been enabled) and three satellite Security Gateways — S1, S2, and S3. When S2 opens a connection with host-1 (which is behind M1 and M2), the session will be initiated through either M1 or M2. Priority amongst the MEP Security Gateways is determined by the MEP entry point selection mechanism.

If M2 is the selected entry point and becomes unavailable, the connection to host-1 fails over to M1. Returning packets will be rerouted using RIM or IP Pool NAT. For more information about returning packets, see Routing Return Packets.

There are four methods used to choose which of the Security Gateways will be used as the entry point for any given connection:

Select the closest Security Gateway to source (First to respond)
Select the closest Security Gateway to destination (By VPN domain)
Random Selection (for Load distribution)
Manually set priority list (MEP rules)

If either 'By VPN domain' or 'Manually set priority list' is selected, then Advanced options provide additional granularity.

MEP Selection Methods

First to Respond, in which the first Security Gateway to reply to the peer Security Gateway is chosen. An organization would choose this option if, for example, the organization has two Security Gateways in a MEP configuration - one in London, the other in New York. It makes sense for peers located in England to try the London Security Gateway first and the NY Security Gateway second. Being geographically closer to the peers in England, the London Security Gateway will be the first to respond, and becomes the entry point to the internal network. See: First to Respond.
VPN Domain, is when the destination IP belongs to a particular VPN domain, the Security Gateway of that domain becomes the chosen entry point. This Security Gateway becomes the primary Security Gateway while other Security Gateways in the MEP configuration become its backup Security Gateways. See: By VPN Domain.
Random Selection, in which the remote peer randomly selects a Security Gateway with which to open a VPN connection. For each IP source/destination address pair, a new Security Gateway is randomly selected. An organization might have a number of machines with equal performance abilities. In this case, it makes sense to enable load distribution. The machines are used in a random and equal way. See: Random Selection.
Manually set priority list, Security Gateway priorities can be set manually for the entire community or for individual satellite Security Gateways. See: Manually Set Priority List.

First to Respond

When there is no primary Security Gateway, all Security Gateways share 'equal priority'. When all Security Gateways share equal priority:

Remote peers send RDP packets to all the Security Gateways in the MEP configuration.
The first Security Gateway to respond to the probing RDP packets