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This feature-rich, easy-to-use cloud architecture enables customers to solve new business problems and reduce operating costs through a lean, light approach with an intuitive single pane of glass cloud management dashboard. For more info on how the Meraki MX uses UDP hole punching, please refer to our documentation on Automatic NAT Traversal.Ĭisco Meraki devices also utilize the well known IKE method for negotiating the essential information for IPSec connections. Cisco Meraki's entire portfolio is centrally managed from the cloud. A method known as UDP holepunching is then used to create these VPN tunnels. This allows Cisco Meraki devices to establish all information needed to create an IPSec tunnel through this mutually trusted source. All Meraki devices have a secured tunnel back to the Cisco Meraki cloud. The foremost method that Cisco Meraki devices use to establish shared secrets is through the Cisco Meraki cloud infrastructure. There are two distinct methods that Cisco Meraki devices use to establish these keys. These keys are used to match encryption and hashing methods. Each mode can be used with either protocol, but the above combination is used because it best suits a secured VPN connection. Each side of an IPSec communication needs to share secret values to secure traffic. IPSec can also be used in both transport mode and the AH protocol. To an entity viewing this traffic externally, the only clear-text data in the packets are the new IP header and the ESP header:
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Protocol: Encapsulated Security Payload (ESP)ĮSP is the wire-level protocol designed to secure communication by encrypting the encapsulated data and can allow for authentication.ĮSP being used in tunnel mode allows for encryption of the full packet. Wireless-capable MX or Z1 devices have the option to authenticate wireless users with a RADIUS server.