Installation is quick and painless making it easy to setup your own personal demo in a virtual environment. Our Install Guide will guide you through your hardware selection, the initial pfSense configuration, and installing the pfSense software to your hard drive. There are no hidden fees for features and functions, no arbitrary licensing fees, no artificial user limitations, just unparalleled ROI and TCO. Organizations around the world rely on pfSense software to provide dependable, full-featured firewall protection in the cloud. Netgate’s pfSense software is available in the Azure and AWS Marketplaces, as well as their GovClouds (US) – isolated regions designed to allow hosting of Controlled Unclassified Information (CUI) by US government agencies, educational institutions, and non-profit organizations. With hardware you have the option of purchasing a Security Gateway Appliance directly from Netgate ®, from one of the many Netgate Partners, or building your own solution using our hardware selection guide. This means you get to tailor the hardware you choose to meet your environment's specific needs. Unlike most common commercial firewalls offerings, the pfSense project is just the software portion of the firewall. Users familiar with commercial firewalls catch on to the web interface quickly, though there can be a learning curve for users not familiar with commercial-grade firewalls. There is no need for any UNIX knowledge, no need to use the command line for anything, and no need to ever manually edit any rule sets. PfSense software includes a web interface for the configuration of all included components. It has successfully replaced every big name commercial firewall you can imagine in numerous installations around the world, including Check Point, Cisco PIX, Cisco ASA, Juniper, Sonicwall, Netgear, Watchguard, Astaro, and more. pfSense software, with the help of the package system, is able to provide the same functionality or more of common commercial firewalls, without any of the artificial limitations. In our case we choose 192.168.10.1.The pfSense project is a free network firewall distribution, based on the FreeBSD operating system with a custom kernel and including third party free software packages for additional functionality. It could be the private IP address of the remote firewall. Automatically ping host : an IP address in the remote Phase 2 network to ping to keep the tunnel alive.The ESP protocol provides data confidentiality (encryption) and authentication. The AH protocol provides a mechanism for authentication only. Remote Network: in our case 192.168.10.0/24 then we will create another phase 2 with the other remote network ( 192.168.20.0/24).It is very useful if site A and site B share the same subnet. NAT/BINAT translation: if the actual Local Network must be hidden from the far side.Local Network : the local subnet reachable through this VPN.Mode: keep the default value “Tunnel IPv4”.Disabled: check this case to disable this phase 2.On the IPsec VPN tunnels page (where you should be right now), for our P1 entry we just created, we click successively on the “Show Phase 2 Entries (0)”, then on “+ Add P2”.
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