Before we get started, there are a few things you’ll need:
1. An Azure account with an active subscription
2. A virtual network (VNet) in Azure Resource Manager mode 3. Two subnets within the VNet – one for the gateway and one for the resources 4. A public IP address 5. A local network that contains at least one computer running Windows Server 2012 R2 6. The desire to securely connect your remote workers to your company network!
Once you have all of these items in place, you’re ready to begin setting up your site-to-site VPN connection on Azure. The first step is to create a gateway subnet and deploy a gateway appliance into it. To do this, follow these steps:
1. Log into the Azure portal and navigate to Your Subscriptions > Your Virtual Network > Gateway Subnets > Add Gateway Subnet 2. Create a new gateway subnet with /27 address space 3. Name it “GatewaySubnet” 4
1. Navigate to the VPN gateway in the Azure portal.
2. Under the Monitoring section, select Point-to-site Sessions.
3. You can view all current sessions in the windowpane.
4. Select “…” for the session you want to disconnect, then select Disconnect.
Before we start, there are a few things we need to check off our list:
– Make sure both devices (the one acting as server and the one acting as client) have valid public IP addresses and can reach each other over the internet. If not, you may need to configure NAT (Network Address Translation) on your router(s).
– Install StrongSwan on both devices. On Debian or Ubuntu, this is as simple as running `sudo apt install strongswan`. For Fedora or RHEL/CentOS, use `sudo dnf install strongswan`.
– Generate RSA key pairs on both devices. We’ll use these later to authenticate our connection.
With that out of the way, let’s begin!
## Configuring the Server ##
We’ll start by configuring our server. Edit `/etc/ipsec.conf` and add the following lines:
“` conn myvpn # unique name for this configuration
left=10.0.0.1 # local IP address – replace with your own! right=10.1.1%); # remote IP address – replace with your own!
leftid=@myvpnserver # local identity string for authentication leftrsasigkey=/etc/ipsec# path to local RSA key pairpolicies=psk+updown; :wq “`
Now open up `/etc/strongswan/*`, which contains all of StrongSwan’s configuration files related to authentication methods, secrets, certificates, etc., and create a new file called `secret_psk`. Enter in a pre-shared key (PSK) that will be used to authenticate our connection later: sudo nano /etc/strongswan/# Secrets used by ipsec auto –add connectionsval myvpn PSK “supersecretkey123″Now all that’s left is to fire upStrongSwan! You can do this by runningsystemctl start strongswanand then verifying it’s running correctly withsystemctl status strongswanIf everything looks good, then moveon to setting up your client device.# Configuring the ClientFor our client device, we again needto edit `/etc/ipsec.*`, but this time weneed only add one line at the very bottom:conn myvpnAnd that’s it! Just like that, you’vesuccessfully configured a site-to-siteIPsec VPN using StrongSwanList any steps needed to complete taskChecklist:- [ ] Read over guideso you understand whatyou’re doing(trust me it helps!)https://wikiHow Illegal To Download Torrents? website.- [x] Gather equipment.- [x] Check equipment compatibilityif necessary.- [x] Place equipment in desiredlocation.- [ ] Follow instructions carefullyto avoid messing anything up.”);
1. Creating an Extended ACL
The first step is to create an access-list and define the traffic you would like the router to pass through the VPN tunnel.
2. Creating an IPSec Transform
The next step is to create an IPSec Transform, which is used to specify the security policy for the VPN connection.
3. Creating a Crypto Map
The third step is to create a Crypto Map, which is used to map the IPSec Transform to the public interface.
4. Applying the Crypto Map to the Public Interface
The final step is to apply the Crypto Map to the public interface, which will allow traffic to be routed through the VPN tunnel.
1. On both devices, go to “Firewall” > “Site-to-Site VPN”.
2. Click on “Add Tunnel” and select “Remote Gateway”.
3. Enter a name for the tunnel and click “OK”.
4. Under “Remote Gateway”, enter the public IP address of the other Sophos XG firewall.
5. Select “Enable Dead Peer Detection” and set an appropriate value formax_rpd_timeout ( shootout vegas in seconds). – Leave all other settings at their defaults and click OK remote gateway ninja . – You should now see your newly created tunnel under “Tunnels” Overview welding classes nyc .”;
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Thank your for reading!