Windows Server VPN uses the following ports for communication:
TCP: 443 (SSL)
UDP: 1194 (SSL)
TCP: 53 (DNS)
UDP: 53 (DNS)
Some common security concerns with server VPNs include:
Privacy – VPNs can provide a secure connection between two remote servers, but can also allow information about the remote user to be collected and exposed.
– VPNs can provide a secure connection between two remote servers, but can also allow information about the remote user to be collected and exposed. Spoofing – If a malicious party can intercept and modify traffic between a server and client, they can inject false information into the conversation, potentially deceiving the client into believing that they are connecting to the desired server.
– If a malicious party can intercept and modify traffic between a server and client, they can inject false information into the conversation, potentially deceiving the client into believing that they are connecting to the desired server. Tampering – Malicious actors can also attempt to modify the data passing through a server VPN, potentially compromising the security of the data being transported.
– Malicious actors can also attempt to modify the data passing through a server VPN, potentially compromising the security of the data being transported. Denial of Service – By flooding a server with traffic, an attacker can cause it to crash, preventing legitimate users from accessing the service.
– By flooding a server with traffic, an attacker can cause it to crash, preventing legitimate users from accessing the service. Data Leaks – Server VPNs can also provide a means for attackers to steal data passing through the server.
– Server VPNs can also provide a means for attackers to steal data passing through the server. Authentication – Server VPNs can also provide a means for attackers to bypass authentication measures, potentially compromising the security of the server and its users.
– Server VPNs can also provide a means for attackers to bypass authentication measures, potentially compromising the security of the server and its users. Malware – Server VPNs can also provide a means for malicious actors to spread malicious software to the servers they are connecting to.
– Server VPNs can also provide a means for malicious actors to spread malicious software to the servers they are connecting to. Data Loss – Server VPNs can also provide a means for attackers to steal data passing through the server. DDoS – Server VPNs can also provide a means for attackers to launch a distributed denial of service attack against a Target.
– Server VPNs can also provide a means for attackers to launch a distributed denial of service attack against a Target. Spyware – Server VPNs can also provide a means for attackers to collect information about the users of the server.
– Server VPNs can also provide a means for attackers to collect information about the users of the server. Man-in-the-Middle – Server VPNs can also provide a means for an attacker to intercept and modify traffic between the server and client.
– Server VPNs can also provide a means for an attacker to intercept and modify traffic between the server and client. Denial of Service – Server VPNs can also provide a means for attackers to launch a distributed denial of service attack against a Target.
– Server VPNs can also provide a means for attackers to.
