IPset Network Segmentation Virtual Tunnel Interface (VTI) Encapsulating Security Payload (ESP) Network Address Translation (NAT) Source/Destination Check Subnet TLS Cipher Suite VPC 3DES Advanced Encryption Standard Autonomous System Border Gateway Protocol CIDR Clientpack Destination NAT Diffie-Helman Encryption Internet Key Exchange (IKE) IP Forwarding Maximum Transmission Unit (MTU) Network Sniffer OpenVPN Overlay Network Perfect Forward Secrecy (PFS) Security Association (SA) SHA SNMP Transmission Control Protocol (TCP) Transport Layer Security (TLS) User Datagram Protocol (UDP) VNS3 Peer VNS3 Routing Agent Wireguard Workforce Service Edge x509 Certificate Ipsec

Encryption

Simply put, encryption is a way of altering data such that unauthorized viewers of that data can not read it. Typically this involves an algorithm that takes as input the data and outputs scrambled data. This data is sufficiently random that it is infeasible to retreive the original data unless one has a particular secret key.

Network encryption is the process of encrypting data transmitted over a computer network. It is mainly implemented on the network layer (Layer 3) of the OSI model. It will employ 1 or more encryption algorithms, implemented by a protocol such as TLS, to encrypt and decrypt the data sent between network devices.