VP²N, a dual-purpose approach to building networks, aims to offer both exclusivity and confidentiality for greater security.
VPNs first emerged in the 1980s as telco-provided point-to-point circuits without encryption.
The shift towards private networks via leased telco circuits resulted in cost savings and improved communications for enterprises.
VPN networks should prioritize elements like authentication, perfect forward secrecy, recovery planning, firewall rules, and audit controls.
Layered encryption, traffic hiding, Internet access strategy, and network management are crucial for VPN security.
To enhance security, VP²N eliminates default routes in routers, adding robust exclusivity and a multi-factor authentication approach.
Full-mesh VP²Ns offer consistency in inter-site communications, making management and maintenance easier while supporting dual-stack configurations.
Resilience in VP²Ns can be enhanced by utilizing redundant routers, parallel inter-site connections, and alternative pathways like wireless or satellite networks.
VP²N is beneficial for various sectors like public safety, industrial control, financial networks, and scalable from small to large networks with many devices.
Implementing confidentiality and exclusivity in a coordinated manner is essential for successful VP²N deployment.