A Private Realm is your own dedicated VeilNet overlay — isolated, encrypted, and fully controlled by you or your organisation.
Unlike the shared Community Realm, a Private Realm gives you your own post-quantum secure network, accessible only by the devices and Conflux nodes you authorise.
Private Realms are ideal for:
Because Private Realms run on top of VeilNet's decentralized backbone, you gain the security and scalability of a global overlay — without relying on any central coordinator or mesh architecture.
Private Realms are VeilNet's answer to enterprise VPNs like Tailscale, NetBird, and ZeroTier — but with a fundamentally different architecture.
Below are the key differences.
No Mesh. No ACL Spaghetti.Tailscale and NetBird require a full mesh topology.
This means:
VeilNet Private Realm is non-mesh and multi-hop by design.
Each device only forms ephemeral links to the next node on the chosen path — never to the whole network.
Benefits:
Private Realm = zero-config, zero-mesh, linearly scalable network.
Post-Quantum Identity & AuthenticationTailscale and NetBird use WireGuard, which relies on:
VeilNet Private Realm uses:
Result:
Your network becomes unobservable, undetectable, and quantum-safe.
Full Layer-3 Access Without Sub-RoutersTailscale & NetBird require:
VeilNet Private Realm has native L3 support, meaning:
Private Realm behaves like a software-defined backbone, not a traditional VPN.
Multi-Hop, Multi-Path by DefaultTailscale and NetBird create single-hop tunnels between peers.
If that link breaks, performance drops or the connection fails.
VeilNet creates:
The result is:
VeilNet behaves more like an AI-powered SDN, not a VPN.
Zero Exposure. Zero Attack Surface.Tailscale and NetBird expose:
VeilNet Private Realm exposes nothing:
Your private overlay is effectively unblockable and untraceable.
Private Realms are built for users and organisations who need:
With a Private Realm, your team gains a dedicated, unobservable, self-healing, post-quantum secure network capable of connecting everything — from laptops to Kubernetes clusters to industrial sensors.