
VeilNet is built on three core components—Master, Guardian, and Conflux—that work together to create a post-quantum secure, self-healing overlay network.
Master is a globally distributed NATS super cluster that serves as the control-channel message broker. All Conflux nodes and Guardian services use this infrastructure to:
Important: No user traffic flows through Master. It exclusively carries encrypted control and coordination events, keeping the control plane separate from the data plane.
Guardian is a set of API microservices that provide VeilNet's management, authentication, and orchestration capabilities. Unlike traditional cache-based stateless APIs, Guardian uses VeilNet's no-caching memory sync protocol to keep instances synchronized, enabling them to operate as stateful API servers while maintaining horizontal scalability.
Guardian provides:
Conflux runs on user devices, servers, and containers to join them into a Realm. At its core, Conflux consists of:
On top of the service layer, Conflux includes:
These components create an intelligent, post-quantum overlay network where:
The control and data realms are tightly integrated yet cleanly separated, enabling VeilNet to remain secure, adaptive, and easy to operate at scale.
Introduction to VeilNet
VeilNet is a post-quantum, self-healing overlay network that creates a secure, ephemeral, and intelligent communication layer across devices, clouds, and distributed systems. Unlike traditional VPNs or mesh overlays, VeilNet forms on-demand multi-hop paths, authenticates every packet with user and device identity, and continuously optimises routes in real time — delivering a simple, zero-configuration experience with future-proof security for both individuals and AI-driven infrastructures.
Why Not WireGuard?
WireGuard is not a good solution for cloud-native and distributed systems.