Identity-based access
Every network identity is backed by an ed25519 keypair — human-readable handles with cryptographic ownership.
Identity-based routing, peer-to-peer publishing, and direct network access — without public DNS or a centralized hosting provider standing in between.
UnSync combines decentralized routing, cryptographic verification, and direct peer discovery into a unified layer for private publishing and resilient access.
Every network identity is backed by an ed25519 keypair — human-readable handles with cryptographic ownership.
Connections form directly between clients and hosts, without traditional DNS resolution or centralized gateways.
Mesh addresses live outside the public internet namespace, reducing indexing and discovery exposure.
Every resolution is signed and verified before routing, preventing identity spoofing or registry tampering.
The UnSync stack enables secure peer discovery and identity verification, minimizing reliance on centralized internet infrastructure at every hop.
Initiates access through the UnSync Browser client.
Queries the mesh registry for signed route information.
Validates the ed25519 signature before a route is established.
Creates direct network connectivity between nodes.
Serves content privately through mesh-native addressing.
Deploy sites, APIs, and services onto the mesh using your own infrastructure — a home server, a VPS, or a machine on your desk.
Integrate native routing, handle resolution, and identity verification into your own applications.
Resolve mesh:// resources directly from UnSync Browser — no extensions, no proxy layer.
Run mesh-enabled infrastructure from personal hardware, a colocated box, or the cloud.
Serve inside the UnSync namespace without exposing endpoints to public indexing.
Resolves mesh:// addresses natively and browses the public web — one address bar, both networks.
Download UnSync Browser, claim your cryptographic handle, and access a peer-to-peer internet built for direct connectivity and private publishing.