UnSync Network enables identity-based routing, peer-to-peer publishing, and direct network access without relying on public DNS infrastructure or centralized hosting providers.
UnSync combines decentralized routing, cryptographic verification, and direct peer discovery into a unified networking layer designed for private publishing and resilient access.
Every network identity is backed by an ed25519 keypair, enabling human-readable handles with cryptographic ownership verification.
Establish direct network paths between clients and hosts without relying on traditional DNS resolution or centralized gateways.
Mesh addresses operate independently from the public internet namespace, reducing indexing, surveillance, and discovery exposure.
All address resolution data is signed and verified before routing, preventing unauthorized identity spoofing or registry tampering.
The UnSync network stack enables secure peer discovery and identity verification while minimizing reliance on centralized internet infrastructure.
Initiates access through the UnSync Browser client.
Queries the mesh registry for signed route information.
Validates ed25519 signatures before route establishment.
Creates direct network connectivity between nodes.
Serves content privately through mesh-native addressing.
Deploy websites, APIs, services, and applications directly onto the UnSync mesh using your own infrastructure, home server, VPS, or local node.
Integrate native mesh routing, handle resolution, and identity verification into custom applications and services.
Access mesh:// resources directly from the UnSync Browser without requiring third-party extensions or proxy layers.
Operate mesh-enabled infrastructure from personal hardware, colocated systems, or cloud environments.
Distribute services inside the UnSync network namespace without exposing endpoints to public indexing systems.
Download the UnSync Browser, claim your cryptographic handle, and access a peer-to-peer internet infrastructure designed for direct connectivity and private publishing.