Privacy at the network layer. Nox hides who you are, what you send, and how you pay so no observer can link any of it back to you.
Packets are onion-encrypted and routed through three independent mix nodes. Each strips a layer, delays randomly, and forwards something unrecognizable. No observer can link input to output.
A zero-knowledge circuit proves you can cover gas without revealing who you are or what you’re paying for. Relay fees flow through a shielded pool with no on-chain link to your identity.
Services reply using a pre-built return header without ever learning your address. Error correction raises delivery from 31% to 99% under real-world conditions.
Every packet enters a random delay queue at each hop. The output timing reveals nothing about the input. Real traffic, loop probes, and drop cover are indistinguishable on the wire.
Integrates with the Hisoka darkpool. Your client builds a ZK proof locally, Nox routes it through the mix network, and the exit node submits it to Ethereum. You never touch the chain directly.
Every RPC call exposes what you're looking at and where you're calling from. Nox routes queries through the mix network. The provider sees the exit node — never you.
Nox sits below the wallet — every interaction is mixed before it reaches a node or relay. SDK drop-in, no UX change. The wallet just stops leaking who is using it.
Clients build Sphinx packets locally and route through Entry, Relay, and Exit layers. Node discovery uses an on-chain registry where operators stake tokens and publish their public keys. Layer assignment is deterministic. All clients derive the same topology without coordination.
