Alpha · Robinhood Chain testnet
Privacy at the network layer for tokenized finance. Erebus hides who you are, what you trade, and how you pay, so no observer can link any of it back to you.
Your real network address never touches the chain.
Every packet is onion-encrypted for three independent mix nodes. Each hop peels one layer, holds the packet for a random delay, and forwards something no observer can match to what arrived.
Cover the relay fee without revealing who is paying.
A zero-knowledge proof shows a valid note is being spent, not whose note it is. Fees settle out of a shielded pool, so nothing on-chain links the payment back to a funding address.
Trades, RPC calls, and balance reads all take the same path.
Nothing leaves the client unmixed. Services answer through single-use reply blocks, so a venue or provider can respond to you without ever learning where you are.
Each packet enters a delay queue at every hop and leaves after an independent exponential wait. Output order carries no information about input order, so an adversary watching every link still cannot pair what went in with what came out. Real traffic, loop probes, and drop cover are indistinguishable on the wire.
Primary application
A stock token is an ERC-20, so every buy, sell, and holding size sits in public state next to an address that also holds your payroll deposits. Erebus keeps the position in a shielded pool: the client builds a proof locally, the mixnet carries it, and an exit node lands it on Robinhood Chain. The venue settles the trade without learning who took it.
Clients build Sphinx packets locally and route them through the entry, relay, and exit layers. Nodes are discovered from an on-chain registry where operators stake and publish their keys. Layer assignment is deterministic, so every client derives the same topology with no coordination and no directory server to trust.
Network status — no public fleet is running yet, and why.
Discovery
On-chain registry
Sybil resistance
Operator stake + slashing
Path selection
Client-side, per request