The only thing that holds your money is code you can read

You never pay a network fee here, on any transaction, and you never have to hold a separate coin just to be allowed to move your own money. You approve what you want to do, and a validator sends it and pays the fee for you. That is what an EIP-2771 meta-transaction does: you sign the intent locally, and the validator relays it through the OmniForwarder contract.

Underneath, OmniCoin L1 is an Avalanche subnet: chain ID 88008, Snowman consensus, ~1–2s finality. We can afford to give the fee away because our revenue comes from marketplace and DEX fees instead.

Authentication is challenge–response against your wallet key, so passwords never leave the browser, the server never sees a seed, and registration is attestation-based.

Oracle

Price feeds take the middle value (the median) of reports from many independent validators, plus an on-chain time-averaged price check for OmniCoin pairs, so no single company can move the number the protocol sees. We run those feeds ourselves rather than buying them from a vendor.

Privacy on demand

One click converts OmniCoin 1-for-1 into its private form (pXOM) on COTI V2, a privacy-focused blockchain, over a bridge route that five of our validators must sign off on together. Going private and coming back are both free, as often as you like. Shielding costs nothing; we charge on the trades you make afterwards.

Six bridge protocols

One swap surface picks between ICTT (to Avalanche C-Chain), LayerZero, CCIP, Wormhole, CCTP V2 and Avalanche Bridge, choosing per route. The LP-incentive mesh runs live on Ethereum, Arbitrum, Base and Polygon alongside the L1.

Two-tier nodes

Gateway validators are vetted, staked and data-center-grade, and they run the chain, the price feeds and the global listings. Service nodes run on an ordinary laptop, and anyone can run one to host a local marketplace. Anyone who meets the requirements can become a validator, and we expect today's 5 servers to grow into many more.