Verified · Secure · Scalable
Every machine on this grid has proved it is real — and has to keep proving it, every day, or it stops existing here. Rent that compute by the second, or put your own hardware to work.
The model
One half is welded to the machine and can never be sold. The other half is a licence anyone can buy. Together they turn a machine sitting in a rack into something the world can rent — and something you can own a piece of.
Minted only after independent attestors watch that exact card pass a timed proof-of-compute. Non-transferable, forever. It carries the hardware's reputation, its uptime record, and the stake behind its promises — and it dies if the machine stops answering.
A licence over a slice of what that machine earns. Buy it, sell it, hold it for yield, or redeem it for compute time on the card itself. The provider keeps the clear majority of every job — that is a cap in the contract, not a policy.
Verification
Enrolling means answering a challenge nobody could precompute: multiply two large matrices derived from a random seed, inside a deadline set by the model you say you have.
The check costs the network almost nothing — two passes over the result rather than redoing the work — but faking it costs exactly as much as doing it honestly. Claim a stronger device than you own and the clock catches you. Answer for twenty with one, and it catches that too.
Liveness
A machine signs a proof of life with a key that lives on the box itself — never the owner's wallet. Each proof commits to a recent block, so a month of them cannot be signed in advance and dripped out from a machine that is switched off.
For providers
The grid does not care whether your machine sits in a rack in Frankfurt or on a bench next to your desk — and it does not much care what it is. NVIDIA and AMD accelerators, Apple silicon, plain CPUs, and a browser tab over WebGPU are all attestable, each probed its own way and each priced for what it can actually do. What the grid cares about is that the hardware is real, that it answers, and that there is a bond behind the promise.
Economics
Three revenue lines, and only one of them needs the grid to be busy. Fees come from jobs; staking yield accrues on every mint deposit whether a card is rented or idle; licences are capacity bought forward. All three end at the same place.
Renters escrow stablecoins for GPU time. The protocol takes 2.5%.
Every minted soul locks MON. It is staked, and the yield belongs to the protocol.
Fees and float route to the treasury and buy $WRAITH on the open market.
Paid back out to providers proving uptime and renters spending — who supply and consume compute.
| Where value comes from | Denominated in | Depends on utilisation? |
|---|---|---|
| Protocol fee on settled jobs | USDC | Yes |
| Staking yield on mint deposits | MON | No |
| Compute licence sales | WRAITH | No |
| Secondary licence royalties | any | No |
Buybacks convert usage into token demand. They are a mechanism, not a promise about price.
The art
Drawn on chain, from the hardware's own fingerprint. Nothing is stored on a server and nothing was drawn by hand — the eyes, the mouth, the backdrop and whatever it is holding are all read out of the same identity the attestors signed. Eight per machine, ever.
The ring is a live 72-hour clock and the expression follows the machine: a card that stops answering shows it. Retiring costs a soul its utility, not its face — a relic keeps every trait it rolled and gains one only it can have.
The grid is open to providers now, and to renters the moment there is capacity worth renting.
