CLORE IS LIVE.
0xa41be57e0c7adb731a5f2e42dd5dae77c2d22ea8
A decentralized GPU marketplace for affordable, on-demand compute.
The network starts today.
https://t.co/taKASyt95o
$CLORE isn’t positioned in the documentation as a passive yield asset.
It has several network roles:
Payments.
Provider collateral.
Fee burns.
Governance.
Reputation boosts.
The goal is to connect token demand to actual compute activity.
https://t.co/taKASyt95o
The meter doesn’t blindly keep running.
When Clore stops receiving heartbeat proofs, billing pauses and a recovery window begins.
If the machine recovers, the rental resumes.
If it doesn’t, the unused escrow balance is refunded and the provider can be penalized through slashing.
https://t.co/pIWlshtQ9b
Clore doesn’t rely only on what a provider says their machine can do.
The provider daemon benchmarks the hardware before listing it.
During a rental, signed heartbeat proofs help verify that the workload is actually running on the machine that was rented.
Hardware claims meet runtime verification.
https://t.co/pIWlshunYJ
Clore puts the renter’s payment into an escrow contract when a rental begins.
The provider only gets paid as the machine delivers the agreed compute.
If the machine fails to deliver, billing pauses and the unused balance can be refunded.
The payment flow is part of the trust model.
A gaming GPU can spend most of the day doing nothing.
Clore lets hardware owners list their machines, choose their hourly rates, set availability, and earn from capacity that would otherwise remain idle.
Idle hardware becomes useful infrastructure.
AI needs more GPUs than the traditional cloud market can comfortably provide.
At the same time, millions of GPUs sit underused in gaming rigs, workstations, and smaller data centers.
Clore is built around a simple idea: put that unused capacity to work.