Compute becomes useful
when results can be trusted.

Mining-pass tiers are based on the $LOOM value recorded when a 24-hour pass is issued: $30 for 1x, $300 for 1.25x, and $3,000 for 1.5x. The required threshold is checked again at lease start and completion. Tokens are not locked or staked, and a higher balance applies only after requesting a new pass.

A buyer pays for bounded GPU work such as an inference response or a set of rendered frames. After the Solana payment is finalized, Loom can place the work in the queue and assign fragments to compatible mining sessions. Only verified output completes the job and enters reward accounting.

It is not proof-of-work mining like Bitcoin. A production session runs useful GPU workloads for at least 15 minutes under a signed lease. Rewards come from funded treasury inventory rather than newly minted tokens.

NVDAx is the only planned runner reward. Every eligible verifier-accepted run maps to NVDAx regardless of the GPU vendor reported by the browser.

The treasury can be funded by paid jobs, disclosed protocol funding, and transparent treasury acquisitions. An epoch can promise only assets already held in the corresponding token vault.

Stonk is the intended launch and trading venue for $LOOM. The verified token page will be linked directly after the mint is configured. Launching the token does not activate runner rewards by itself; paid jobs, verifier acceptance, and funded xStock vaults remain required.

The disclosed protocol treasury allocation is approximately 100,000,000 $LOOM. Its purpose is to support covered runner rewards, network incentives, and protocol continuity while buyer-funded compute demand develops. It does not guarantee yield or a reward rate. Until multisig custody and a public movement policy are active, holders should treat the allocation as controlled—not locked—supply.

The runner uses browser WebGPU or a limited WebGL2 fallback and installs nothing. It can sustain high GPU load, increase power use, and spin up fans, so every run requires explicit consent and can be stopped at any time.

Not always. Browsers intentionally restrict hardware identity. Loom displays only the vendor, architecture, or model information the browser exposes and treats uncertain identities as unknown until server verification.

Production runs require a signed mining pass and a wallet-bound, one-use lease. The server issues an unpredictable challenge every minute, enforces its arrival window, requires advancing workload telemetry, and calculates the reward from server-observed duration. Missing, early, late, duplicated, or replayed checkpoints are rejected. This verifies continuous protocol participation; ordinary browsers still cannot provide cryptographic GPU attestation.

$LOOM gates production mining passes and their tier multiplier. The one-minute public trial remains available without a pass and publishes with a no-reward label, but it never enters a reward epoch.

No. Loom is an early-stage compute protocol. Token and xStock prices can move, treasury inventory can change, and no reward amount is guaranteed.