01 / physical work → reward
01WATTS
02JOULES / kWh
03HASHES
04WORKSHARES
05QUAI EARNED
06$ VALUE
A bounded physical experiment · proposed
One Bitaxe.
Thirty days.
A receipt.
Can a small, observable stream of energy be followed all the way from wall power to workshares, QUAI earned, and the market value attached to it?
The instrument
has two outputs.
Not a profitability promise. A measurement loop with a public boundary and a predeclared falsifier.
02 / network effect → sink
01HASHES
02EXTERNAL PoW SECURITY
03SOAP SUBSIDY PROBABILITY
04QUAI BUY / BURN
What gets recorded.
One device. One smart plug. One QUAI wallet. Thirty consecutive days, with gaps and failures retained rather than polished away.
A / POWER
Metered energy
Instantaneous watts, cumulative kWh, joules, runtime, and implied electricity cost at the declared tariff.
B / PROOF
Work submitted
Hashrate, accepted and rejected workshares, timestamps, pool or node endpoint, and miner uptime.
C / VALUE
Reward and price
QUAI rewards, wallet receipts, timestamped market price, energy cost per QUAI, and the exact calculation path.
The small laboratory.
Links are references, not endorsements. Prices and availability change. The page does not pretend otherwise.
hardware / miner
Bitaxe Gamma
An open-source SHA-256 ASIC platform. The retail listing currently describes the Gamma 602 at roughly 1.2 TH/s and 15–18 W stock; the experiment will measure the actual unit, not borrow that claim.
hardware / meter
Kasa KP115
A smart plug with energy monitoring. The manufacturer specifies real-time and historical consumption tracking; it becomes the independent wall-side measurement.
The ask / now optional
The experiment is funded.
The $250 equipment-and-power target has been met. You can still leave your name and email to receive the final report after the 30-day run. A contribution is optional and separate.
Two independent actions. Signup stores your name and email for the report. Contribution opens secure Stripe checkout only when you choose it; signup alone never asks for payment.
If more funding arrives. It may extend the work into a second phase: scaled compute, or tokenomic experiments that study how mining activity and liquidity seeding could be used to create and observe bounded QUAI market pools. Those are proposed experiments, not current products, investment offers, or promises of yield. Any pool design would publish its rules, custody boundary, risks, and receipts before funds move.