Olivia
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The Wright Fan
@WrightOne_Inc
Your cooling system is costing you hashrate.
We detect degradation weeks before failure.
Unlimited replacements. Refurbished in the USA.
Cedar Park, TX
Joined July 2024
88 Following
66 Followers
94 Posts
Pinned Tweet
The only fan you will ever need.
@ItchyJack_ Fair. The billing model only exists because the fans outperform. If they didn't, we'd have nothing to bill. Hardware costs the same as market rate today — so what's the objection, really?
How Wright Fan billing works:
Your baseline is locked after 30 days.
Improvement above baseline × active hours × market price = monthly value.
You keep 70%. Wright One takes 30%.
Nothing bills until your firmware confirms the improvement.
@Chillwithmeii YES! Signing up for the free dashboard enables you to see your facility directly. Don't take our word for it, see what your facility is doing and then compare it to our global baselines whether its Wright Fan or Stock Fans.
17 Wright Fan miners vs 278 stock fans. Same facility, same conditions. 26-day baseline.
WF: 72.5°C avg chip temp · 3.21 downtime events/miner/mo
Stock: 75.4°C · 9.64 events/miner/mo
Free dashboard shows your numbers.
@DeFiNattii Would love to talk to you about our material circularity and how we reuse 83% to 95% of our material with each lifecycle. We aren't just the Wright Fan for the performance, but also for the environment in this new age of Compute!
1,108 cooling units. 26 days of live telemetry. $503/month in downtime losses identified at one active facility.
Cooling hardware doesn't fail all at once — it drifts. RPM drops. Chip temp climbs. Performance follows.
Free dashboard. No hardware required.
@AUaussieF It's still ongoing with Texas Summer Weather. Did you have miners yourself? We can send you some fans today for you to run the test at your site.
Live A-B test. Same facility, same conditions.
17 Wright Fan units vs 278 on stock cooling:
↓ −2.9°C chip temp
↓ 3.0× fewer downtime events
↓ $503/mo in cooling losses identified
670K fan-hours of live telemetry.
@auTechArena Hey! We would love to show you, do you have hardware miners yourself?
670,538 fan-operating hours collected across 3 high-density compute facilities.
1-minute polling intervals. Chip temp, RPM, performance output, downtime — per fan, per unit.
One active facility's measured cooling losses: $503/month.
3. Hashrate Uptime
With Wright Fan, just switch off the fan and replace the components. Don't replace the system.
We offer peak performance 100% of the time, because you can see the degradation in our portal for all your fans. Stock and Wright Fans.
We are offering $6 fans with a 2-year revenue sharing contract. Meaning we don't perform compared to stock fan baseline, we don't get paid. We do more than measure:
1. Cooling degradation
2. Downtime measurement
3. Hashrate uptime (guaranteed 100% uptime)
2. Downtime Measurement
We don't just measure when a fan fails. We measure the response time to replace the fan, and then also how long it takes to replace that fan.
With stock fans, you only see a disruption in hashrate, see more below.
And now we are quantifying cooling degradation across ~5,000 fan systems. Stock and Wright Fan you can see your fans cooling performance for yourself today!
And now we are quantifying cooling degradation across ~5,000 fan systems. Stock and Wright Fan you can see your fans cooling performance for yourself today!
We’re now quantifying cooling degradation across ~2,000 fan systems.
Operators are losing:
$120–$700 per miner per year
before fans even fail.
No alerts.
No downtime.
Just slow performance loss.
This is what stock fans silently add to your bill.
We’re tracking it live now.
Overclocking isn’t what damages ASICs.
Unstable cooling is.
When fans degrade, your thermal headroom collapses —
you just don’t see it happening.
So operators either hold back…
or take on hidden risk.
That’s the gap we’re starting to measure.
@guzmanpintos @luxor Huge release — Luxor Commander is pushing the stack forward.
We’re already using Luxor APIs to go one layer deeper:
THERMAL STABILITY.
Most hashrate loss happens before failure ~5% to 15%.
That’s where we’re focused.
@RecklessNode - getting there on the degradation and performance optimization
We’re rolling out a new set of degradation metrics in our dashboard.
One of the first:
RPM instability
@RecklessNode I meant to tag you on a post earlier so I'll do it now
@compass_mining Cooling systems you say? Sounds like it's a win-win to me. Better fans, more hashrate, fully depreciated.
@compass_mining You need to be in it to win it — but efficiency decides who actually wins.
Most operators are losing hashrate before anything fails.
Cooling instability and degradation correlate directly with hashrate loss — if you’re measuring it.
Everyone’s focused on tax depreciation.
But performance is depreciating first.
Most machines lose hashrate weeks before write-off.
You’re depreciating in real time.
@Bitcoin_Teddy Efficiency is king. Also known as extra ca$h.
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