Idle, locked, and underwater hashrate becomes new revenue.
Point your clients' miners at Equalizer's stratum. From one integration, back up downtime, capture the spread on underwater contracts, free up physical slots, and sell hashrate term products. Each is a toggle in a dashboard, not a new install.
Operational middleware with a financial layer on top.
Hosting providers point their clients' miners at Equalizer's stratum. From there it aggregates the incoming hashrate and routes it to client-designated pools, with tuning, allocation, and billing handled in the middle. Sitting on top of that operational layer is a financial layer: a hashrate marketplace, mining-exposure products, and a published hashprice index. Equalizer both runs its own pool and buys supply from external marketplaces. The pitch leads with the operations; the money is in the layer above.
The first fix: downtime clients never see.
Machines fail, clients notice, and repairs drag. Every operator knows the cost. Because pooled hashrate is fungible across the fleet, a machine dropping for repair doesn't have to reach that client. Equalizer backfills from the pool and still delivers the committed uptime. Sold as a premium recurring line.
It is the lowest-risk thing an operator can try: no contract restructuring, no turning off client hardware, no financial exposure. And it demonstrates the one property everything else depends on, that hashrate is fungible across the fleet.
Pull a machine on the floor and the client's hashrate stays flat as the pool backfills the gap in real time. Fungibility, shown rather than asserted.
Four revenue engines on one integration.
All four ride the same stratum connection. The wedge gets an operator in, and from there each engine is a configuration setting rather than a separate project.
A client is locked into a 6¢ contract but their hardware only earns ~5.6¢ of BTC, leaving them underwater and stuck. Equalizer delivers 5.6¢-worth of sourced hashrate (the client is made whole), keeps collecting the contracted 6¢, and keeps the spread because hash is sourced at a stable, lower effective cost. The larger effect: the freed physical slot and its power resell as a new hosting contract and a new miner sale. The same megawatt earns twice.
Pooled hashrate is fungible across the fleet, so one machine going down for repair never hits that individual client. Equalizer backfills from the pool and still delivers the committed uptime (e.g. 95%). Sold as a premium recurring line. It is an uptime SLA backed by real hashrate, not an insurance product.
Aggregated hashrate is packaged into mining-exposure products: a client gets the return profile of running a miner with none of the operations. The same splits that make these work double as the backfill behind engines 01 and 02. One pool, several products.
A term structure for hashrate: fully flexible / spot at the live rate, fixed-to-next-difficulty, and a premium fixed contract up to 90 days. Longer locks carry the widest margins because Equalizer absorbs the price risk over the term. This product already runs live inside IonGrid today.
See the live term structure →Landing on one fix, then expanding to the whole layer.
The wedge's only job is to justify the connection. Once an operator is connected for one reason, everything else is already plugged in.
- 1HookThe downtime demonstration
On the booth floor, take a miner offline live, and the client's hashrate output never dips. It proves the one property everything else depends on: hashrate is fungible across the fleet.
- 2LandA no-risk pilot
Run backfill on a slice of the fleet. No contract restructuring, no turning off client hardware, no financial exposure. The lowest-risk thing an operator can try.
- 3RevealAlready plugged in
Every engine rides the same single integration: the operator pointing their stratum at Equalizer. Trying the wedge silently installs the rails for everything else.
- 4ExpandWhere margin concentrates
Once fungibility is trusted, the 6-vs-5.6 spread and slot multiplication become the obvious next step, the same megawatt earning twice. This is where the P&L moves most.
- 5DeepenHigher-margin layers
Term products and mining-exposure contracts layer on as the widest-margin lines, each a toggle in a dashboard, not a second integration.
A short position on something that gets steadily cheaper.
Obligations to clients are effectively BTC-denominated, so the BTC price largely drops out of the real exposure. In BTC terms, hashprice only rises if network difficulty falls or transaction fees spike. Difficulty structurally grinds up over time as more machines come online, so Equalizer is short something that gets steadily cheaper in the unit that matters.
The tail risk, owned plainly: difficulty can fall hard, and it correlates with BTC crashes and grid events. But the drops are mean-reverting within about one epoch (~2 weeks) as hashrate returns. The worst single drop ever was ~27.9% (July 2021, China ban).
2026 has already stress-tested the thesis. Here are the difficulty drops that ran straight through the book. The centerpiece is the P&L through them.
Figures from public reporting; an 11.16% difficulty drop raises expected BTC per unit of hashrate by ~12.6% in a single step. That is exactly the squeeze on a hashrate short, and exactly what the buffer and the 90-day cap are sized for.
Questions operators ask first.
What does an operator actually have to integrate?+
One thing: point your clients' miners at Equalizer's stratum. Every engine, whether backfill, spread capture, term products, or exposure contracts, rides that same single integration. Expanding from one to all of them is a dashboard toggle, not a second integration.
Do we have to turn off client hardware or rewrite contracts?+
No. The wedge is downtime backfill, which changes nothing about client hardware or existing contracts. Spread capture and slot multiplication come later, only once you've seen fungibility work and choose to expand.
Is the uptime guarantee insurance?+
No. It is an uptime SLA delivered by backfilling from fungible fleet hashrate when a machine drops: real hashrate, not a financial indemnity. We deliver the committed uptime; we do not sell a policy.
What happens if network difficulty falls hard?+
Obligations are effectively BTC-denominated, so a falling difficulty raises the BTC earned per unit of hashrate. That is the squeeze on a hashrate short. Difficulty drops are real but mean-reverting within roughly one epoch (~2 weeks) as hashrate returns. The book is sized with a 50 BTC buffer, continuing USD hosting revenue, and a 90-day cap so it rides a single bad epoch.
Who holds client rewards?+
Delivery is measured at the pool the client nominates and rewards are paid by that pool. Equalizer routes and tunes the hashrate in the middle, but never custodies client coins.
How is supply sourced?+
Equalizer both runs its own pool and buys supply from external hashrate marketplaces, routing to whichever is most efficient and reliable. That blend is what keeps the sourced cost stable and below the obligations the spread is captured against.
Pick one site, point its stratum at Equalizer, and watch committed uptime hold through a real machine failure. No contract changes, no client hardware touched, no financial exposure. Once it's trusted, the spread and the term products are already plugged in.
Equalizer is operational middleware and a hashrate-monetization layer for hosting operators. The uptime guarantee is a service-level commitment delivered with real hashrate, not an insurance product. Mining-exposure products give the return profile of running a miner and are not offered as investment advice or a guaranteed return; mining economics vary with network difficulty, transaction fees, and the Bitcoin price. IonGrid, Office 2712 Concord Tower, Dubai, UAE.