Blog

November 11, 2026

Introducing Vertebrai, Compute That Puts Power to Work

  • Renewable producers often lose generation to curtailment, while data center developers may pay for power long before their facilities can use it.
  • Vertebrai is MARA's managed flexible load that can be rapidly deployed to put underused power to work and scale back when capacity is needed elsewhere.
  • At MARA’s Texas windfarm, we estimate that Vertebrai cut curtailment by more than half over six months, putting more wind generation to productive use and creating an additional source of revenue.

Power and demand rarely arrive at the same time. Nearly a decade of running power-intensive computing across energy markets has taught us that, and it’s why we built Vertebrai.

It uses flexible computing to capture power that would otherwise sit idle or sell at a loss. When that power is needed elsewhere, Vertebrai steps aside. Before offering it to anyone else, we deployed it at our own wind farm in Texas.

Proven at MARA's wind farm

The site sits in Hansford County, where turbines often produce the most power when the grid needs it least and prices regularly fall below zero. At a negative price, delivering power costs the generator money, so the usual choice is to curtail and give up the output.

Vertebrai gives the site a better option. Its software decides, moment to moment, where the power should go. When grid prices turn negative or fall too low, it sends power to the on-site computing equipment. When prices recover, it scales the load back and more power flows to the grid.

Illustrative chart of one day at a wind farm running Vertebrai. The top panel, grid price, moves through three zones: below $0, where computing pays more, and where the grid pays more. The bottom panel shows where the wind goes. When the price is below $0, selling would cost money, so without Vertebrai all of that wind would be curtailed; Vertebrai puts it to work. When computing pays more, Vertebrai uses as much as it can and any extra goes to the grid. In the evening the price rises into the zone where the grid pays more, Vertebrai steps back and all of the wind goes to the grid. Dashed lines mark each moment the price changes zones.The right use for power at the right timeILLUSTRATIVE, NOT SITE DATA. POWER BEYOND WHAT COMPUTING CAN USE IS SOLD AT POSITIVE PRICES AND CURTAILED AT NEGATIVE PRICES.$0GRID PRICEWIND OUTPUTGRIDPAYS MORECOMPUTINGPAYS MOREPRICEBELOW $0COMPUTINGCURTAILEDGRID12 AM6 AM12 PM6 PM12 AMHOVER TO EXPLORE THE DAY12:00 AMComputing pays moreIllustrative chart of one day at a wind farm running Vertebrai. The top panel, grid price, moves through three zones: below $0, where computing pays more, and where the grid pays more. The bottom panel shows where the wind goes. When the price is below $0, selling would cost money, so without Vertebrai all of that wind would be curtailed; Vertebrai puts it to work. When computing pays more, Vertebrai uses as much as it can and any extra goes to the grid. In the evening the price rises into the zone where the grid pays more, Vertebrai steps back and all of the wind goes to the grid. Dashed lines mark each moment the price changes zones.The right use for powerat the right timeILLUSTRATIVE, NOT SITE DATA. POWER BEYOND WHAT COMPUTING CAN USE ISSOLD AT POSITIVE PRICES AND CURTAILED AT NEGATIVE PRICES.$0GRID PRICEWIND OUTPUTGRIDPAYS MORECOMPUTINGPAYS MOREPRICEBELOW $0COMPUTINGCURTAILEDGRID12 AM6 AM12 PM6 PM12 AM

From April through September 2026, we estimate that Vertebrai helped our Texas wind farm cut curtailment by more than half. Without Vertebrai, an estimated 46% of potential wind generation would have been curtailed. By using on-site computing to absorb power that otherwise would have gone unused, Vertebrai reduced that figure to 22%, putting more of the farm’s generation to productive use and creating an additional source of revenue.

Bringing that flexibility to data centers

Data center developers face a similar mismatch. They often secure power long before their buildings and tenants can use it. Construction can take 18 to 24 months, data halls come online in phases, and tenants ramp up gradually.

Meanwhile, many utilities bill large customers for a minimum share of their contracted power whether they use it or not. Across the large-load tariffs Berkeley Lab and The Brattle Group reviewed this year, that minimum was typically 80%. Picture a developer with 100 megawatts under contract and a campus that won’t reach full load for two years. For much of that time, it’s paying for power it can’t use yet.

Illustrative drawing of a data center site under construction. Overhead lines bring utility power to a site transformer. Beside the transformer, four gold modular containers hold Vertebrai's flexible compute, with a small controller that automatically follows the owner's preset limits. The data center has one building finished and two outlined as still under construction. Callout 1: Buildings under construction can't use power yet. Callout 2: Vertebrai puts that power to work until it's needed.How Vertebrai fits on a data center siteILLUSTRATIVE SITE CONFIGURATION. NOT TO SCALE.UTILITY POWERSITE TRANSFORMERVERTEBRAIFlexible compute inmodular containersCONTROLLERAutomatically follows theowner's preset limitsDATA CENTER121Buildings under construction can't use power yet.2Vertebrai puts that power to work until it's needed.Illustrative drawing of a data center site under construction. Overhead lines bring utility power to a site transformer. Beside the transformer, four gold modular containers hold Vertebrai's flexible compute, with a small controller that automatically follows the owner's preset limits. The data center has one building finished and two outlined as still under construction. Callout 1: Buildings under construction can't use power yet. Callout 2: Vertebrai puts that power to work until it's needed.How Vertebrai fitson a data center siteILLUSTRATIVE SITE CONFIGURATION. NOT TO SCALE.UTILITY POWERSITE TRANSFORMERVERTEBRAIFlexible compute in modular containersCONTROLLERAutomatically follows the owner's preset limitsDATA CENTER121Buildings under construction can't use power yet.2Vertebrai puts that power to work until it's needed.

Vertebrai can fill that gap in the meantime. MARA deploys flexible computing equipment on site to use the capacity the permanent facility doesn’t need yet, which helps offset what the developer is paying for it. As each data hall comes online, Vertebrai steps back to make room. Once the facility is running at full load, the equipment can roll out or stay on as a flexible buffer that’s ready to stand down when the grid needs relief.

Good for the grid, easier on batteries

Power producers and data center developers both want to be good to the grid. Vertebrai helps both by adjusting how much power it uses. When there’s more power available than the grid needs, it can increase consumption. When demand rises, it can scale back, making that power available elsewhere.

That same flexibility can reduce the strain on a site’s batteries. By taking on some of the work of managing excess power, Vertebrai can reduce battery cycling, which extends battery life and lowers replacement costs. Depending on the site’s needs, it could also reduce the amount of battery storage required in the first place.

MARA runs it. You set the limits.

MARA brings the equipment from its own fleet, then installs, monitors, and maintains it, so customers have no hardware to buy and no team to hire. The site owner decides how much power Vertebrai can use, and when. Vertebrai follows those limits automatically, and the site’s own operations come first.

The equipment sits in modular containers beside the site’s transformer, apart from the main facility, and doesn’t need a new building, fiber, or water.

Power and demand won’t always arrive at the same time. Vertebrai was built to bridge the gap.

See how quickly Vertebrai could put your unused power to work at mara.com/vertebrai.

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