Distributed AI infrastructure

AI infrastructure that follows power.

Gridient deploys modular compute at energy sites and coordinates capacity through one cloud operating layer.

Map your energy profileExplore Gridient Nodes
GRIDIENT CONTROL / LIVE ROUTING
Onsite solar generation and Gridient Nodes connected to the external power grid Solar generation and Gridient Nodes are colocated inside the site boundary. The external grid receives power normally, while active curtailment redirects power to the onsite nodes. ONSITE / GENERATION + COMPUTE SOLAR SITE EDGE EMS POWER GRID GRIDIENT NODES !
01 / NORMAL EXPORTSolar generation is supplying the grid
8.4 MWSOLAR
7.8 MWGRID
0.6 MWNODES
ONSITE: SOLAR + NODES / EXTERNAL: GRIDEXPORTING
AdaptiveCompute follows curtailmentUse suitable curtailed power productively
97.5%Maximum PCS efficiencyIndustrial power conversion
2 modesFlexible connectionGrid-connected + off-grid
99.99%Platform availabilityOnline for rapid response

The operating reality

Generation and compute rarely arrive in the same place.

Renewable output changes with the resource. Grid access, market value and compute demand follow different schedules. Gridient connects those operating realities through modular infrastructure and bounded control.

01

Power changes

Generation, export limits, curtailment instructions and price intervals move over time.

02

Workloads differ

Eligible AI, rendering and high-density workloads carry distinct timing, availability and network requirements.

03

Control connects them

Gridient dispatches suitable demand inside site, equipment and workload constraints.

The Gridient system

Steel, software and operating logic.

Three coordinated layers turn distributed physical capacity into one manageable infrastructure network.

PHYSICAL / LOAD

Gridient Nodes

Modular compute, power and thermal systems deployed at generation or grid-connected sites.

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SITE / CONTROL

Gridient Control

Energy-aware dispatch and equipment coordination bounded by the site’s real operating envelope.

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CLOUD / FLEET

Gridient Cloud

Capacity visibility, workload eligibility and operating records across distributed projects.

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Operating sequence

Observe. Constrain. Dispatch. Record.

Gridient does not optimize around one signal. The system translates power availability, equipment state and workload priorities into a bounded demand target.

01 / OBSERVE

Read the site

Generation, export capacity, equipment status, market inputs and workload queues.

02 / CONSTRAIN

Apply limits

Ratings, ramp rates, operating reserves, availability and safety logic.

03 / DISPATCH

Set demand

Module-level workload targets coordinated across eligible compute capacity.

04 / RECORD

Measure events

Interval energy, workload state and control history for project reporting.

How we work

Buy infrastructure or build a project with us.

Gridient can supply modular systems and controls, or participate in project development where the generation profile, infrastructure and commercial model justify investment.

PRODUCT

Deploy Gridient systems

Purchase configured Gridient Nodes and Control for integration into an owned energy or compute project.

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PARTNERSHIP

Develop together

Assess co-investment or long-term project structures with generation partners using shared operating evidence.

Discuss a project

Field notes

Build from evidence, not assumptions.

Technical explainers and project perspectives on distributed compute, energy coordination and controllable demand.

Featured field note
Infrastructure18 Sep 2026

Why distributed compute belongs beside generation

A practical look at controllable computing demand when renewable output and export capacity do not align.

Read the field note

Start with your data

Map power availability to useful compute.

Map your energy profileReview the control model