Built for load shedding
Every design decision assumes outage schedules, diesel backup, and grid instability. Not retrofitted from first-world assumptions.
We don't sell generators or solar panels. We make what you already own work together.
Most facilities already run an accidental microgrid: grid connection, diesel generator, and often solar and storage. The assets are there, but coordination is weak. Transitions are reactive, generators run longer than needed, and operators lack a single view of what is driving demand.
We add the missing coordination layer. Edge controllers deployed per zone use machine learning to disaggregate aggregate signals into generation, storage, cooling, backup power, and base load. They orchestrate transitions, battery strategy, and outage preparation in real time. The result is lower diesel usage, smoother transitions, and more reliable operations.

Your operators are sophisticated professionals managing difficult constraints. The challenge isn't expertise — it's the coordination requirements themselves.
This isn't about replacing people. It's about providing coordination at the speed and scale the facility requires.
Three integrated layers: edge intelligence that monitors your facility, real-time control that coordinates your power sources, and predictive scheduling that acts before load shedding hits.
One device, one meter point. Edge models separate aggregate signals into five asset categories: solar generation, battery storage, cooling, backup power, and base load. No sub-meter rollout required.
The system determines source priority, battery charge windows, and generator runtime based on live conditions. Minute-by-minute optimisation with smooth transitions between grid, diesel, solar, and storage.
We combine outage schedules with local demand forecasts. If load shedding is expected at 16:00, the system can pre-cool, pre-charge, and shift flexible loads in advance.

Start with orchestration. Expand as your needs grow.
Orchestrate your existing assets. Predict load shedding. Cut diesel spend.
NOW
Maintenance, fuel procurement, equipment financing. We manage it.
NEXT
We own and operate the equipment. You pay per kWh delivered.
FUTURE
Full energy company. Generation, distribution, management.
HORIZON
The competitive advantages that make Underscore the operating system for industrial microgrids.
Every design decision assumes outage schedules, diesel backup, and grid instability. Not retrofitted from first-world assumptions.
Edge computing that survives grid failures: local systems continue optimising when connectivity drops, then sync and learn when power returns. Load shedding doesn't stop coordination.
Each deployment improves the optimisation engine for everyone. Patterns from one site sharpen forecasting at another, and one region's learning accelerates performance across the network.
Real-time hybrid generation orchestration is difficult: multi-source coordination, local predictive models, and edge systems that remain effective offline. Executing all three reliably creates defensibility.
When you work with us, you get:
Outcome: reduced diesel costs, stronger margins, and more reliable operations through load shedding.
Cortex units deploy across your facility where visibility and control are needed. Each runs inference locally, executes control logic, and coordinates with peer units. One Cortex per zone.
See Cortex→