The Operating Layer for Ordinary Demand
IOC turns unmanaged demand below the meter into visible, ranked, bounded, locally enforceable, restorable, and verifiable infrastructure.
Buildings are already connected to the grid through wires. Infrastructure Orchestration Core connects ordinary demand through logic — so circuits, lighting, pumps, irrigation, water heaters, plug loads, chargers, and portfolios can operate as part of a coherent system.
Demand Is Still Blind Below the Meter
The grid can see how much a building uses. It usually cannot see what the demand is made of.
Behind one meter are lighting circuits, pumps, heaters, chargers, irrigation zones, laundry rooms, routers, equipment, and loads that often have no operating identity, no priority, no safe envelope, no recovery rule, and no proof.
IOC creates that missing layer.
From Blind Load to Governed Node
IOC gives ordinary demand the operating grammar it has been missing.
Identify
Name the circuit, load, plug, valve, pump, zone, or asset.
Rank
Define what matters most and what can safely yield.
Bound
Set safe operating envelopes so flexibility does not become reckless.
Enforce
Act locally at the physical boundary, even when the cloud is unavailable.
Restore
Bring loads back in the right order, without rebound or manual guessing.
Verify
Measure and prove what happened.
Choose Your Lens
Property managers, building owners, utilities, cities, installers, and facilities all see IOC differently. The layer is the same. The value changes by audience.
Property Managers
Control lighting, irrigation, pumps, plug loads, water heaters, and routine equipment across buildings and portfolios.
View property manager solution →Building Owners
Reduce avoidable waste, gain visibility, and turn building infrastructure into governed operating assets.
View building owner solution →Utilities & Grid Operators
Gain a local, verifiable demand instrument below the meter — without assuming every load is flexible.
View utility solution →Cities & Public Infrastructure
Coordinate lighting, water, pumps, public facilities, and lower-priority demand before stress becomes crisis.
View city solution →Partners & Installers
Deploy modular IOC nodes across circuits, panels, plug loads, pumps, buildings, and portfolios.
View partner solution →Businesses & Facilities
Gain reset, recovery, scheduling, anomaly detection, and operating control across routine equipment.
Request a demo →IOC Sits Beneath Existing Demand Technologies
IOC does not replace useful energy technologies. It gives ordinary demand a physical operating layer those systems can work with.
- VPPs aggregate resources.
- DERMS coordinates distributed energy resources.
- OpenADR sends event signals.
- BMS manages selected building systems.
- Smart panels modernize the panel.
- Batteries store energy.
IOC creates governed demand nodes below the meter.
It gives ordinary loads identity, priority, safe envelopes, local enforcement, restoration, and proof — so higher-level systems have better demand to work with.
Field-Proven Starting Point
IOC began in real buildings, with real panels, real circuits, real utility bills, and routine infrastructure that was wasting energy because it could not be governed.
The first wedge was lighting because it is visible, measurable, repetitive, and retrofit-friendly. The larger architecture extends to pumps, irrigation, water heaters, plug loads, chargers, and ordinary demand across portfolios.
Real Buildings
IOC starts with existing infrastructure, not idealized new construction.
Real Circuits
Ordinary loads become governed at the physical boundary.
Measured Savings
Routine loads can be staged, monitored, reduced, and verified.
Modular Expansion
One circuit can prove the next. One building can prove the portfolio.
Ready to Make Ordinary Demand Governable?
Start with one building, one circuit, one portfolio, or one infrastructure category. IOC turns unmanaged demand into a practical operating surface.