Prepare before disruption
Surface elevated outage risk early enough for staff to check fuel, batteries, critical loads, and operating plans.
Civic PowerOperator product · POC
Keep operating when grid power does not cooperate.
Civic Power is being built for Nigerian businesses and local institutions that lose money, stock, service time, or safety margin when electricity becomes unpredictable.
Primary operating question
What is likely to happen with power at this location today, what will it cost me, and what should my team do?
Supply availability and recent reliability
Outage risk and action alerts
Generator hours, fuel exposure, and continuity cost
Location identity
Start with your Nigerian Digital Postcode.
We use the official NIPOST postcode as the canonical location key for future power reliability, outage reporting, and business continuity data.
What happens next
1. Verify the official postcode.
2. Attach Civic-owned power observations to that location.
3. Build reliability history before making forecast claims.
Reduce backup-power waste
Track generator dependency and estimate the operating cost tied to unreliable grid supply at each location.
Build a reliability history
Turn observed supply and outage events into availability trends, recurring risk windows, and location comparisons.
Who this is for
Smaller operators where electricity failure creates a measurable consequence.
The product is intentionally aimed below the level of ministries and utilities. The first useful unit is a real operating location with staff, customers, stock, equipment, or services to protect.
Retail & pharmacies
Clinics & health facilities
Hotels & restaurants
Schools & training centres
Workshops & small factories
Estates & local facilities
What public data is for
Utility notices, government records, and Data Civic datasets can strengthen the evidence base. They are inputs to the product, not the person we are designing the workflow for.
Current product boundary
The interactive dashboard still uses synthetic events and deterministic forecasts. It demonstrates the workflow and data contract, not live electricity conditions, feeder performance, or verified savings.
The smallest production-capable system
One location. One reliability history. One useful decision.
Before national prediction, prove the loop at a small number of real locations: identify the site, collect observations, measure outage duration, estimate backup cost, and tell the operator something useful enough to change an action.