EV CHARGING · GRID INTELLIGENCE · AFRICAN GRIDS

Truth in every watt.

Amper builds charging hardware and grid-intelligence software engineered for African grids — brownout-tolerant, offline-first, and verified end to end. From the first kilowatt at a driver's door to the load profile a utility uses to plan the network.

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Working prototype live. First driver pilot launching H2 2026.

For drivers & households

Safe home charging on the socket you already own.

Charging your EV overnight on a standard 13-amp socket wasn't a use case that socket was designed for. Amper sits between the socket and your charging cable, monitoring in real time and cutting power automatically if things go wrong — so you can charge at home without wiring the house first.

  • Real-time safety monitoring and automatic cut-off
  • Cryptographically signed metering, so a differentiated EV tariff becomes possible on the prepaid meter you already have
  • Works with the portable charging cable your car came with
13 A socket amper adapter EV cable
Real-time monitoring · automatic cut-off · signed metering
For fleet operators

Your whole fleet, one dashboard.

Every vehicle, every session, every safety event — with store-and-forward telemetry that survives network outages and syncs the moment connectivity returns. Built for the operators actually running EV fleets in West and East Africa today.

  • Live session tracking, kWh billing, and unit economics per site
  • Commands and pricing policies pushed fleet-wide, idempotently
  • Local safety logic on every device — sessions and hardware protected even offline
  • OCPP-compliant, so third-party wallboxes and commercial chargers join the same picture
device signed at ingestion utility feed
Store-and-forward — offline events buffer on the device, then sync on reconnect
For utilities & regulators

Charging that respects the grid.

Amper's policy engine shapes charging load around grid conditions — and every event is signed, timestamped, and auditable end to end. The residential and fleet data feeds are the same platform, so the utility gets one consistent view of EV load across all charging types.

  • Grid-aware load management during peak and brownout windows
  • Cryptographic signing at ingestion, verifiable at replay
  • Reporting formats built for African regulator and distribution-utility requirements
grid capacity managed load peak window
Grid-aware load management — signed, timestamped, auditable at replay
How it works

From plug to grid intelligence.

Three layers, one current.

1 · Charge

Brownout-tolerant hardware with local safety logic. Sessions keep running and hardware stays protected even with no cloud in sight.

2 · Connect

Adaptive telemetry over MQTT with GSM fallback, validated and signed on ingestion. Offline events store on the device and forward on reconnect. Nothing is ever lost.

3 · Optimize

The policy engine shapes load around grid conditions and tariffs. The dashboard turns current into decisions.

Put current to work.

Working prototype live. First driver pilot launching H2 2026. Fleet and utility conversations forming across Africa.

Talk to us