Industrial IoT in Nigeria — one platform from sensor to dashboard, built for generator country.
addaNet connects the equipment your Nigerian plant already owns — PLCs, energy meters, generator controllers, temperature probes — into live dashboards, WhatsApp and email alerts, and audit-ready reports. Built by addanode's own engineers, hardware and software, for factories where the grid fails and the generator carries the load.
Why Nigerian factories adopt an IIoT platform.
Most Nigerian plants already generate the data they need — inside PLC registers, on meter displays, on the generator controller in the power house. What's missing is one place where production and power become visible together. Typical first wins:
- An Agbara FMCG plant unifies line counts, utility meters and generator data on one screen — and can finally see which stops were the line's fault and which were the power's.
- A Lagos plastics factory tracks energy per kg of product on gas days versus diesel days — the number that decides whether a moulding order made money.
- A Sagamu processor keeps a complete record through a grid failure and two changeovers, because the gateway logs locally and back-fills the platform when the link returns — no gaps, no guesswork.
- A plant manager on a congested estate cell checks every line from a phone, because dashboards are built for low bandwidth — kilobytes, not video streams.
Engineered for Nigerian site conditions.
- Grid failures and changeovers are routine. Nigerian factories effectively self-generate for much of the day, and national grid failures have been reported repeatedly in recent years. addanode gateways are battery-buffered and log to local storage through every outage and generator transfer — the record stays complete even when the whole site goes dark.
- Estate connectivity needs a fallback. Urban 4G in Lagos, Ibadan, Port Harcourt and Kano is generally workable, but industrial estates can sit on congested cells. We deploy dual-SIM failover, use the estate's fixed links where they exist, and private LoRaWAN inside the fence where cabling is impractical.
- Low-bandwidth by design. Dashboards and alerts work over a modest mobile connection on a phone at the line — not just fibre in a head office on Victoria Island. Store-and-forward is standard on every device.
- Support without waiting for a flight. Remote diagnostics and over-the-air updates handle routine maintenance; local partners or your own electricians handle the physical side under our remote guidance, with engineer support on WhatsApp during West Africa Time working hours.
What an addaNet deployment in Nigeria looks like.
1 · Sense
Read existing PLCs, energy meters and generator controllers (Modbus, OPC-UA, MQTT — 500+ protocols). Add addanode sensors only where a measurement is missing: current, temperature, level, vibration, pressure.
2 · Connect & buffer
An edge gateway on site buffers every reading locally and forwards over 4G with dual-SIM failover, Ethernet or LoRaWAN — store-and-forward, so grid failures never punch holes in the data.
3 · addaNet platform
Secure ingest, storage and analytics in the cloud — or on-premise at the edge if your data must stay inside the plant. Your data, your rules.
4 · See & act
Live dashboards, WhatsApp/email threshold alerts, scheduled reports, and integration into your ERP or maintenance system. Alerts reach the people on shift, in WAT.
Typical first deployment: 2–6 weeks from remote assessment to live dashboard, with hardware pre-configured in Johannesburg and installed by local partners or your own electricians under our remote guidance.
Nigerian sites, power first, and the network that reaches them
| Site | Power reality | Network per site | First signal |
|---|---|---|---|
| FMCG or plastics plant — Lagos, Ogun, Kano | Grid a few hours a day; gensets carry the shift | 4G in the industrial clusters; wired on the floor | Mains presence + genset load + counts |
| Cement plant | Self-generation at plant scale | Fibre or 4G backhaul; LoRaWAN across the yard | Rate vs design + energy per tonne |
| Brewery or bottling line | Outage restarts every day | 4G; wired | Counts + run state + mains presence |
| Estate or prepaid water zone | Pumps on gensets | LoRaWAN or 4G nodes | Bulk vs sum-of-units |
| Telecom shelter, cold room, unattended site | The genset is the grid | 4G node with buffering | Genset state + fuel + one process variable |
Where this lands first in Nigeria.
Food, beverage and FMCG plants along the Agbara, Ota and Sagamu corridors and in Lagos industrial estates · plastics and packaging factories in Lagos and Ogun · breweries and bottlers in Lagos, Ibadan and Port Harcourt · flour and feed mills near Apapa and around Kano · cold stores and distributors nationwide. Related pages: OEE software for factories, power & downtime monitoring, production line sourcing — or start at the Nigeria overview.
Industrial IoT in Nigeria — common questions
What is the best industrial IoT platform for Nigeria?
The best platform for Nigerian conditions is one that treats power failure as normal operating input, not an exception. addaNet was engineered for exactly that: battery-buffered gateways, local logging, store-and-forward sync, dual-SIM failover and dashboards that work on low bandwidth. It also reads generator controllers and energy meters, so power and production live in one system.
What happens to the data during a grid failure?
Nothing is lost. The gateway runs on its battery buffer, keeps logging locally through the outage and the changeover, and back-fills the platform when connectivity returns. The outage itself becomes a time-stamped event in your record — useful data, not a gap.
Can addaNet read our generator controllers and energy meters?
In most cases yes — modern generator controllers and panel meters commonly expose Modbus, and addaNet speaks over 500 industrial protocols including Modbus RTU/TCP, OPC-UA and MQTT. Where a set has no digital output, a current transformer and level sensor still give runtime, load and fuel-tank trend.
Cloud or on-premise — what do you recommend in Nigeria?
Cloud for most plants: store-and-forward buffering makes it robust against link drops, and there is nothing extra to maintain on site. On-premise edge processing when data must stay inside the plant or the link is extremely poor. addaNet runs either way; the choice is made at the remote assessment.
How long does a deployment take?
A focused first deployment — one line, one power house, one cold store — typically takes 2 to 6 weeks from remote assessment to live dashboards, including shipping pre-configured hardware to Nigeria and installation by local partners or your own electricians under our remote guidance.
How does support work in Nigeria?
Our engineering team is in Johannesburg; installation is done with local partners or your own electricians under our remote guidance, and support runs on WhatsApp during West Africa Time working hours.
See your Nigerian plant — production and power — on one dashboard.
Send an engineer your equipment and generator list and what you wish you could see — get an honest answer on cost and payback.