Much of the continent's airside equipment infrastructure dates to the 1970s and 80s. Knowing where every fuel bowser and tug actually is shouldn't be stuck in the same era.
Ground handling infrastructure across much of Africa was built out in the 1970s and 80s and, in many airports, has not fundamentally changed since. That matters because aircraft turnaround time, the single biggest driver of on-time departures, depends on a long chain of coordinated factors: fuel uplift, service scope, passenger and crew movement, apron conditions, and documentation readiness, all of which assume the ground support equipment involved is where it is supposed to be, when it is supposed to be there.
At hub airports like Nairobi's JKIA, where traffic growth is now putting sustained pressure on apron space, stand planning, and support infrastructure, that assumption breaks down more often than operators would like. A fuel bowser or pushback tug that cannot be located quickly does not just delay one turnaround, it cascades into the next aircraft's schedule on a tight apron where every stand is already accounted for.
ISAGO-certified ground handlers, the IATA safety audit standard that leading African operators increasingly hold, are already expected to demonstrate rigorous operational control over their equipment and processes. Live asset tracking is a natural extension of that discipline rather than a departure from it: it turns "where is the belt loader" from a radio call and a guess into a live position on a digital apron map, and it turns "was this asset in a restricted zone" from an unanswerable question into a logged, auditable event.
The utilisation data this generates has a second life beyond safety and turnaround performance: it is the evidence base for fleet-right-sizing decisions that ground handlers usually make on instinct. An operator that can show which fuel bowsers or tugs sit idle for the majority of a shift has a documented case for reallocating or divesting equipment rather than leasing more, and at 8 million KES or more in annual lease costs for a mid-sized apron fleet, that is a capital decision worth backing with data rather than a manager's sense of what "feels busy."
AdvaIoT's aviation deployments track ground support equipment with sub-3-metre GPS accuracy, geofenced zone alerts, and turnaround-linked utilization reporting, purpose-built for the apron rather than adapted from generic fleet tracking. For ground handlers operating on infrastructure that has not changed in decades, the visibility layer on top of it does not have to be equally dated.