Most failed deliveries in Lagos aren't caused by traffic, distance, or rider error. They're caused by address ambiguity: a rider can't find a location described as “opposite the blue gate” or “third street after the roundabout.” Fixing that problem is less about routing technology and more about giving every address a single, verifiable reference. Here's what's actually driving failed deliveries, and what logistics and e-commerce teams can do about it.
Why Do Deliveries Fail in Lagos?
A delivery fails for a handful of reasons: the rider can't locate the address, the customer isn't reachable to give directions, or the address on file doesn't match anything the rider can find on the ground. In markets with formal, numbered addressing, this is rare. In Lagos, where many streets have no formal name or numbering system at all, it's routine.
The result is a pattern familiar to any ops team in Nigeria: a rider calls the customer, gets a landmark instead of an address, circles the area, calls again, and either finds the location twenty minutes late or gives up and marks the order failed. None of that time is wasted because of distance. It's wasted because the address itself was never precise enough to navigate to in the first place.
The Real Cost of Address Ambiguity
Every failed or delayed delivery carries a cost that shows up in more than one place:
- Rider time spent calling customers and searching for landmarks instead of completing the next drop
- Fuel and vehicle wear from circling an area or backtracking
- Re-delivery costs when an order fails outright and has to go out again
- Customer trust, which erodes fast when deliveries are consistently late or unreliable
- Support load, since failed deliveries generate calls, complaints, and manual follow-up
For high-volume operations, these costs compound quickly. A five percent failure rate across thousands of daily orders is not a rounding error. It's a recurring operational expense with a root cause that's fixable.
What Doesn't Actually Fix the Problem
A few common responses treat the symptom rather than the cause:
Adding more delivery notes fields. Asking customers to type out landmarks, gate colours, and nearby bus stops shifts the burden onto the customer and still produces inconsistent, unverifiable descriptions. Two customers on the same street will describe it two different ways.
Relying on GPS pins alone. A pin dropped from a customer's phone can be accurate at the moment it's placed and still be useless later, since it captures a location, not an address. It also depends on the customer having a strong signal and knowing exactly where they are, which isn't always the case.
Training riders on local geography. This helps individual riders in the short term but doesn't scale. It also breaks down the moment a rider covers a new area or a new hire joins the team.
None of these fix the underlying issue: the address itself was never standardised in the first place.
How Loccodes Reduce Failed Deliveries
Every street in Nigeria has a loccode, a short, unique code that acts as a stable reference for that street. Every address on the street is registered underneath it, so a rider working from a loccode gets a single, unambiguous point to navigate to, instead of a paragraph of directions and a phone call.
In practice, this changes the delivery flow in three ways:
- Address entry becomes verification, not description. A customer enters their street's loccode, selects their specific address from the addresses listed on that street, and the address auto-fills. There's no free-text description to interpret.
- Riders navigate to a known reference, not a guess. Because the loccode is tied to the actual street, riders and dispatch systems can trust it the same way every time, regardless of who's making the delivery.
- Addresses stay stable as areas change. Loccodes are designed to persist over time, so an address entered today still resolves correctly months or years later, even as an area develops.
Maiaddy's loccode API is free to integrate, so ops and engineering teams can attach loccodes and standardised addresses to orders, riders, and route planning without adding cost per lookup.
Getting Started
For logistics and delivery teams looking to cut failed deliveries, the practical starting point is the checkout or order intake flow, not the last mile itself. Standardizing the address at the point of entry removes the ambiguity before a rider is ever dispatched. From there, the same loccode reference can flow through dispatch, route planning, and proof-of-delivery, so every part of the operation is working from one consistent address instead of several conflicting descriptions of the same place.
Frequently Asked Questions
What's the biggest cause of failed deliveries in Nigeria?
Address ambiguity is the most common cause. Many locations lack a formal street name or numbering system, so riders rely on verbal directions and landmark descriptions that vary from person to person.
How does Maiaddy help reduce failed deliveries?
A loccode identifies a customer's street, and their specific address is registered underneath it, giving a delivery rider a verified, unambiguous point to navigate to instead of relying on phone calls and landmark descriptions. Businesses that integrate loccodes into checkout or dispatch typically see fewer failed and delayed deliveries.
Is the loccode API free for logistics companies to use?
Yes. Maiaddy's API is free to integrate, allowing logistics companies, e-commerce platforms, and other businesses to add a loccode field to their address forms and systems.
Does this work for informal settlements without street numbers?
Yes. A loccode is generated from the street itself, not from a formal numbering system, so it works on streets that were never formally named or numbered.
For logistics teams: talk to our team about standardising addresses at the point of entry, or view the API docs to start integrating.