"Build me something like Uber, but for [industry]."
We hear this sentence at least once a month. It is usually the first sign that a project is heading toward failure.
The #1 reason software projects fail in Africa is not technical. It is unclear requirements.
Here are the 4 failure patterns we see most often — and how to avoid each one.
Failure #1: Unclear requirements disguised as vision
"Build me an app like Uber" is not a requirement. It is a vague reference that leaves every critical decision unmade:
- Who are the drivers? Employees or contractors?
- How do they get paid? Daily, weekly, or per trip?
- What happens when a customer disputes a charge?
- Is this Lagos only, or nationwide from day one?
- What is the commission model?
Real example
A logistics startup came to us with "build us an Uber for trucks." After 3 weeks of discovery, we discovered they didn't actually want real-time ride-hailing. They wanted a freight marketplace where shippers posted loads and truck owners bid. Two completely different products. The requirements document saved them from building the wrong thing.
Fix: Before writing a line of code, write a one-page spec. Define the user, the problem, the workflow, and the success metric. If you can't explain it on one page, neither can we.
Failure #2: Scope creep disguised as "just one more feature"
The client asks for one small addition during development. Then another. Then another. The budget doesn't change. The timeline stretches. Quality drops.
Real example
A retail client started with an inventory management system. During development, they added: customer loyalty points, a referral program, social media integration, and a delivery tracking page. The project went from 3 months to 9 months. The original inventory feature — the only one they actually needed — shipped buggy because testing time was cut.
Fix: Freeze the scope in writing. Any new feature request goes into a "V2" list. It gets built only after the V1 is live and earning money.
Failure #3: No user testing until launch day
Many Nigerian companies skip user testing entirely. They hand the finished product to users and wait for feedback. By then, the fundamental design decisions are baked in and expensive to change.
Real example
A fintech platform tested their mobile app with 5 staff members (all on iPhone, unlimited data). The actual users: market traders on Tecno phones with unstable internet. The app crashed constantly. It took 2 months to rebuild the offline mode they should have built first.
Fix: Test with real users in their real environment from week 2. Put a prototype in front of 5 target users before you've written 2,000 lines of code.
Failure #4: Changing priorities mid-build
The founder reads a new trend on TechCrunch. The CEO attends a conference and comes back with "new strategic direction." The ops team discovers a competitor's feature and panics.
Every change mid-build resets progress. It is the most expensive form of indecision.
Real example
An e-commerce client paused development for 6 weeks to research blockchain integration after a conference. The blockchain feature had zero impact on their core business: selling fashion online. The 6-week pause cost them the Q4 holiday season revenue.
Fix: Commit to a 90-day plan. No strategic changes during the build. If the idea is genuinely better, it will still be good in 3 months.
How to set your software project up for success
- Write a one-page spec. One user, one problem, one workflow. If it doesn't fit one page, you're not ready to build.
- Define "done" before you start. What metric proves the project succeeded? 100 daily users? ₦2M in monthly transactions? Write it down.
- Freeze the scope for 90 days. Everything new goes to V2. No exceptions.
- Test with real users in week 2. Paper prototype, clickable mockup, or beta. Real environment. Real phones. Real internet.
- Appoint a single decision-maker. One person who owns the spec and approves changes. No committee. No consensus. No founders overruling each other.
The hard truth
Most software project failures are preventable. They fail because of decisions made before the first line of code, not because of bad code. The cheapest fix is getting the requirements right on day one.
Starting a software project? Talk to us. We'll spend the first session helping you define your requirements — no code, no commitment, just clarity.