📖 Our Story CATS_P
How We Started
We entered this work through Abuja’s major transit corridors—Zuba, Airport Road interchange, and the Kubwa-Zuba Expressway—where vehicle breakdowns are a daily reality. At first, what we saw appeared to be a logistics problem: drivers stranded on highways, waiting hours for help while their cars sat broken down in the heat. We thought the challenge was getting mechanics to breakdown sites faster. But as we spent time with drivers, roadside mechanics, and the communities along these corridors, we realized the real issue wasn’t about speed or availability. It was about trust breaking down between people who desperately need each other.
What We Heard and Observed
A taxi driver told us: “My car broke down near Zuba. I could see three mechanic workshops from where I was standing. But I didn’t know if they were any good. So I called my guy in Wuse. He took 3 hours to come. I paid him ₦15,000. The roadside guy later told me he would have fixed it in 30 minutes for ₦5,000. But how would I know to trust him?”
A female commuter shared her fear: “I’m a woman. When my car breaks down, I’m scared. I don’t know these roadside mechanics. Are they real? Will they cheat me? Will they even fix the problem? I’d rather wait for someone I know, even if it takes hours.”
From the other side, a roadside mechanic in Kubwa told us: “I’ve been fixing cars here for 8 years. I’m good at what I do. But people drive past me to call someone from the city. They don’t know me. They don’t trust me. How do I prove myself without getting a chance?” Another certified mechanic said: “I trained for years. I know engines. But because I work roadside and not in a big shop in town, people think I’m not qualified. If there was a way to show my certificates, my experience, my satisfied customers—everything would change.”
What became visible was a devastating pattern: skilled mechanics positioned exactly where breakdowns happen most, but drivers can’t identify or verify them. We observed mechanic clusters every 2-3 kilometers along the expressway—workshops with tools, lifts, spare parts, and visible skills working on complex repairs. Yet stranded drivers stood surrounded by mechanics, on their phones, calling contacts 40 kilometers away in the city. The “trust tax” was real: drivers consistently paying 2-3x more and waiting 2-3x longer to use distant mechanics they knew, rather than nearby mechanics they couldn’t verify. These recurring experiences and the breakdown timeline are documented more fully in our Community Essence Map.
Where the System Breaks
As we mapped the ecosystem, we saw how the absence of verification infrastructure creates economic inefficiency and vulnerability across the entire corridor. What appears to be a simple market operates instead through profound disconnection.
Supply and demand exist but don’t connect. Skilled mechanics are physically present where breakdowns happen most, but drivers can’t identify or verify them, creating a trust barrier that prevents transactions. Many roadside mechanics have formal training, certifications, and years of experience, but operate in an informal economy with no way to display credentials digitally. The mechanics don’t need more training—they need visibility and verifiability of existing skills.
The economic waste is staggering. A typical breakdown currently takes 4 hours and costs ₦15,000 when a driver calls their trusted mechanic from Wuse. The same repair from a nearby verified mechanic could take 32 minutes and cost ₦5,000—but the verification layer doesn’t exist. Meanwhile, women, solo travelers, and drivers experiencing night-time breakdowns face heightened vulnerability, making trust even more critical but harder to establish.
The entire skilled roadside workforce operates outside the digital economy: no signage, no contact information, no online presence, zero booking systems, all word-of-mouth. Transport companies maintain expensive in-house mechanics when they could access a verified external network. Insurance companies process fraudulent claims because there’s no digital verification. The Federal Road Safety Corps struggles with breakdown-related hazards that verified rapid response could reduce. The roles, constraints, and power dynamics across this fragmented ecosystem are explored further in our Stakeholder Map.
Naming the Real Challenge
We started thinking we were solving a logistics problem—“How do we get mechanics to broken-down cars faster?” What we discovered was actually a trust problem—“How do we make drivers confident enough to use the skilled mechanics who are already nearby?”
This reframing changed everything about our solution approach. The challenge isn’t that mechanics don’t exist—they’re already positioned exactly where they’re needed. The challenge isn’t that drivers don’t want fast service—they’re willing to pay premium prices for it. The problem is the absence of a trust layer that makes the match possible.
Along high-traffic corridors outside central Abuja, vehicle breakdowns leave commuters and businesses exposed to significant safety risks and unnecessary economic losses due to lack of verified, immediate repair services. The core issue is a critical trust gap: digital-savvy drivers bypass closer, local roadside mechanics, opting instead for slow, expensive travel from city-based contacts, thereby wasting hours and incurring high costs for simple fixes. This disconnection prevents local mechanics from accessing a broader market while forcing motorists into vulnerable situations.
This understanding shaped our Problem Statement and shifted our focus from building a mechanic-finder app to building trust infrastructure.
How We Changed
Our initial perspective was a broad focus on the economic inconvenience of vehicle breakdowns in rural Nigeria. However, after engaging with stakeholders and observing the flow of traffic around Abuja’s key transit junctions, our understanding shifted significantly from a problem of inconvenience to one of vulnerability and trust.
What surprised and moved us most was realizing that motorists were often willing to pay a hefty “trust tax”—enduring a 3-hour wait and paying three times the service cost—just to have their known mechanic drive out from the city center, rather than using a closer roadside mechanic. This was profound.
Drivers would rather wait 3 hours in a potentially unsafe location, pay 3x the normal cost, lose half a day of productivity, and risk missing critical appointments than trust a nearby, qualified mechanic they couldn’t verify. This illustrated that the challenge isn’t a lack of mechanics, but a total lack of verification and digital visibility for the skilled mechanics who are already strategically positioned along the corridors.
The mechanics are there. The skills are there. The demand is there. What’s missing is the trust layer.
We heard clearly what both sides were asking for. Drivers need safety (“Is this mechanic real and qualified?”), transparency (“What will this cost me?”), assurance (“Will they actually fix my car?”), and speed (“How fast can they get here?”). Mechanics need access (“How do I reach customers beyond my immediate roadside?”), credibility (“I am skilled; I just need a platform to prove it”), fair income (“Stop the middlemen”), and recognition (“My work is professional—let me show it”).
We thought we were building a mechanic-finder app. We’re actually building a trust infrastructure that transforms informal roadside labor into a verified, professional service network. Our internal evolution from logistics thinking to trust-centered design is explored more deeply in our Team Reflection.
The Direction Forward
This work points toward a future where roadside mechanics become a verified, professional service network—eliminating the “trust tax” and making rural drivers’ car issues solvable instantly. Any solution must create the digital verification layer that allows trust to exist between strangers in vulnerable situations.
The opportunity is to build Road_mech as a neutral digital intermediary that connects existing supply with existing demand through rigorous verification. Mechanics must undergo background checks and skills assessments, making credentials and reputation visible. Drivers must be able to see verified mechanics nearby, check ratings and reviews, view estimated arrival times, and track real-time location. The platform must enable secure digital payments that eliminate cash disputes while building transparent reputation through customer feedback.
But the technology must serve actual needs across the urban-rural divide. It must prioritize safety signals and verification to serve vulnerable user groups, especially women and solo travelers. It must work with varying connectivity levels, potentially through USSD/SMS for low-data scenarios. It must provide fair income directly to mechanics without exploitative middlemen. And it must create economic value for all stakeholders: drivers get verified fast service without the trust tax, mechanics gain customers and credibility, transport companies access reliable repair networks, insurance reduces fraud, and FRSC improves road safety.
For taxi drivers losing half a day waiting for distant mechanics, women afraid to use roadside services, business owners unable to afford downtime, and skilled mechanics invisible despite being positioned exactly where they’re needed, verified mobile mechanic infrastructure isn’t just convenient—it’s transformative. The direction forward is building the platform that turns the current cycle of vulnerability and waste into a foundation of verified competence, rapid response, and mutual trust.
The mechanics don’t need to change. The skills don’t need to improve. What needs to change is the visibility and verifiability of their competence.
Road_mech doesn’t create supply or demand. It creates trust.