When Global Oil Shivers, My Generator Screams

My generator coughed twice and died just as I was about to push a critical hotfix.

I sat there in the sudden, heavy silence of my Gbagada workspace, staring at the battery icon on my MacBook. 22% remaining. Outside, the afternoon heat was already settling in.

While waiting for the generator's alternator to cool down so I could troubleshoot, I scrolled through the news on my phone. There is a lot of talk right now about US-Iran peace negotiations in Switzerland, but the part that made my chest tight was the threat around the Strait of Hormuz. They are talking about keeping it closed unless oil waivers are issued.

To a developer sitting in Lagos, Akure, or Owerri, "Strait of Hormuz" is not a geopolitical puzzle. It translates directly to one very practical thing: the price of petrol and diesel is about to do gymnastics again. And when fuel prices jump, the cost of keeping our laptops open and our servers running goes through the roof.

The Tech Stack of Infrastructure Survival

Building software in this environment means you cannot just worry about your code's execution time. You have to manage a complex supply chain of physical electrons. Our runway as founders is not just measured in runway months of venture capital; it is measured in liters of fuel.

A developer friend of mine in Akure recently went completely off-grid with a solar inverter setup, but it cost him an arm and a leg. For those of us still balancing grid power, solar, and generators, we have to adopt a "No gree for anybody" mindset just to stay online.

This constant power dance changes how I build. For one, I have stopped relying on continuous cloud-based testing during early development. If my internet connection is patchy because the local telco tower is also suffering from power issues, trying to run everything on a remote staging environment is a nightmare.

Instead, I have spent the last few weeks heavily optimizing my local Docker setup. I need to be able to build, test, and run entire microservices locally, completely offline, using as little battery juice as possible.

Writing Code for the "Sapa" Economy

But this goes deeper than just how we write code; it is also about who we are building for.

If fuel prices rise, it squeezes the average Nigerian user even harder. Sapa becomes a lifestyle. People start rationing their data. They turn off their phones to save battery.

If you are building an app with a bloated 5MB JavaScript bundle, requiring constant API roundtrips just to render a home screen, your app is dead on arrival. If a user in a crowded bus park in Owerri has to wait thirty seconds for your landing page to load on a flickering 3G network while their phone battery is at 10%, they will uninstall it.

We have to build for extreme efficiency:

• Offline-First Storage: Use IndexedDB or SQLite locally. Let users complete tasks offline and sync when they get a stable connection.
• Aggressive Caching: Cache everything that does not change hourly.
• Lightweight Payloads: Ditch the heavy UI frameworks if you can. Raw HTML, CSS, and minimal vanilla JS are your best friends when data budgets are tight.

Powering Through

We cannot control what happens in Swiss conference rooms or international shipping lanes. The global oil market will do what it does.

But as builders, we can control our resilience. We can write lighter code, build more robust local environments, and design products that respect our users' limited resources.

Now, if you will excuse me, I need to go buy some spark plugs and see if I can get this generator to cooperate before my battery hits zero.