For years, East Africa's startup story has had a familiar shape: fintech, e-commerce, software. Ask most people to picture African manufacturing and they'll still describe a factory floor, not a startup. That picture is out of date. Across the region, a different kind of company is emerging, one welding electric motorcycle frames in Nairobi, assembling buses under a pay-per-kilometre lease, turning plastic waste into bricks stronger than concrete, and pulling carbon dioxide directly out of the air using energy from Kenya's Rift Valley.
The thesis running underneath all four is the same: the future of manufacturing in East Africa won't be won on cheaper labour alone. It will be won on better technology.
Manufacturing Is Becoming a Tech Industry
The old case for manufacturing in Africa was mostly about cost: labour was cheaper here than there, so production followed. That case still exists, but it's no longer the interesting one. What's changed is that manufacturing itself has absorbed the same forces that reshaped software a decade earlier: automation, AI-assisted production, real-time data, and design built around sustainability rather than bolted on afterward.
Local assembly is also becoming a strategic answer to a supply chain problem, not just a job-creation talking point. A vehicle, a battery, or a construction material built and serviced locally isn't exposed to the same import delays, currency risk, and shipping costs as one built overseas and shipped in. Add climate goals and import substitution pressure from governments across the region, and manufacturing stops looking like an old-economy sector waiting to be modernised and starts looking like where hardware, software, data, and sustainability are actually converging.
Building the Future of Mobility
Roam and BasiGo are attacking the same problem, East Africa's dependence on imported, fossil-fuel vehicles, from different angles.
Roam, founded in Nairobi in 2017 and originally known as Opibus before rebranding, designs and manufactures electric motorcycles and buses specifically for African roads and African budgets, rather than adapting a vehicle built for another market. The company has raised over $30 million to date, including a $24 million round to scale production, and was named Africa's fastest-growing electric mobility company by the Financial Times in 2025. Its vehicles cut emissions by more than 80% relative to their petrol equivalents, and the company has pushed well beyond hardware alone: Roam Explorer, launched in 2026, is an AI-enabled fleet monitoring platform that tracks battery health and vehicle performance in real time across motorcycles, tuk-tuks, and buses, turning what used to be reactive maintenance into something closer to predictive care. Roam has also partnered with engineering students at Colorado State University to redesign its motorcycle frame and prototype a robotic welding arm for its Nairobi factory, a small but telling detail: this is a company treating manufacturing itself as an engineering problem worth iterating on, not a fixed process to simply scale up.
BasiGo takes a different commercial approach to the same shift. Launched in Nairobi in 2021, the company doesn't sell electric buses outright; it leases them under a pay-per-kilometre model, absorbing the cost of charging, maintenance, and battery replacement itself, which removes the steep upfront cost that has historically kept matatu and bus operators locked into diesel. BasiGo now assembles buses locally in partnership with Associated Vehicle Assemblers at a Thika facility, is targeting 1,000 electric buses on Kenyan roads by 2027, and in 2026 became the first company in Africa to have an electric bus project certified under the Gold Standard as a verified carbon project, with onboard telematics recording emissions data that's transparent and independently verifiable rather than estimated. The company was also named a BloombergNEF 2026 Pioneer.
The bigger trend: East Africa is moving beyond importing finished vehicles toward building and financing cleaner transport systems locally, with the charging and leasing infrastructure increasingly as important a product as the vehicle itself.
Turning Waste Into Products
Gjenge Makers approaches manufacturing from the input side rather than the output side. Founded in Nairobi in 2017 by mechanical engineer Nzambi Matee, formerly an engineer in Kenya's oil industry, the company collects plastic waste, much of it packaging offcuts sourced directly from manufacturers, and combines it with sand to produce paving bricks and tiles that test stronger in compression than standard concrete. Production has scaled from an early few hundred bricks a day to a reported capacity in the thousands, and the company has recycled well over 20 metric tonnes of plastic waste in the process, work recognised internationally when Matee won the UN's Young Champion of the Earth award. Most of Gjenge's workforce is women, in an industry, construction materials, that has historically employed very few.
The bigger trend: Waste is becoming a manufacturing input rather than a disposal problem, and the construction materials industry, responsible for close to 40% of global carbon emissions by some estimates, is a genuinely large target for that kind of substitution.
Manufacturing Climate Solutions
Octavia Carbon is the clearest example of East Africa manufacturing the technology behind a climate solution, rather than simply adopting one built elsewhere. Founded in Nairobi by Martin Freimüller and Duncan Kariuki, the company builds direct air capture machines, hardware that pulls carbon dioxide directly out of the atmosphere, at its own Kenyan facility, making it one of the five largest direct air capture companies in the world by team size despite operating far outside the US and Europe, where nearly all of this technology has historically been built. Its edge is geographic: Kenya's Rift Valley offers both abundant, low-cost geothermal energy and the kind of volcanic geology that allows captured CO2 to be injected underground and mineralised permanently, similar to the conditions that made Iceland a pioneer in the same technology. Octavia's Project Hummingbird facility is targeting 1,000 to 1,500 tonnes of CO2 captured annually by the end of 2026, with a stated ambition to reach over a million tonnes a year by 2030, and the company has grown to more than 70 employees, the large majority of them Kenyan.
The bigger trend: East Africa isn't just adopting climate technology built somewhere else. In direct air capture specifically, it's positioned to become one of the places building it, precisely because the region's geothermal and geological advantages make it cheaper to do here than in the markets that pioneered the technology.
Why Investors Are Paying Attention
Unlike many consumer startups chasing user growth, advanced manufacturing businesses tend to solve large, long-term economic problems: import dependency, emissions, waste, energy access. That makes them a different kind of bet. Climate-focused funding has grown substantially across Africa in the past few years, and industrial policy in Kenya specifically, from VAT exemptions on electric vehicles and lithium-ion batteries to a planned KES 6.12 billion investment in EV charging infrastructure by 2030, is creating real government-backed tailwinds rather than leaving these companies to build entirely against the grain. Hardware-plus-software businesses like Roam and BasiGo also tend to build more durable moats than software alone once they have physical infrastructure, assembly lines, charging networks, service depots, deployed at scale, since that infrastructure is expensive and slow for a competitor to replicate.
Four Trends Defining East Africa's Manufacturing Future
Manufacturing is becoming cleaner
Electric mobility and geothermal-powered industry are visibly reducing the sector's dependence on imported fossil fuels, not as a mission statement but as the core commercial logic of companies like Roam, BasiGo, and Octavia Carbon.
Software is becoming part of every factory
Roam Explorer's real-time fleet monitoring and Octavia's sensor-driven process optimisation both show manufacturers increasingly relying on data and predictive systems, not just improved physical processes, to run efficiently.
Local production is replacing imports
BasiGo's local bus assembly and Roam's Nairobi-built motorcycles are direct responses to the cost, delay, and currency exposure of importing finished vehicles, a pattern governments across the region are now actively incentivising.
Climate innovation is creating entirely new industries
Direct air capture and plastic-to-construction-material manufacturing didn't really exist as commercial categories in East Africa a decade ago. They do now, and they're creating specialised, well-paid engineering jobs in the process.
The Challenges
None of this is easy in the way a software startup can be easy. Capital requirements are far higher: a vehicle assembly line or a direct air capture facility costs orders of magnitude more to build than a mobile app, and it takes years, not months, to reach meaningful scale. Infrastructure gaps compound the problem directly, BasiGo's own expansion has been constrained less by manufacturing capacity than by how quickly charging infrastructure can be built out beyond Nairobi. Access to the kind of patient, large-cheque financing hardware businesses need remains limited relative to consumer software funding. Supply chains for specialised components, battery cells, sensors, precision machinery, still mostly run through imports, even for companies assembling the finished product locally. Skilled workforce availability is a real constraint too, though Octavia Carbon's own apprenticeship programs suggest at least some companies are treating that gap as something to build against rather than wait out. And policy consistency matters enormously for capital-intensive, multi-year projects in a way it simply doesn't for a six-month software sprint.
Building physical products is far more capital-intensive than building software. Success here depends as much on infrastructure and policy as it does on the underlying innovation.
Conclusion
Manufacturing has traditionally been viewed as one of Africa's biggest development challenges. Increasingly, it's becoming one of its biggest technology opportunities.
The startups building buses, motorcycles, construction materials, and climate technologies aren't simply making products. They're redefining what innovation looks like in East Africa, closer to what we've already seen reshape the region's logistics sector and enterprise software market than to the extractive, low-tech manufacturing the continent has historically been associated with. As investment shifts toward industries that combine hardware, software, and sustainability, manufacturing may become one of East Africa's most important technology sectors over the next decade, and one of its biggest sources of the specialised engineering roles we explored in our earlier look at the tech jobs AI is least likely to replace.
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