This quiet effort is the work of ChipMango, a US-based semiconductor design startup determined to secure a real stake for Africa in a globally vital industry. Semiconductors—the "brains" of all electronics—power everything from smartphones and laptops to electric cars and AI systems. Instead of chasing the capital-intensive manufacturing segment dominated by Asia and North America, ChipMango is strategically focused on the equally critical and accessible field of chip design and verification.
Responding to a Global Wake-Up Call
The company’s mission is shaped by lessons from the global semiconductor shortage that disrupted industries between 2020 and 2023. When the pandemic struck, chip supply chains buckled under surging demand for digital devices. Automakers from Toyota to Volkswagen had to scale back production due to component shortages. The crisis exposed the fragility of a system overly reliant on a few manufacturing hubs—and opened space for innovation elsewhere.
At the same time, the world’s appetite for chips only grew, driven by artificial intelligence and automation. Design work—once heavily outsourced to India and East Asia—became more expensive, prompting a search for new regions with skilled but affordable engineering talent.
That’s when ChipMango’s founders, Ola Fadiran and Jovan Andjelich, saw an opening. “Everything was going to India,” Fadiran recalls. “We asked ourselves, why can’t we bring this to Africa?”
Building a Design Hub in Lagos
Both founders bring deep industry experience. Fadiran previously worked in design and architecture roles at Intel and Boeing, while Andjelich oversaw chip operations at Google and helped scale Tesla’s vehicle production. In 2021, they began mapping out how to establish a semiconductor design presence in Africa—starting with Nigeria’s pool of bright engineering graduates, its growing tech ecosystem, and its relatively low cost base.
By late 2022, ChipMango was officially operational, offering chip design services to global clients and training Nigerian engineers to meet international standards. In December 2024, the company unveiled its first design center in Lagos, built as a secure environment that protects clients’ intellectual property while connecting directly to global projects.
A Different Kind of Tech Startup
Unlike the fintechs that have defined much of Nigeria’s startup scene, ChipMango isn’t building consumer-facing apps or digital payment tools. Its ambition is infrastructural—to create a talent hub that embeds Africa into the global AI and semiconductor ecosystem.
The company operates on a dual model. The first is talent development: through partnerships with Nigerian universities like the University of Lagos, Obafemi Awolowo University, and Miva Open University, it trains engineers in advanced chip design techniques. Trainees work on real projects under supervision, blending academic theory with practical experience.
The second is chip design and verification—the process of checking and refining a chip’s digital blueprint before it goes into production. In the Lagos design center, engineers collaborate on projects for U.S. clients, ensuring designs meet performance standards and protecting sensitive intellectual property through controlled, high-speed environments.
“Companies are extremely protective of their IP,” says Agnes Mukiya, ChipMango’s Head of Operations. “That IP is their secret sauce. Our Lagos center gives them the assurance that their designs are handled securely and professionally.”
Competing with Giants
ChipMango is entering a space dominated by established Indian firms like HCL Tech, TATA ELXSI, and FTD Infocom Pvt Limited. These companies have decades of experience and global reach—but they also come with higher costs. ChipMango’s strategy is to stay lean and cost-efficient, using a cloud-based model that can cut design costs by as much as 80%.
So far, the company claims about $200,000 in annual recurring revenue and is raising a $1 million pre-seed round to expand its Lagos center to 90 engineers. But its vision goes beyond client projects: the founders want to see chips designed in Africa for Africa, tailored to local needs—like electronics that can operate efficiently during power fluctuations or in high-heat environments.
The Road Ahead
Africa’s semiconductor journey is still in its early days. Building fabrication plants—the multi-billion-dollar facilities that produce chips—may be years away. But as Fadiran and Andjelich argue, design is the foundation. Without engineers who understand how chips work at the architectural level, manufacturing will have no base to build upon.
In a quiet Lagos office, that foundation is taking shape. ChipMango’s team may be small, but their work signals a powerful idea: that Africa can play a role not just as a consumer of technology, but as a creator of the systems that power the digital age.