The United States is stepping up efforts to expand digital connectivity across West Africa, announcing plans to support the deployment of approximately 1,500 wireless communication base stations in Nigeria, Benin, Côte d’Ivoire and Ghana.
The initiative, led by the U.S. Trade and Development Agency (USTDA), is aimed at connecting underserved and off-grid communities while promoting the adoption of U.S.-made telecommunications infrastructure in a region where Chinese-built wireless systems currently dominate.
USTDA has approved funding for a feasibility study that will examine the large-scale deployment of turnkey mobile communication sites developed by Vanu Inc..
According to USTDA, the project is designed to bridge the digital divide between urban and rural communities by providing faster and more reliable mobile and internet services to millions of people across the region.
The agency said the initiative will help extend broadband and voice services to areas that currently have limited connectivity or rely on outdated 2G and 3G networks.
Thomas R. Hardy, USTDA Deputy Director, said the programme seeks to unlock affordable and trusted internet access while creating opportunities for American technology companies. “USTDA is bringing private sector solutions to unlock widespread, affordable, trusted internet access in off-grid communities across West Africa,” Hardy said.
He added that the initiative would provide an alternative source of telecommunications infrastructure while creating export opportunities for U.S. firms.
USTDA’s support will fund a detailed feasibility study for Vanu Côte d’Ivoire, which has selected Vernonburg Group LLC to provide technical expertise.
The study will assess:
- Existing telecommunications infrastructure across the four countries;
- Market opportunities and commercial viability;
- Regulatory and legal requirements;
- Financing options for implementation; and
- Long-term sustainability of the project.
The findings are expected to help attract investment and accelerate the deployment of the wireless infrastructure.
