Fiber Optic Cable Connection for 16-Core Smart Buildings in Somalia

Somalia's smart buildings rely on expanding fiber optic networks connected to international submarine cables, with ongoing efforts to improve backbone, last-mile, and urban connectivity.

Current Fiber Infrastructure

Somalia is connected to multiple international submarine cables, including EASSy, DARE1, and WIOCC, with the 2Africa cable under development to further enhance connectivity to Europe, the Middle East, and Africa. Dalkom Somalia, a major telecom operator, integrates these submarine systems with terrestrial fiber networks, creating a 55,000 km terrestrial footprint that links over 500 locations across Africa and extends to Europe and global cities. Despite this, domestic fiber networks remain fragmented, limiting consistent broadband access and last-mile connectivity, which are critical for smart building applications.

Smart Building Connectivity

Smart buildings in Somalia require high-speed, reliable fiber connections to support IoT devices, automation systems, and digital services such as e-government, mobile payments, and cloud-based applications. Currently, urban hubs like Mogadishu have better fiber penetration, enabling smart building deployments, while rural and underserved areas face connectivity gaps. The lack of a unified backbone and interconnection between operators can result in variable network quality, affecting latency-sensitive applications in smart buildings.

Government and Regulatory Initiatives

The National Communications Authority (NCA) is leading efforts to streamline fiber deployment through unified policies, public consultations, and regulations for submarine cable landings. These initiatives aim to reduce deployment costs, enhance network resilience, and expand broadband access nationwide. Programs like the Eastern Africa Regional Digital Integration Project (EA-RDIP) are also supporting cross-border connectivity, backbone expansion, and last-mile integration, which are essential for smart building infrastructure.

Opportunities and Challenges

Opportunities: Fiber expansion enables smart building technologies, e-commerce, mobile money services, and e-government applications. It also attracts foreign investment and supports regional digital market integration. Challenges: Security concerns, fragmented networks, and limited last-mile connectivity hinder widespread adoption.

Ensuring reliable power and infrastructure in urban and rural areas is also critical for smart building operations.

Conclusion

For smart buildings in Somalia, fiber optic connectivity is central to enabling high-speed internet, IoT integration, and digital services. While urban areas benefit from existing submarine and terrestrial fiber networks, ongoing government initiatives and regional projects aim to expand backbone and last-mile connectivity, bridging gaps for broader smart building adoption and digital transformation across the country.