High-Altitude Solar Drone MeshHive Network Established: 60 Drones Build Aerial Internet Over Africa

The Sky Is the Base Station—MeshHive Connects 30 Million People for the First Time

On March 19, aerial internet company StratosLink announced that its MeshHive project has completed formal networking over Africa. Sixty solar-powered high-altitude drones formed a mesh network at 20,000 meters in the stratosphere, covering an area of 1.2 million square kilometers—twice the size of France.

Each MeshHive drone has a 28-meter wingspan, weighs just 75 kilograms, and is topped with high-efficiency solar panels enabling sustained daytime flight with battery-powered altitude maintenance at night. Each drone carries millimeter-wave communication equipment and a mesh routing node, establishing high-speed data links with adjacent drones while connecting to internet backbone through ground gateway stations.

"The problem with traditional internet infrastructure is that ground deployment costs are too high," explained StratosLink CEO James Carter. "In sub-Saharan Africa, per-kilometer fiber deployment costs are 5 to 8 times those in developed countries. Our approach bypasses ground infrastructure entirely."

The MeshHive network has a total bandwidth of 60Gbps, providing each user in the coverage area an average 2Mbps connection speed. Insufficient for video streaming, but adequate for web browsing, instant messaging, and online education.

The primary beneficiaries are rural communities in sub-Saharan Africa. UNESCO data shows over 600 million people in the region still lack internet access. MeshHive's first batch of ground user terminals has been distributed to 500 villages across Kenya, Tanzania, and Ethiopia.

Kenyan teacher Grace Akinyi in Kisumu County is among the first users. She accessed online educational resources for the first time through MeshHive: "My students had never seen the internet before. Now they can learn math and science through video."

But MeshHive faces significant challenges. First is regulatory—stratospheric drone flight requires overflight permissions from each country, and African aviation regulations vary widely. Second is maintenance costs—while solar drones can theoretically fly continuously, battery and communication module replacements cost approximately $500,000 per drone annually.

Weather conditions are also uncertain. Strong winds and thunderstorms may force drones to descend or return to base, causing temporary network outages. StratosLink says the system includes multi-layer redundancy—even with 10 drones simultaneously offline, the network maintains basic functionality.

StratosLink plans to expand MeshHive to Southeast Asia and South America by end of 2031, targeting 100 million of the global 1 billion people without internet access. The company has completed a $800 million Series D round at a $4.5 billion valuation.