Starlink's satellite beams are too broad to effectively serve dense cities. Its business model is complementary to ground-based cellular, focusing on rural and underserved areas where building fiber or cell towers is economically inefficient.

Consumers in markets like Kazakhstan adopt new technologies more rapidly than in the US or Europe. With fewer legacy systems and entrenched habits to change, the adoption curve for new digital services is significantly steeper and faster.

The primary bottleneck for Project Maven wasn't algorithms but outdated digital infrastructure. Data packets crisscrossing the Atlantic multiple times and physical hardware encryptors creating bottlenecks revealed that cutting-edge AI is useless without a modernized, high-throughput network to support it.

Fixed wireless, which is rapidly taking broadband market share, is a "transitionary technology." This sets up the next telecom microcycle, where carriers will ultimately want to shift these customers to newly laid fiber, freeing up valuable wireless spectrum for AI and other applications.

As tech giants like Meta fund critical internet infrastructure, they gain immense leverage over developing nations. These countries face a dilemma: accept the cable and potentially cede control over citizen data, or refuse and risk being left behind in the global digital economy.

Due to inertia and the high cost of building new landing infrastructure, today's fiber optic cables often terminate in the exact same coastal cities as telegraph cables did over a century ago. This historical path dependency creates concentrated points of failure instead of a more distributed, resilient network.

Companies like Somos are building advanced fiber networks from scratch in countries like Colombia, offering gigabit speeds for as low as $12/month. This could lead to an inversion where developing nations have superior internet infrastructure compared to the US, which is constrained by legacy systems from incumbents.

The next wave of data growth will be driven by countless sensors (like cameras) sending video upstream for AI processing. This requires a fundamental shift to symmetrical networks, like fiber, that have robust upstream capacity.

Starlink's entry into African markets does more than just provide an alternative internet service. Its presence creates competitive pressure on incumbent mobile operators, forcing them to improve their own services and pricing to avoid losing their most valuable customers to the new satellite option.