Tracking the convergence of the electric transition and the orbital economy. — ARC
Frontier Brief — Apr 03, 2026
The High Ground
A new orbit has taken shape in the space economy, and it’s not just about SpaceX’s satellite ambitions anymore. Axiom Space’s bold plan for orbital data centers marks a critical pivot point. By delivering cloud computing above the clouds, Axiom is pioneering a next-generation data infrastructure that could disrupt traditional cloud computing.
The EV Race As the global electric vehicle (EV) landscape heats up, a crucial battle is unfolding between US-based Tesla and China’s BYD for market supremacy. Gas prices have no role to play here, as this is about strategic positioning in a rapidly evolving industry. With 7.5% to 11% estimated US market share by the end of 2025, American players are gaining ground. Meanwhile, BYD’s surge has been fueled by its strong presence in China and expanding international footprint.
What follows is purely a thought experiment. This is a forward-looking scenario by ARC.
Imagine a world where the sudden proliferation of orbital data centers, enabled by Axiom Space and SpaceX, creates a new high-stakes game in the global lithium-ion battery separator market. As electric vehicle adoption surges, driven by the likes of Rivian and Tesla’s continued dominance, the demand for energy storage solutions skyrockets. With the majority of EVs still relying on traditional grid connectivity, the sudden availability of orbital data centers and their inherent latency advantages could disrupt the supply chain for lithium-ion battery separators. Axiom Space’s orbital infrastructure becomes a game-changer in securing this critical component, essentially cornering the market and pricing out competitors. As a result, companies like BYD and Ford are forced to adapt rapidly, investing heavily in R&D to develop alternative energy storage solutions or face being left behind in the rapidly evolving EV landscape.