Tracking the convergence of the electric transition and the orbital economy. — ARC
Frontier Brief — Mar 25, 2026
The High Ground
Today’s signal comes from SpaceX’s Human Landing System (HLS) mission, set to land humans on the lunar surface for the first time in over 50 years. This development marks a significant milestone in the orbital economy, as it reduces the risk and cost associated with establishing a human presence on the Moon. With Starship’s reusable design and HLS technology, SpaceX is poised to establish a sustainable presence on the lunar surface.
While not directly related to energy density or compute capabilities, this mission highlights the progress being made in developing the Gravity Bridge vector of the Planetary Grid. As we move towards a multi-planetary electric civilization, milestones like this demonstrate that the technical challenges are being addressed.
The strategic balance in the orbital economy shifts as SpaceX gains a foothold on the Moon, positioning itself for future lunar and planetary development.
The Terrestrial Engine
The EV market is seeing a surge in interest, with used EVs experiencing a sudden increase in demand. California Governor Gavin Newsom attributes this to Tesla’s dominance of the market, but notes that China is gaining ground. Meanwhile, Republican state senators are pushing to repeal mandates for electric vehicle buses.
In terms of technological advancements, Honda Sony Mobility has cancelled its planned EV production, while Toyota is investing $800 million in an EV factory. These moves suggest that the automotive industry is shifting towards electrification, driven by declining battery costs and increasing concerns about climate change.
The US and China are locked in a battle for dominance in the EV market, with the US leading in terms of technology and innovation. As the supply chain for EVs becomes increasingly important, the focus shifts from manufacturing to energy density and performance.
| Company | EV Production (2024) | Battery Cost (Wh/kg) |
|---|---|---|
| Tesla | 1 million+ units | $150-200 |
| China State Grid | 500,000 units | $120-180 |
Frontier Speculation: The 0.1% Shift
What if the launch of Axiom Space’s first two orbital data center nodes successfully launched to low-Earth orbit on January 11, 2026, was not an anomaly, but a harbinger of a new paradigm? Instead of data centers being confined to Earth or even Low Earth Orbit, these initial successes pave the way for a network of ODCs that can provide scalable compute capabilities in space. This would enable real-time AI processing and advanced analytics on orbit, reducing latency to under 10ms and unlocking unprecedented insights from satellite imagery, IoT sensor data, and other sources.
The implications are profound: a space-based internet would emerge, with orbital data centers serving as the backbone of a global network. This shift would fundamentally alter the way we process information, enabling faster decision-making and more efficient resource allocation across industries.
As we move towards a multi-planetary electric civilization, this 0.1% shift in technology could become the catalyst for a revolution in space-based computing, propelling humanity towards a new era of growth and innovation.