Orbital has secured a five million dollar seed funding round to develop space-based data centers, marking a significant shift in venture capital willingness to finance long-term, capital-intensive aerospace ventures. The Los Angeles-based startup emerged from a16z’s Speedrun accelerator in May and attracted backing from a syndicate including Basis Set, Human Element, Wayfinder, Antler, and several other institutional investors. Founder and chief executive Euwyn Poon, previously known for establishing and exiting e-scooter company Spin, will lead the technical and operational scaling of the project. The company’s central thesis addresses the escalating global demand for artificial intelligence compute by deploying processing hardware in low Earth orbit. Terrestrial data centers face constraints related to power delivery, physical infrastructure deployment, and environmental permitting. Orbital aims to leverage the vacuum of space to host AI inference workloads, utilizing abundant solar energy and simplified environmental regulations. However, the venture explicitly acknowledges that current launch economics, primarily driven by SpaceX’s Falcon 9 pricing, do not yet support a viable commercial model. The project’s financial viability is contingent upon SpaceX achieving regular, high-volume operations with its Starship super heavy-lift vehicle. Orbital is currently in a preparatory phase, assembling a technical team with backgrounds at Amazon, SpaceX, and Northrop Grumman. The immediate focus involves executing demonstration flights to validate proprietary radiation shielding and thermal management systems. These tests will utilize Nvidia Blackwell architecture processors integrated into partner satellites. The company has set a 2028 milestone for launching its first dedicated data-processing spacecraft equipped with Nvidia Space-1 Vera Rubin-class graphics processing units. Upon deployment, Orbital will initiate piece-wise inference services, generating revenue per satellite launch while incrementally scaling toward its full constellation. The long-term engineering objective involves deploying a network of ten thousand satellites, each delivering one hundred kilowatts of power, to create a distributed computing infrastructure capable of sustained gigawatt-scale operations. This strategy positions Orbital alongside emerging competitors such as Starcloud, which has already placed GPU hardware in orbit, and Blue Origin, which is integrating data center capabilities into its New Glenn launch architecture. Some rivals have opted to develop proprietary launch systems to bypass delivery bottlenecks, though Orbital remains committed to the Starship ecosystem. Investor confidence in the venture stems from Poon’s proven ability to manage complex, large-scale physical deployments. During his tenure at Spin, he oversaw the distribution of two hundred and fifty thousand scooters across one hundred municipal markets. A16z partners note that this operational expertise is directly transferable to aerospace infrastructure challenges. The five million dollar injection signals a broader institutional adaptation to the modern space economy, where venture firms are increasingly comfortable with decade-long development cycles and multi-billion-dollar capital requirements. As the AI compute landscape continues to evolve, space-based data centers are emerging as a distinct infrastructure tier, validating a paradigm that would have been considered financially impractical a decade ago.