Breaking AI & Tech News Analyzed

The Convergence of Mobility and AerospaceOrbital, a startup emerging from a16z's Speedrun accelerator, has successfully raised $5 million in seed funding to build data centers in space. This development signals a significant shift in the venture capital landscape: investors are now willing to fund long-term, capital-intensive space projects, even for founders without deep aerospace experience. The company aims to solve the critical bottleneck of AI compute deployment on Earth by moving processing power to orbit.Orbital's $5 Million Bet on Space-Based InferenceFounded by Euwyn Poon, who previously sold his e-scooter company Spin to Ford, Orbital is leveraging his experience scaling mobility infrastructure to tackle aerospace challenges. The team, currently based in Los Angeles with backgrounds at Amazon LEO, SpaceX, and Northrop Grumman, is preparing for a demo flight in 2026 to test Nvidia Blackwell chips on a partner's satellite. The ultimate goal is to launch the first data-processing spacecraft in 2028 equipped with Nvidia's Space-1 Vera Rubin-class GPUs.Funding Round: $5 million seed round led by Basis Set and Human Element, with participation from a16z Speedrun.Team Expertise: Includes former Amazon, SpaceX, and Northrop Grumman engineers.Technology: Focus on radiation shielding and thermal management for high-performance chips.Economics of Orbit: Falcon 9 vs. StarshipThe core business case for Orbital relies on the future economics of space travel. Currently, the cost of launching hardware via Falcon 9 makes space data centers economically unfeasible. Orbital is betting entirely on SpaceX's Starship to reduce launch costs sufficiently to make the business model viable. The company aims to deploy 10,000 satellites that provide a distributed gigawatt of computing power, with each satellite delivering 100 kW of power.Why Former Scooter Founders Are Building RocketsThe entry of Euwyn Poon and other non-aerospace veterans into the space sector highlights the intense demand for AI compute. As terrestrial data centers face limitations in power and cooling, space offers a solution with unlimited sunshine and minimal environmental reviews. However, the competition is fierce. Rivals like Starcloud and Cowboy Space Company are also racing to launch GPUs into orbit, while Blue Origin is developing its own New Glenn vehicle for this purpose.The 2028 Timeline for the First Space Data CenterPoon is confident that the breadth of AI demand will allow multiple companies to succeed in this niche. While the project faces a long timeline—potentially taking a decade and $5 billion or more—venture partners like Andrew Chen believe the current capital markets are supportive. The strategy is to start with piece-wise inference work to generate revenue immediately, scaling up to a full constellation once Starship becomes operational.

The Critical Rocket Shortage for Space Data CentersThe apparently insatiable demand for AI compute has data center entrepreneurs looking to the stars. However, there's a key bottleneck: There aren't enough rockets to put data centers in orbit around the Earth, and they're too expensive. Most industry players are banking on SpaceX's Starship or Blue Origin's New Glenn, but these solutions may not be commercially available for years.Cowboy Space's Bold Rocket Development StrategyBaiju Bhatt, CEO and founder of Cowboy Space Corporation, has announced a different approach: "We're standing up our own rocket program." He expects the first launch before the end of 2028. The company, originally launched in 2024 as Aetherflux with plans to collect solar energy in space, has pivoted to focus on space data centers, which led to the development of its own rocket program and a new name.$275 Million Funding at $2 Billion ValuationToday, Cowboy Space announced the closure of a $275 million Series B round at a post-money valuation of $2 billion, led by Index Ventures. Breakthrough Energy Ventures, Construct Capital, IVP, and SAIC also participated. This substantial funding will serve as a downpayment on the company's ambitious rocket development program aimed at solving the launch capacity crisis for space data centers.Industry Transformation Through Vertical IntegrationCowboy Space's decision to develop its own rockets represents a significant shift in the space industry. While bringing rocket development in-house is logical, it's also extremely challenging—only a handful of private companies in the West, mainly SpaceX, Rocket Lab and Arianespace, are consistently launching commercial rockets. By building its rockets specifically for data center deployment, Cowboy Space enters direct competition with industry giants SpaceX and Blue Origin while addressing a critical bottleneck in the AI compute supply chain.The Future of Orbital Data Centers by 2030Cowboy Space plans to build its data centers directly into the second stage of its rockets, a design approach reminiscent of the first US satellite, Explorer 1. Each satellite is expected to have a mass of 20,000 to 25,000 kilograms and generate 1 MW of power for nearly 800 onboard GPUs. The company's rocket would be slightly more powerful than SpaceX's Falcon 9 but smaller than its Starship. With industry veterans from Blue Origin and SpaceX on board, Cowboy Space aims to have its first operational system ready before the end of 2028, potentially revolutionizing how AI compute is delivered in the coming decade.