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A space failure has opened a niche: demand for ground infrastructure is growing faster than launches. Where is the money in USD, and how can you enter before competitors?
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Elon Musk's space dreams of a trillion-dollar IPO are built on a physically impossible plan, and this creates a real sales channel for those ready to offer the market working alternatives today.
What happened
SpaceX announced an IPO with a valuation of $1.75-2 trillion, justifying it with plans to build an orbital data center with 1 million servers and power consumption of 100 gigawatts. Experts from Harvard, NASA, and European observatories say the plan ignores basic thermodynamics. There is no air in space for convection, so cooling is possible only through infrared radiation, which is 4.5 times less efficient than on Earth. Each satellite must generate 100 kW of heat and have radiators the size of a football field.
Solar panels for 100 GW will occupy an area of 100 million square meters. The FAA Department is already warning of the risk of human casualties from falling space debris by 2035. In parallel, China's CAS Space sells launches at $1,970 per pound versus $3,100 for Falcon 9, while AST SpaceMobile promises to cover the entire planet with 90 satellites instead of 34,000 Starlink V3 satellites.
How this is useful for business
The technological gap between SpaceX's promises and reality creates a window of opportunity in several segments. The satellite internet market is estimated at $50+ billion by 2030, and the current leader risks losing its monopoly because of dependence on the still-untested Starship. Competitors with cheaper rockets and more efficient technologies get a chance to occupy the emerging niche. Investors who believed in space fairy tales are looking for working alternatives and are ready to pay for them.
How to make money from this
The unit economics of space services are changing: Chinese launches are already 36% cheaper than SpaceX, and this gap will grow as reusable technologies are mastered in Asia. AST SpaceMobile works with existing 5G smartphones without additional equipment, reducing the subscriber connection cost to $50-80 versus $500+ for Starlink V3 with a proprietary modem. Ground-based data centers with GPU clusters for AI remain 3-5 times cheaper than orbital solutions and do not require engineering miracles.
Entrepreneurs can monetize through intermediation between Asian space companies and Western clients, creating services based on alternative satellite constellations or investing in proven ground-based AI infrastructure.
Business ideas
1. Launch broker: aggregate offers from CAS Space, Rocket Lab, and Blue Origin for corporate clients, earning an 8-12% commission on each contract. The commercial launch market is $15 billion annually.
2. Satellite communications consulting: help companies choose between Starlink, AST SpaceMobile, and ground-based solutions, advising on coverage, latency, and cost of ownership. Average project check: $50,000-200,000.
3. Backup communication channel: sell businesses redundant channels through alternative operators, including AST and Asian constellations. Subscription: $500-2,000 per month for guaranteed 99.99% uptime.
4. Turnkey AI data centers: build modular data centers in regions with cheap electricity and offer GPU time to startups at $2-4 per H100 hour. Payback period: 18-24 months.
5. Satellite equipment distribution: become a regional dealer of terminals for AST SpaceMobile or Asian operators. Margin of 20-30% per device, with recurring revenue from subscriptions.
Risks and limitations
SpaceX may solve the engineering problems; the company has already proven its ability to do the impossible with reusable rockets. Regulatory barriers for Asian operators in Western markets remain serious. AST SpaceMobile's technology has not yet been commercially scaled. Ground-based AI data centers require significant capital expenditure and access to cheap electricity. Market consolidation may push out small players within 3-5 years.
7-day action plan
Day 1-2: Study the price lists of CAS Space, Rocket Lab, and Blue Origin on their official websites. Compare the cost per pound of payload and available orbital slots.
Day 3-4: Contact AST SpaceMobile through the partner form on the company's website. Clarify distribution terms and minimum volumes.
Day 5: Create a comparison table of satellite solutions for three industries: logistics, agriculture, and resource extraction. Identify the pain point of each segment.
Day 6: Write a one-page commercial proposal for the selected niche with specific savings figures and an offer to test the solution for free.
Day 7: Conduct 5 ca
Original news: Fast Company · See other news in the news section.
