Key Takeaways
- Firefly Aerospace (FLY) shares surged approximately 6% during Wednesday’s morning trading session.
- The space company secured a commercial payload agreement with Starcloud for lunar operations.
- Starcloud will deploy its SC-1L processor to demonstrate AI computing capabilities in lunar orbit.
- The payload will be carried aboard Firefly’s Elytra orbital spacecraft.
- Mission launch is scheduled for 2028 at the earliest.
Shares of [[LINK_START_1]]Firefly Aerospace (FLY)[[LINK_END_1]] gained approximately 6% Wednesday morning following the announcement of a commercial partnership with Starcloud focused on testing artificial intelligence computing technology in lunar orbit.
This partnership expands Firefly’s revenue streams beyond its core lunar landing and transportation offerings. The Starcloud computing payload is scheduled to fly aboard Firefly’s Elytra orbital spacecraft platform.
With a launch window no earlier than 2028, the mission aims to validate technology that could eventually enable data processing centers in proximity to the Moon.
Starcloud’s SC-1L processing unit will collect information from Firefly’s Solux vision technology. The system will then execute AI computations while in orbit before transmitting the analyzed data back to ground stations on Earth.
Starcloud has previously demonstrated comparable AI processing capabilities in low Earth orbit. This upcoming mission extends that proven technology significantly further into deep space, reaching lunar distances.
Mission Architecture and Integration
The Starcloud payload will be integrated into Firefly’s third lunar expedition. Elytra will initially function as both a transfer spacecraft and communications relay supporting the company’s Blue Ghost lunar lander.
The Blue Ghost lander is scheduled to make a surface landing at the Gruithuisen Domes region on the Moon. This mission operates under NASA’s Commercial Lunar Payload Services initiative.
Following completion of its initial objectives, Firefly intends to maintain Elytra in lunar orbit for a five-year operational period. Throughout this extended mission, the spacecraft would provide services to additional commercial and government payloads while conducting imaging operations.
Ezra Feilden, Starcloud’s cofounder and chief technology officer, noted that his company had successfully demonstrated the operation and training of AI models using GPUs in low Earth orbit. He explained that the objective is now to deploy this validated technology in the lunar orbital environment.
Firefly’s Solux vision technology enables spacecraft to determine their orientation and navigate without external guidance. This capability is essential in deep space environments where GPS satellite signals are unavailable.
Firefly’s Expanding Lunar Services Portfolio
Firefly is simultaneously developing its Ocula lunar imaging platform. This service is designed to provide surface mapping capabilities, mineral identification, and reconnaissance functions.
The company recently announced a separate collaborative arrangement with NVIDIA. This partnership will enable Ocula data processing directly aboard Elytra using an NVIDIA Jetson processing module, before transmitting results across the approximately 240,000-mile distance to Earth.
Reducing data volume prior to transmission should enhance the speed and efficiency of the entire imaging operation. This approach provides a pragmatic solution to the challenges of long-distance space communications.
The Starcloud partnership represents another commercial application for Elytra as Firefly works to establish permanent infrastructure supporting lunar operations. This specific mission will utilize the second Elytra vehicle the company intends to deploy in lunar orbit.
The initial Elytra spacecraft is scheduled to launch alongside Blue Ghost Mission 2. That mission has a target launch date no earlier than 2027, placing it one year before the planned Starcloud demonstration flight.





