Starfish Space
Starfish Space is giving life to on-orbit services! Our Otter servicing vehicle maximizes satellite capabilities through life extension and debris removal missions.
https://www.starfishspace.com/
51-200 employees
Growth Trajectory
Starfish Space plans to expand its services beyond life extension and disposal to include in-space inspection, orbital relocation, logistics, repairs, component upgrades, and in-space assembly and manufacturing. They are actively developing their autonomous RPOD technology and adaptable docking solutions to achieve this expansion, aiming to validate core technologies through future missions.
Technical Challenges
Advancing and validating autonomous RPOD technology for reliable satellite docking.
Developing versatile docking solutions compatible with various satellite types and orbital conditions.
Integrating autonomous systems with existing flight software stacks.
Ensuring the security and reliability of cloud-based infrastructure and data storage.
Addressing technical hurdles related to thruster performance and on-orbit operations.
Complying with data privacy regulations (GDPR, UK GDPR, Canadian data protection laws) while using tracking technologies.
Tech Stack
Autonomous Rendezvous, Proximity Operations, and Docking (RPOD) technologyElectric propulsionGuidance and control software (Cephalopod)Docking device (Nautilus)Binocular computer vision for navigationCloud computing servicesCookies and similar tracking technologiesWeb beaconsPixels
Team Size
Engineering teams focused on guidance and control software, docking technology, and satellite servicing vehicle development.
Executive leadership focused on business strategy and market expansion.
No specific structure based on job description, only that the team is growing.
Key Risks
Technical difficulties, such as the past thruster anomaly, could delay missions and impact credibility.
Maintaining competitive pricing in the satellite servicing market requires continuous innovation and cost control.
Reliance on third-party vendors for cloud services and other infrastructure components introduces potential security and operational risks.
The increasing number of satellites in orbit could lead to regulatory and sustainability challenges in space activities.
Talent acquisition in the specialized field of autonomous satellite servicing may be difficult.
Opportunities
Expanding services to address the growing need for in-space inspection, orbital relocation, and debris removal.
Leveraging their autonomous RPOD technology to secure partnerships with satellite operators and government agencies.
Developing advanced docking solutions that become an industry standard for satellite servicing.
Capitalizing on the increasing demand for sustainable space activities by promoting safe satellite disposal methods.
Offering component upgrades and in-space assembly services to extend the lifespan and capabilities of existing satellites.
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