Starfish Space was founded in 2019 by former Blue Origin engineers Austin Link and Trevor Bennett to make satellite servicing small enough, autonomous enough, and cheap enough to become a normal orbital service. The Seattle-area company has moved from Otter Pup demonstrations to customer missions, including Space Force, SDA, NASA, and Intelsat work. A reported $100 million-plus Series B in 2026 puts its Otter spacecraft under a sharper commercial test. AI-generated image Editorial visualization of an Otter-class servicing vehicle approaching a customer spacecraft. Key Stats 2019 Founded $54.5M Space Force Contract $52.5M SDA Disposal Contract 2027 SDA Target Why Starfish Matters Now Starfish Space belongs on a cislunar watchlist because the Moon economy depends on a capability that is still rare in Earth orbit: safe autonomous rendezvous with valuable hardware. Cislunar logistics will need inspection, relocation, rescue, disposal, and life-extension services around lunar transfer orbits, NRHO, GEO, and LEO staging points. A company that can approach and dock with spacecraft is building one of the basic tools of that future. The company is not selling a lunar tug today. Its first market is more practical. Otter is designed to inspect, dock with, maneuver, and eventually dispose of or extend the life of satellites. That focus is useful because customers already have a problem. Satellites lose propulsion margin, drift toward end of life, need inspection after anomalies, or must be removed from crowded orbits. Starfish has also taken a deliberately smaller-vehicle path. Northrop Grumman proved that life extension can work with the Mission Extension Vehicle, but that spacecraft is large and expensive. Starfish is betting that a smaller autonomous vehicle can serve a broader customer base and make servicing less like a bespoke rescue mission. The strategy has gained urgency as orbital congestion increases. The Space Development Agency, commercial GEO operators, national security customers, and civil agencies all need disposal and servicing options that do not depend on perfect satellite behavior at end of life. The value of a satellite is not only its launch cost. It is also the spectrum rights, orbital slot, mission continuity, and replacement delay. Company Core Product Commercial Test Starfish Space Otter servicing vehicle Turn RPO and docking into repeat missions Astroscale Servicing and debris removal Scale removal and life-extension contracts Northrop Grumman Mission Extension Vehicle Large GEO life-extension proof Impulse Space Orbital mobility vehicles Move spacecraft across useful orbits From Otter Pup to Contracted Otters Starfish’s development path has been unusually transparent because its first demonstration had to recover from trouble. Otter Pup 1 launched in 2023 on a rideshare mission and was deployed after an issue with the orbital transfer vehicle. The spacecraft began spinning rapidly, which could have ended the mission. Instead, the team stabilized it and later completed a rendezvous and proximity operations pass near a D-Orbit ION vehicle. That recovery matters more than a clean animation would have. Servicing companies need guidance, navigation, and control software that can handle imperfect situations. The Otter Pup 1 experience gave Starfish flight data under stress, then a successful close approach that showed the core relative-navigation stack was not only lab software. The company followed with Otter Pup 2 and Remora-related work that pushed autonomous rendezvous closer to customer-grade operations. Public company updates and industry reporting describe a push toward docking with unprepared satellites, using lightweight sensors and closed-loop autonomy rather than a heavy, expensive sensor suite. The customer list then changed the company’s status. Starfish won a Space Force contract for an Otter vehicle, an SDA contract for end-of-life disposal of Proliferated Warfighter Space Architecture satellites, NASA debris inspection work, and an Intelsat life-extension mission. Those are different use cases, but they share the same core requirement: approach a target safely and make a useful orbital change. The Product: Otter as a Small Servicing Vehicle Otter is best understood as a compact servicing spacecraft built around autonomy. It is intended to rendezvous with a client satellite, dock or attach through a suitable interface, then provide a maneuver, disposal, inspection, or life-extension service. The exact mission profile changes by customer, but the product thesis is consistent: make physical interaction in orbit routine. Autonomy is the center of that thesis. A servicing vehicle has to estimate the target’s relative position and motion, plan a safe approach, avoid collision, manage lighting and communication limits, and maintain control authority close to an object that may not be cooperative. That is a hard software and operations problem, not only a propulsion problem. The company’s CETACEAN relative-navigation software is part of that story. Starfish has framed it as a way to use lightweight sensors and onboard computation to reduce cost and complexity. That matters because a servicing business cannot scale if every mission needs huge hardware, long ground-in-the-loop procedures, and custom operations teams. Funding, Customers, and Cislunar Relevance Starfish raised seed funding in 2021, a Series A in 2023, and additional funding in 2024 before the reported $100 million-plus Series B in 2026. The newest round was described as supporting Otter missions, customer demand, and team expansion. For a company building spacecraft, that money is not excessive. It is the price of moving from demonstration to operations. The customer mix is a strength. Space Force work gives the company national security credibility. SDA disposal work connects it to proliferated constellations, where end-of-life management becomes a fleet problem. NASA inspection work validates civil interest. Intelsat gives the company a commercial GEO use case where life extension has clear financial value. Cislunar infrastructure will make servicing harder and more valuable. Spacecraft near the Moon operate with longer communication delays, different lighting geometry, fewer rescue options, and more expensive replacement paths. A failed docking port, depleted propulsion system, or stuck spacecraft around lunar orbit can threaten an entire mission chain. The 2026 Watchlist The most important signal is the first full Otter mission. Investors and customers will watch whether the vehicle launches on schedule, completes rendezvous, performs the contracted service, and produces clean operational data. A successful first mission would change how seriously the market treats small servicing vehicles. The second signal is contract conversion. Options under the SDA work, additional Space Force buys, and follow-on commercial orders would show that customers see Otter as a repeatable service. One mission proves capability. Repeat contracts prove demand. The third signal is docking with unprepared targets. Starfish’s long-term value rises if it can service satellites that were not designed around its hardware. That unlocks a much larger installed base. The fourth signal is unit economics. The company does not need to disclose every cost, but customers will infer whether Otter can be priced below replacement or traditional life-extension options. Why Starfish Deserves the Profile Starfish Space is still early, but it is early in the right place. The company is building a capability that space infrastructure cannot avoid: autonomous close approach and useful physical work around existing spacecraft. Its founding team came from serious aerospace backgrounds, its demonstration history includes both anomaly recovery and successful proximity operations, and its customer list now includes the Space Force, SDA, NASA, and Intelsat. That combination is stronger than a generic servicing p