Executive Overview
For generations, the cosmos has remained the exclusive domain of sovereign states, elite astronauts, and multi-billion-dollar aerospace conglomerates. To catch a glimpse of Earth’s curved, azure horizon or the stark silhouette of a solar eclipse was a privilege reserved for science fiction, military pilots, and government-funded researchers.
Today, that paradigm is fracturing.
In a move that bridges commercial enterprise and cosmic expansion, aerospace startup Symphony Space has officially unveiled Project Rhapsody. Billed as the world’s first orbital creative studio, Project Rhapsody is a turnkey service designed to send everyday consumer products—from luxury sneakers to avant-garde sculptures—into low-Earth orbit. There, autonomous systems capture hyper-realistic, un-fakeable promotional footage against the backdrop of our planet, entirely bypassing the need for human astronauts or costly, heavily restricted crewed missions.
Spearheaded by co-founders Merry Walker, a former U.S. Foreign Service Officer, and Nicolas Maubert, a seasoned French space engineer, Symphony Space aims to bridge a critical gap in the burgeoning space economy. By leveraging a proprietary, autonomous station called Adagio-Mini—slated for deployment in the second half of 2028—the company intends to lower the financial and logistical barriers of space access. The result is a dramatic pivot: transforming the final frontier from a sterile theater of geopolitical competition into an open-air marketplace for global brands, cultural institutions, and independent artists.
Detailed Chronology: From Airport Reunion to Orbital Reality
The origins of Project Rhapsody read like a modern entrepreneurial fable, moving at a velocity that defies traditional aerospace timelines.
The Diplomatic Genesis
The groundwork for Symphony Space was laid years before its incorporation, borne out of international diplomacy. Merry Walker served as a U.S. Foreign Service Officer across four continents, navigating complex supply chains, geopolitical realignments, and shifting economic tides. During her diplomatic tenure, she crossed paths with Nicolas Maubert, a distinguished French space engineer. Together, the pair were tasked with establishing a comprehensive space dialogue between the governments of France and the United States.
Though both eventually transitioned into the private sector, their paths serendipitously re-crossed at an airport. Over an impromptu cup of coffee, Walker shared her nascent vision: to launch a company that would fundamentally democratize access to low-Earth orbit.
"I told him I started this company, and my mission is to democratize access to space, but we have to figure out how to do that," Walker recalls. "And he’s like, ‘Oh, I have ideas.’"
Rapid Momentum
Those ideas crystallized rapidly. What began in late 2025 as a casual back-of-the-napkin concept has evolved into a fully fledged aerospace enterprise. In less than a year, Symphony Space has scaled to a team of over 40 employees, secured two foundational patents, finalized structural designs, and prepared for the late-year launch of its initial manufacturing facility.
According to the company’s roadmap, Project Rhapsody will unfold in three distinct phases:
- Phase One (Now through Mid-2028): Finalization of the Adagio-Mini autonomous station, stress-testing of standardized flight-ready payload containers, and the curation of founding commercial and artistic partners.
- Phase Two (Q2 to H2 2028): Launch of a demonstrator vehicle in the second quarter to execute initial testing, culminating in the official deployment of the Adagio-Mini space station in the second half of 2028. This station will possess the capacity to host up to 12 distinct works simultaneously in microgravity.
- Phase Three (2029 and Beyond): Expansion of orbital residencies aboard dedicated spacecraft. Over time, Symphony envisions Project Rhapsody evolving far beyond a production studio, potentially expanding into an orbital school, a streaming platform, a catalog of space-native art, and a new creative medium altogether.
Supporting Context & Metrics: The Mechanics of Autonomous Orbital Media
To understand the economic disruption represented by Project Rhapsody, one must examine the prohibitive historical costs of space payload integration.
The Cost and Time Bottleneck
Traditionally, commercial entities looking to send payloads into space faced immense hurdles. Hitching a ride aboard the International Space Station (ISS) requires rigorous, expensive astronaut certification programs. Brands must queue behind scientific experiments, adapt to unpredictable astronaut schedules, and endure a vetting process that can span several years.
Furthermore, historical space missions have largely relied on single-use, one-way satellites—a methodology that contributes significantly to the escalating problem of orbital debris—or massive, human-tended space stations.
"There’s really no in between," Walker observes. "And that’s why we are doing this. The industry is at this amazing point in time where the whole mission cycle has matured significantly. We’re now able to do what we’re doing in a way that would not have been possible even five to 10 years ago."
The Symphony Solution: Autonomy and Robotics
Project Rhapsody circumvents human-driven delays by relying entirely on automation, advanced artificial intelligence, and robotics.
When a brand partners with Symphony, the process is streamlined:
- The client provides their concept, material, or approved commercial product.
- Symphony integrates the item into a standardized, flight-ready container.
- Through a strategic partnership with space robotics firm ORBES, Symphony utilizes its Exo-ORB satellite technology. Once deployed from the station, the Exo-ORB captures dynamic, cinematic flybys and orbital footage of the client’s product both internally and externally against the backdrop of the Earth.
- Upon mission completion, clients can choose to have their products returned safely to Earth or left in orbit for continued material testing and experimentation.
Economic and Temporal Efficiency
By removing human astronauts from the operational loop, Symphony slashes overhead expenses drastically. Walker estimates that the company’s autonomous model operates at a cost four to 10 times lower than traditional crewed alternatives.
Timeframes are compressed just as severely. While crewed missions demand years of preparation to fit NASA or international astronaut schedules, Symphony boasts an agile turnaround.
"We could probably fly a company within a matter of months and do whatever is necessary," Walker states. "The entire mission could be completed by the time their product would even be astronaut-qualified."
Symphony operates on a flexible, tiered pricing model dictated by metrics such as mass, volume, mission duration, and specific technical requirements.
Official Statements & Leadership Insights
The leadership team at Symphony Space approaches the final frontier through a unique dual lens of geopolitical realism and unbridled creative optimism.
Navigating Geopolitics
Walker’s background as a U.S. Foreign Service Officer—with assignments spanning four continents—heavily influences her management philosophy. She stresses the importance of understanding macro-level externalities in corporate strategy.
"As a CEO, you have to understand shifts in supply chains and the flow of critical materials," Walker explains. "How will that put pressure on where your components are coming from? How will tariffs and other economic measures impact you? Where are the opportunities for future partners and growth? What markets are emerging, and what do consumers care about?"
This geopolitical foresight is critical when operating in an environment as legally fragmented as low-Earth orbit. Unlike terrestrial industries governed by localized federal bodies, space lacks a single, overarching global regulator.
CTO Nicolas Maubert highlights the complexities of cross-border orbital architecture:
"Each country is responsible for regulating space. But when you launch a satellite, it doesn’t stay over one country—it travels around the Earth."
Because Symphony’s spacecraft continuously cross international jurisdictions, the company must proactively coordinate with licensing authorities while honoring international treaties on the peaceful uses of outer space—a policy conversation originally initiated at the United Nations during the dawn of the space race.
Sustainability by Design
Addressing the industry-wide crisis of orbital congestion, Maubert emphasizes that Symphony is deliberately moving away from the "one-and-done" satellite model. Mirroring the reusable infrastructure pioneered by SpaceX, Symphony’s spacecraft—including the Adagio-Mini stations—are engineered for multi-mission durability, boasting operational lifespans of up to 15 years.
"We want to reduce the number of assets, but make them more sustainable and more durable," Maubert notes.
Future Outlook: The Dawn of the Space-Native Economy
As modern society increasingly relies on orbital infrastructure—from global positioning systems to high-speed communications—industry leaders argue that we have barely scratched the surface of what a commercialized space economy can achieve.
Walker draws a parallel to the early days of electrification, comparing current skepticism surrounding commercial space to asking Thomas Edison about the eventual applications of the lightbulb. Beyond media production and advertising, emerging orbital sectors already encompass high-performance data centers and advanced biotechnology manufacturing in microgravity.
By opening the gateway to brands, artists, and cultural institutions, Symphony Space is betting that the democratization of the thermosphere will accelerate public engagement with the cosmos. Project Rhapsody offers an un-fakeable, tangible alternative to computer-generated imagery in an era increasingly saturated with synthetic media.
As Symphony Space prepares for its upcoming manufacturing milestone and subsequent vehicle launches, Walker extends an open invitation to the global market:
"We’re really excited to work with new partners. It’s an open-door invitation to anyone interested in working together to define what space looks like, because space belongs to everyone."