[Event Report] Kengo Suzuki, President of Space Seed Holdings, Speaks on the English-Language Panel at “SPACETIDE 2026”
Space Seed Holdings Inc. (Headquarters: Minato-ku, Tokyo; Representative Director and CEO: Kengo Suzuki, “the Company”) announces that its Representative Director and CEO, Kengo Suzuki, spoke on the English-language panel session “When Will Re-Entry Services Usher In a New Era of Expansion for the LEO Economy?” held on Thursday, July 9, 2026, at “SPACETIDE 2026,” the space business conference organized by the general incorporated association SPACETIDE (dates: July 6–9, 2026; venue: Toranomon Hills Forum and others).
The session was a panel discussion on the significance of Earth–space transportation and return-to-Earth capabilities. As a practitioner of space-focused deep tech centered on space-utilization research, Suzuki joined the discussion on the value that return-to-Earth capabilities bring to space-utilization research.
Session Overview
| Item | Details |
|---|---|
| Session | When Will Re-Entry Services Usher In a New Era of Expansion for the LEO Economy? |
| Date & time | Thursday, July 9, 2026, 9:50–10:40 (JST) |
| Venue | Toranomon Hills Forum |
| Format | Panel discussion in English |
| Theme | The significance of Earth–space transportation and return-to-Earth capabilities |
Discussion at the Session
Against the backdrop of an expanding low-Earth-orbit (LEO) economy, the panel examined when and how re-entry and return-to-Earth services—bringing objects back from space to the ground—will open up a full-fledged market. While the reusability of rockets has dramatically lowered the cost of “getting to space,” services for “bringing things back from space to the ground” remain scarce. The panel shared the view that the ability to reliably return the results and samples of in-orbit experimentation and manufacturing to Earth will shape the next stage of growth for the LEO economy.
The panel brought together a developer of return vehicles (capsules), an operator of recovery platforms, space investment and advisory, space business development, and a practitioner of space-utilization research. From the differing standpoints of transportation, recovery, utilization, and investment, the participants discussed from multiple angles the conditions needed to commercialize return-to-Earth services.
Panelists (in alphabetical order by surname)
- Dana Baki — Chief Commercial & MENA Officer, The Exploration Company
- Jeremy Hallett — Executive Director, Brindabella & Company
- Kazunari Miyamaru — Chief Operating Officer, ElevationSpace Inc.
- Kengo Suzuki — Representative Director and CEO, Space Seed Holdings Inc.
- Shuji Yamazaki — Head of Business Unit, Space BD Inc.
The panel exchanged views from the perspectives of The Exploration Company (Europe), which provides space transportation and recovery using reusable return capsules; ElevationSpace (a startup originating from Tohoku University), which develops the compact space-utilization platform “ELS-R” built around atmospheric re-entry and recovery technology; Brindabella & Company (Australia), which addresses capital and market formation from an investment and advisory position specialized in the space and defense sectors; and Space BD, which handles business development and integration for space utilization. To these players on the “transport and bring-back” side, Suzuki offered the demand-side perspective of space-utilization research—“what will we measure, and what will we create, once samples are brought back?”—articulating the value of returning to Earth from the standpoint of utilization research.
Kengo Suzuki’s Key Remarks
Speaking as someone who conducts R&D and drives business on the front lines of space-utilization research, Suzuki centered his comments on the following three points.
1. Utilization research in LEO is the foundation for expanding humankind’s sphere of activity into space.
Utilization research in low Earth orbit (LEO) is an indispensable foundation for humankind to eventually expand its sphere of activity to more distant reaches of space. LEO is the frontier where the behavior of life and matter in the space environment can be systematically verified, and the accumulation of knowledge gained here is precisely what will support space utilization and space habitation beyond it.
2. The importance of high-precision ground-based measurement through sample return (return to Earth).
In the space environment, biological changes can occur—such as epigenetic changes to the genome—that are difficult to capture through in-orbit measurement alone. To capture these subtle, multifaceted changes without omission, it is decisively important not to rely solely on the limited measurement conditions in orbit, but to reliably return samples to Earth and measure them fully in high-precision ground-based analytical environments. Suzuki emphasized the significant role that re-entry and return-to-Earth (sample return) capabilities play as the precondition for enabling this high-precision ground-based measurement.
3. Automating research with LLMs makes research in LEO more meaningful.
Research automation using large language models (LLMs) makes research in LEO—where human labor and crew time are limited—more meaningful. Suzuki reported that the Company is advancing, as one of its core technologies, the R&D of “SpaceAgent,” an autonomous experimentation platform that seamlessly connects observation, judgment, and operation. Within the “round trip between space and Earth”—running experiments autonomously in orbit and bringing their results and samples back to Earth—SpaceAgent takes on the autonomy of in-orbit research and stands in a relationship of mutually reinforcing value with return-to-Earth capabilities.
The Company’s Initiatives — The Autonomous Experimentation Platform “SpaceAgent”
One theme of space-utilization research related to the Company’s core business is “SpaceAgent,” an autonomous experimentation platform that leverages LLMs. SpaceAgent connects the sequence of “observe, judge, and operate” in experimentation and advances experiments without presupposing constant human intervention—aiming, in effect, to create an “AI researcher that runs experiments in space.”
In June 2026, the Company announced that it had jointly filed two patents related to the infrastructure supporting autonomous experimentation in the space environment, together with Regenesome Inc., IDDK Co., Ltd., and Spacenome Lab., Inc. The return-to-Earth theme of this session connects naturally with this “space ↔ Earth” cycle, and SpaceAgent is positioned as an element responsible for the autonomy of in-orbit research.
Comment from the CEO
“I believe re-entry and return to Earth are not merely a means of ‘bringing things back,’ but research infrastructure for fully verifying, on the ground, the changes that occur in space. In the space environment, phenomena such as epigenetic changes to the genome can occur that cannot be fully measured in orbit alone. That is exactly why it holds great meaning to be able to reliably return samples to Earth and measure them with precision in high-accuracy ground-based environments.
On that basis, making the most of limited in-orbit resources requires automating the research itself. With ‘SpaceAgent,’ an autonomous experimentation platform that connects observation, judgment, and operation, experiments can move forward without a person having to be constantly present—realizing, in effect, an ‘AI researcher that runs experiments in space’—and we aim to make research in LEO far more meaningful. I was truly glad to exchange views frankly, through an English-language session, with the diverse players aiming for space at this international forum.”
—Kengo Suzuki, Representative Director and CEO, Space Seed Holdings Inc.
Future Outlook
The Company intends to grow its space-utilization research platform, including the autonomous experimentation platform “SpaceAgent,” into a research foundation that enables the autonomy of in-orbit research. In parallel, the Company will explore the global deployment of such platforms going forward. Through international forums for discussion such as this session, the Company will continue its efforts to connect space-utilization research with society.
About Space Seed Holdings Inc.
Space Seed Holdings Inc. is a space-focused deep-tech venture builder with the mission of “Turning Science Fiction into Nonfiction.” The company engages in investment, research, and venture creation, centered on operating the “Fermentation and Longevity Fund,” which supports the social implementation of fermentation and longevity technologies to address societal challenges. In collaboration with diverse stakeholders, Space Seed Holdings aims by 2040 to assemble the technologies necessary for sustained human habitation in space.