The pitch is a simple utility bill, but the infrastructure is a science fiction prop. You have a satellite that needs more power. Instead of launching a bigger, heavier battery, you subscribe to a service. A power-generating satellite, parked somewhere else in orbit, points a laser at your craft. A receiving module on your hull converts the light back into electricity. Your instruments stay online, your thrusters fire, and a monthly invoice appears from a company called Zero Industries [PERPLEXITY SONAR PRO BRIEF].
Founded in 2025, Zero Industries is a San Francisco-based public-benefit corporation building that system, called Helios. In October 2026, it announced a $3 million pre-seed round, led by Maezawa Fund with participation from UntroD Capital Japan, NOW, and Midtown [Automation World, October 2026]. The company framed the amount, approximately ¥470 million, as a record for a disclosed Japanese startup pre-seed [Real Sound Tech, October 2026]. The capital will fund technology development, prototype construction, and engineering hires [Automation World, October 2026]. The ambition is not merely to sell hardware but to become the foundational utility for a new industrial layer in space, starting with a planned 2030 demonstration of satellite-to-satellite power transmission [Gizmodo Japan, October 2026].
The Wedge: Weight as a Tax
The core bet is architectural. Today, a satellite's mission lifespan and capability are bounded by the mass and volume allocated to its power system,solar panels, batteries, fuel. Every kilogram devoted to energy is a kilogram not spent on a sharper sensor, more powerful compute, or additional propellant. Zero's proposition, dubbed "in-space charging," externalizes that function [PERPLEXITY SONAR PRO BRIEF]. The Helios system comprises three parts: the Helios Beam, a dedicated power-transmission satellite; the Helios Cell, a receiver module customers mount on their spacecraft; and Helios Grid, the operating software that manages the power delivery schedule [PERPLEXITY SONAR PRO BRIEF]. The company argues that by turning power from a fixed, onboard asset into an on-demand service, it can unlock new designs for satellite operators, letting them prioritize payload over power plant [Dealroom.co].
A Founding Team Defined by Youth
The company's leadership is its most immediate signal, one that investors clearly found compelling. The three co-founders were teenagers and young adults at the time of the funding announcement.
| Role | Name | Age at Announcement (Oct 2026) |
|---|---|---|
| Founder & CEO | Kai Sugihara | 16 [Automation World, October 2026] |
| Co-Founder & CTO | Yusei Fujii | 19 [Automation World, October 2026] |
| Co-Founder & COO | Koya Tani | 20 [Automation World, October 2026] |
CEO Kai Sugihara, based in the United States, also hosts a podcast on AI and lists himself as founder and CEO of other ventures including Bedrock Space Inc. [LinkedIn, 2026] [X, 2026]. The public materials do not detail the trio's prior technical or operational experience, making their $3 million raise a pure conviction bet on vision and potential. The company also established a Japanese subsidiary, Zero Industries Japan, in March 2026 [PERPLEXITY SONAR PRO BRIEF].
The Roadmap from Demo to Utility
Zero's strategy follows a classic deeptech wedge: prove the physics, then scale the service. The first major public milestone is a technology demonstration of power transmission between satellites, currently slated for 2030 [Gizmodo Japan, October 2026]. The underlying laser power-beaming technology has terrestrial precedent; Mitsubishi Heavy Industries, for example, demonstrated transmitting 10 kilowatts of power over 500 meters in 2015 [Wikipedia]. Scaling that to the kilometers of orbital space and integrating it into a reliable, commercial service is the monumental engineering challenge.
The company has outlined a phased market entry, targeting initial customers where the power constraint is most acute:
- Earth observation satellites, which require significant energy for high-resolution imaging and data downlink.
- Orbital transfer vehicles, the space tugs that need propulsion power to move other satellites.
- Satellite servicing spacecraft, which perform inspection, repair, or refueling and need precise, sustained power for robotic operations [PERPLEXITY SONAR PRO BRIEF].
The longer-term vision extends to powering space data centers, orbital manufacturing facilities, and future lunar outposts [PERPLEXITY SONAR PRO BRIEF]. Each represents a frontier where the economic equation of launching mass from Earth is so punishing that an in-orbit power grid could become not just convenient, but essential.
The Gravity of the Challenge
The ambition is matched by a steep path to revenue. Zero Industries operates in a field with no direct, named competitors in the sources, which is either a sign of a first-mover advantage or an indicator of the market's nascent, speculative state. The primary risks are not commercial but physics-based and regulatory.
- Technical feasibility at scale. While laser power transmission is proven in labs and short ranges, doing it reliably, efficiently, and safely between moving satellites in the harsh environment of space is unproven.
- The customer adoption curve. Satellite operators are notoriously conservative, with long design cycles and extreme risk aversion. Convincing them to integrate a new, external power dependency into their billion-dollar missions will require flawless demonstration and likely significant insurance backing.
- Orbital logistics and regulation. Managing a constellation of power-beaming satellites introduces complex traffic coordination and raises novel regulatory questions about frequency use, space debris, and safety.
The company's answer, for now, is focus. The $3 million pre-seed is earmarked for building the team and prototypes that will make the 2030 demo credible [Automation World, October 2026]. Success hinges on translating that technical demonstration into the first signed partnership with an industrial player, proving that a satellite operator is willing to design a future mission around the promise of a plug in the sky.
The Cultural Question in Orbit
The product narrative is about efficiency, a better way to balance a spacecraft's mass budget. But the cultural question Helios implicitly asks is more profound: what kind of infrastructure do we build when we stop thinking of space as a destination for individual missions and start treating it as a place where industry lives? Zero Industries is not just selling kilowatts. It is proposing the first shared utility for off-world industry, a bet that the future of space will look less like a series of isolated outposts and more like a networked city, where you don't generate your own power, you just pay the bill.
Sources
- [Automation World, October 2026] Q&A: 16-Year-Old CEO Aims To Shift Energy Generation and Distribution | https://www.automationworld.com/business-intelligence/news/55413818/qa-16-year-old-ceo-aims-to-shift-energy-generation-distribution
- [Gizmodo Japan, October 2026] 経営陣は16歳・19歳・20歳。「宇宙の電力会社」スタートアップが設立6か月で4.7億円集めた | https://news.yahoo.co.jp/articles/38194e1e03898d18cae48b6e9fd645ff21da868b
- [Real Sound Tech, October 2026] 宇宙電力インフラ構築を目指すZero Industriesが約4.7億円を調達 CEOは16歳の杉原海 | https://realsound.jp/tech/2026/10/post-2562537.html
- [PERPLEXITY SONAR PRO BRIEF] Company and product overview
- [Dealroom.co] Zero Industries raises $3M in record Japanese pre-seed for orbital power | https://app.dealroom.co/news/note/zero-industries-raises-3m-in-record-japanese-pre-seed-for-orbital-power
- [Wikipedia] Space-based solar power | https://en.wikipedia.org/wiki/Space-based_solar_power
- [LinkedIn, 2026] Kai Sugihara - Zero Industries | LinkedIn | https://www.linkedin.com/in/kai-sugihara-228b76363/
- [X, 2026] Kai Sugihara (@Kai_Sugihara) on X | https://x.com/Kai_Sugihara