88,183 people. 194 countries. $124M+.
And one industrial factory that shouldn't exist.

Every venture person knows the funnel. A founder has an idea. Friends and family put in the first ten thousand dollars. Angels come in for a seed round. A venture firm writes the Series A check. B, C, D follow if the company grows. Somewhere around the late stages, the company either goes public or gets acquired, and the early believers get paid.

This is how almost every technology company of the last fifty years has been built. It is the model that funded Google, Meta, Stripe, SpaceX, and roughly every name you can think of. It concentrates capital in very few hands, moves fast, and generally works.

What it is notdesigned for is heavy industry. You don't build factories on a Series A. You don't buy industrial land, stamp steel, and develop proprietary motor technology in a two-year sprint with a five-year exit horizon. For that, you historically needed either a billionaire with conviction, or a state-backed conglomerate, or a public company with decades of retained earnings to redeploy.

Crowdfunding, meanwhile, was supposed to be the thing you did on Kickstarter when you wanted to ship a smart watch. Retail investors were the unserious money. The marketing warm-up before the real institutional round.

And yet, in June 2017, a company was quietly registered in Vanuatu with a founding premise that contradicted almost all of this. It would not raise a seed round. It would not approach a venture fund. It would go directly to ordinary people around the world, offer them small ownership stakes in real industrial projects, and attempt to build physical infrastructure — factories, not apps — on the strength of their collective checks and the work of a distributed network of regional representatives compensated on commission.

Nine years later, the experiment is still running. The company now holds an indefinite-term Russian Ministry of Industry license, registered April 1, 2026. The numbers no longer look like a curiosity.

Before we argue about what any of this means, the facts on the table.

As of the end of 2025, the platform reports 88,183 investors drawn from 194 countries. Capital raised across its two industrial projects: $124,370,594. Of those investors, 23,578 remain actively engaged — attending briefings, following development, and in some cases serving as regional representatives across more than thirty national offices on four continents. The company has been operating for eight and a half years.

Whether any of this is impressive depends entirely on where it's pointed. Ten million dollars is a modest seed round in Silicon Valley; it is also roughly the cost of a small factory in the Russian industrial belt. Eighty-eight thousand investors is unremarkable for a Kickstarter viral hit; it is unprecedented for a project that has spent those investors' money building concrete infrastructure over nearly a decade.

The sums have not flowed through Goldman Sachs or SoftBank. They have flowed, in installments, from ordinary bank accounts in Hanoi and São Paulo and Johannesburg and Kiev, through a Vanuatu holding structure, into industrial construction in a Moscow special economic zone. Venture literature has no established language for this model. It is neither crowdfunding in the Kickstarter sense nor venture capital in the Sequoia sense nor public markets in the IPO sense. It uses multi-level affiliate distribution to acquire capital, and applies that capital to direct industrial equity.

The pattern is strange enough that most venture analysts, on first hearing the description, assume it must be a fraud. They have historical grounds for the suspicion. What they tend not to ask is the second-order question: if it is a fraud, how does one explain the factory?

The first project — the one that has consumed most of the nine years and most of the capital — is, improbably, an electric motor.

More specifically, it is an asynchronous electric motor using a winding technology that the engineer Dmitry Duyunov calls Slavyanka. Duyunov has been working on this problem since 1995. His claim, defended across three decades of prototyping, is that a specific combination of windings — a parallel connection of star and delta configurations within the same stator — allows an asynchronous motor to reach efficiency classes previously associated only with synchronous ones, while remaining dramatically simpler and cheaper to manufacture.

The production facility is a real building at a real address, covering 14,700 square meters — roughly the floor area of two football fields. It holds more than twenty units of modern machining equipment, including vertical machining centers KMT KVL 650 and KMT KVL 1000, a four-axis CNC center CNC4VMC850L with FANUC controls, and a BF-V6 three-axis vertical center. A climatic chamber rated from −50 to +150°C at 98% humidity sits in the testing laboratory. On the stamping line, the equipment outputs one motor core package every fifteen seconds.

Construction of the facility began January 21, 2021. The architectural-planning approval — known in the Russian construction code as AGR — was issued by the Moscow Committee on Architecture on August 14, 2025, under registration number 696-5-25/S. On August 23, 2025, construction was declared complete. On September 17, 2025, the federal construction supervisor Mosgosstroinadzor issued the Construction Completion Conclusion — document number 779-5-30, case file 45,190 — confirming that the built facility complies with the approved project documentation.

One document remains outstanding. The final operational commissioning permit — the separate approval required before full serial production — is still in process as of April 2026, delayed since Q4 2025 by procedural questions from the construction supervisor and by reassignment of leases within Technopolis Moscow. First test batches of angle grinders, built around the Slavyanka motor, are being produced at the facility. Serial commercial production awaits the final permit.

Five patents are currently moving through Rospatent, Russia's national patent office. The technology itself is already entered in the Russian Registry of Perspective Inventions. The model designation DAT-100L6 is cleared as not requiring separate Customs Union certification under TR CU 004/2011 — a routine but concrete regulatory step.

Across its four assumed market segments — hand power tools, traction motors for electric transport, industrial drives, and, notably, aviation engines — Sovelmash has begun its first confidential commercial contracts (October 2025). Two oil-and-gas customers have established working groups on potential motor applications. Conversations with potential industrial buyers in India have reportedly reached national leadership level. Further conversations are underway in China and in Europe.

With the motor facility physically complete and first test production underway, the company did something that surprised even some of its own supporters. They started on a second, more improbable project.

AERONOVA — legally OOO AERONOVA, Moscow, Leningradskoe shosse 37-1, INN 7100032055 — officially launched as a project on March 4, 2025, though retail funding had already begun in August 2024. The engineering core is unusually deep for a young company: chief designer Dmitry Khmel (helicopter engineer, Moscow Aviation Institute, 40+ years in profession, candidate of technical sciences); chief designer of airships Vadim Zubkevich (Bauman, 40 years, former Google Loon, former chief designer of the AU-30 airship); design bureau head Boris Ivchenko (Bauman, academician of the Academy of Aviation and Aeronautics); technical director Fyodor Konstantinov (MSTU Stankin, former Chief Technologist of the Angara launch vehicle at Khrunichev). Institutional partners: Bauman Moscow State Technical University, under a signed contract on the NOVA-2 gondola design; MAI, for the turbine engine calculations; the Dolgoprudny Design Bureau of Automatics, for shell materials; and the Northern research-education center in Yakutia, for Arctic conditions work.

The flotilla so far: NOVA-01, a 130 m³ unmanned test vehicle, already flying — survived a shell rupture incident in September 2025 and was back under helium within 48 hours. Aerolyot-01, 188 m³ hybrid with four independently-controlled thrust motors (NOVA-01 has two), made its first full flight on January 23, 2026 — vertical take-off and landing, hover, maneuvering, full telemetry recorded. In development: NOVA-2, 2,000 m³, designed for 500 kg payload, 6 passengers, and a 500 km range, powered by a 200 hp Belgian-built petrol engine; three variants planned — passenger, unmanned cargo, aerial monitoring. Also active: NOVA-8, 8,000 m³, currently in configuration and mock-up phase. On the design board: NOVA-35, a rigid ten-tonne-cargo airship, 120 m long × 24 m diameter, 35,000 m³ volume — a 1:20 model is being assembled now. A parallel stratospheric program, led by Arkady Didkovsky from Bauman MSTU, has twice flown balloons to the upper stratosphere — 24.5 km for 84 hours in March 2025 (a Russian Book of Records entry) and 24,957 m (GPS peak) in August 2025 from a Rosaviation- coordinated launch site near Kirov.

In October 2025, a delegation from the Sakha Republic — Yakutia — visited the Voskresensk airfield in Moscow Oblast. The following visit produced a formal agreement to develop airships for the Russian Arctic, with applications in cargo logistics along the Northern Sea Route, forest monitoring, infrastructure safety, and tourism.

In November 2025, AERONOVA exhibited at Dubai Airshow— one of the three largest international aviation exhibitions in the world. The company's position was inside Vista, the Airshow's dedicated startup pavilion, among 120 aerospace startups from around the world. The company reports collecting over 300 contacts across three directions — buyers, partners, investors — with expressions of interest from representatives of the United Kingdom, Saudi Arabia, Egypt, India, China, South Korea, Madagascar, and Sri Lanka. International aerospace press coverage of Dubai Airshow 2025 concentrated almost entirely on the fighter-jet rivalry between Russian and Chinese stealth programs and on Boeing-Airbus commercial competition. AERONOVA was covered primarily in Russian-language media (Izvestia) and by Dutch television that visited the booth.

A start-up that was, according to multiple critics since 2022, incapable of ever clearing real aviation regulation had just cleared it.

In 2015, Sergey Brin — co-founder of Google, then roughly the fourth-wealthiest individual on earth, with a personal net worth hovering around $237 billion — founded LTA Researchin Mountain View, California. Its stated mission was to build modern rigid airships for humanitarian logistics and cargo transport. The company's flagship prototype, the 124-meter Pathfinder 1, received FAA Special Airworthiness Certification in September 2023 and conducted its first public flight over San Francisco Bay in May 2025, including a well-photographed pass near the Golden Gate Bridge that produced a brief wave of coverage in IEEE Spectrum, Wired, and SF Standard.

In 2024, a company funded not by a single billionaire but by a distributed network of approximately 88,000 ordinary retail investors began development of the same class of vehicle. In 2025, both airships were in the sky.

While Brin builds airships with his billions, AERONOVA builds them with the collective effort of tens of thousands of ordinary people. Different paths. Same sky.

This would be an incomplete story without the critics, and the critics have had plenty to say. Across critical blogs and consumer-complaint sites from 2018 through 2024, the company has been called a financial pyramid, a scam, a fraud, and — most frequently — “just another MLM with shares instead of vitamins.” The charges deserve serious engagement rather than dismissal.

Below is a candid reckoning. The first row is the hardest.

This is not a uniquely unusual story. Russia has produced a remarkable amount of world-changing technology over the past four decades. What makes Solar Group unusual is only the method.

The pattern is visible enough to be uncomfortable. Russians build world-altering technology. They usually do it either by leaving Russia, or by accepting Western venture capital into projects based elsewhere, or both.

What Solar Group is attempting is a third path: building industrial technology from Russia, funded by ordinary people from 194 countries, without venture capital, without emigration, without a Western exit. Just a factory in Zelenograd, an airship hangar on Leningradskoe shosse, and a ministry license on file. Whether the path scales, whether it survives contact with serial production challenges, whether the distributed investor base eventually sees cash returns on their stakes once the project companies go through equity conversion — none of this is determined yet.

The only thing that is determined is that the path has been walked, at least this far.