How a Startup from Eastern Europe Brought a Physical Product to the Global Market Without Its Own Manufacturing
Egor Godionenko — the first CEO of Aquabreather and a key co-creator of the Aquabreather Hydroid underwater breathing device — shares what he learned building a globally distributed team, managing risks, and taking his device from concept to international launch. He offers practical advice for entrepreneurs looking to bring a hardware product to market without in-house manufacturing or venture capital.
The startup landscape today is saturated with digital services. In the first quarter of 2025 alone, mobile apps with in-app purchases generated $40 billion — an 11% increase compared to the same period last year. Building an app, attracting the first 10,000 users, and launching an MVP has become a familiar trajectory. But when your product isn’t code but something real and physical, the path becomes much more complex. Hardware production requires resources, logistics, certification — and mistakes at the prototyping stage can be costly. These kinds of startups rarely receive early-stage funding, and their market entry cycles are significantly longer. That’s why a new hardware project from Eastern Europe gaining global traction is a notable event.
Egor Godionenko, an aspiring multidisciplinary entrepreneur at the intersection of technology and the arts, and a double Master’s graduate in Entrepreneurship of University of Florida and Management of St. Petersburg State University, began developing the Aquabreather Hydroid in 2019. His goal was both simple and ambitious: to make diving accessible to those who are afraid of scuba equipment, can’t afford expensive gear, or just want to explore the underwater world without lengthy training.
The new device allowed users to breathe underwater without tanks, hoses, or bulky systems — all they had to do was wear a lightweight, sealed helmet. Egor together with his team presented their first working prototype at DEMA Show, one of the world’s largest diving exhibitions. The concept quickly attracted attention from professionals: within weeks, Aquabreather had received nearly 3,000 pre-orders from customers across multiple countries, before serial production had even started.
How to Bring a Physical Product to Market Without a Factory: Lessons From the Field
After a strong debut, the team faced the typical challenges of a hardware startup: engineering, sourcing materials, testing, patents, and certification. But the key question remained — how do you bring a product to market without a factory or significant investment?
Egor chose a distributed team and a hybrid model: engineers in different countries, remote product design, and contract-based manufacturing.
“From the beginning, we built a model that could scale without owning a factory. It’s harder and slower, but it gives you independence and flexibility,” he explains. “My advice here is: don’t rush to set up production in-house. Focus first on validating demand, building trust with contractors, and understanding your cost structure.”
By 2025, the project had reached the international level: the first production cycle was launched, deliveries were arranged to several countries in Europe and Asia, all safety and performance tests were completed, and patents and certifications were obtained. The final version of the product made its international debut that same year — now a finished, market-ready product.
Build the Right Team: Why Distribution Can Work Better Than Centralization
“When building hardware, hire the best specialists you can afford — even if they live in different time zones. Distributed teams are your superpower,” Egor says.
One of the key success factors was team structure. Unlike classic startups where developers work in a single office, the Aquabreather team was distributed globally. Development involved engineers from Russia, Europe, and Southeast Asia. This remote model helped reduce costs and speed up access to niche specialists.
However, this model came with risks: logistics, communication, and quality control. To manage them, Egor implemented a step-by-step verification system — from 3D models to final assembly. This allowed the team to avoid critical errors and maintain control over the project even during unstable periods.
Find Your Market Timing — And Build Around Real Use Cases
Interest in the product was driven not just by engineering innovation, but also by timing. After the 2020–2021 pandemic, demand surged for individualized travel experiences — including underwater tourism without training or certification.
Aquabreather Hydroid arrived at the perfect moment. It opened up diving to a broad audience, including children, seniors, and people with no physical training. Ву addressing unmet needs in underwater tourism, Aquabreather is establishing itself as a reference point for accessible diving technology worldwide.
“We wanted to simplify access to the underwater world. So a person on an island or resort could just put on a helmet — and within a minute, be among the fish. No training, no fear,” Egor says. “If you’re working on a hardware product, tie it to an emotional benefit. Tech specs don’t sell. Experiences do,” he advises.
New versions of Aquabreather are adapted for different depths and water temperatures. While full-scale sales have not yet started, the company is preparing for a broader market entry in the near future — with a gradual transition from closed internal pilots to external field testing involving independent divers and professionals. Initial launches are expected to begin in selected regions such as the UAE, Thailand, Turkey, and Southern Europe over the course of 2026, depending on manufacturing timelines and certification progress.
In 2025, the project began forming partnerships with tour operators and diving centers. One of the offshoots originally developed within the Aquabreather ecosystem was the Aquamind VR mask — a new module designed to bring immersive underwater experiences to those living far from the ocean. As the concept evolved, it became clear that Aquamind VR mask had the potential to become a standalone product, and Egor decided to develop it as a separate project with its own vision and trajectory. The Aquamind VR mask represents an original innovation in immersive technology, combining ergonomic engineering with a novel business model that removes entry barriers for hospitality providers. Its design—featuring symmetrical breathing tubes and interchangeable seals—ensures universal usability, while the zero-upfront-cost distribution strategy positions it as a transformative solution for the global tourism and hospitality industry.
Keep It Flexible — and Focus on Solving a Real Problem
Godionenko’s case is a rare example of how a key co-creator without manufacturing capabilities or VC backing brought a physical product from prototype to international sales. His reliance on agile processes, a highly adaptable team, and strategic execution underscores an exceptional ability to achieve results under circumstances where most comparable projects fail.
Looking back, Egor sees the core value not in the device itself, but in the approach: “Your product will change. Your team might change. But if your process is flexible and your goal is real — you’ll keep moving forward. That’s the mindset I’d recommend to any founder working on a physical product today.”
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