- Polish startup Blue Boson develops water-focused, AI-driven technology to improve heating efficiency and reduce energy waste
- Founded in 2016, it operates under the ESCO performance-based savings model
- Its SCAT system and Water AI Controller promise measurable energy reductions in real-world installations
- Though questions remain about scientific validation and scalability, Blue Boson’s potential breakthrough inspires cautious optimism
Buildings account for nearly 40% of global energy consumption, and much of that energy gets wasted through inefficient heating and cooling systems. Despite widespread adoption of automation and smart controls, many buildings still struggle to optimize energy use without costly infrastructure upgrades. This poses a challenge to find scalable, non-invasive solutions that can deliver immediate efficiency gains and support the global transition toward sustainable energy use.
A Bold Vision of Energy Efficiency and Independence
Founded in 2016 by the renowned Polish entrepreneur Robert Zagożdżon, Blue Boson seeks to address this challenge through innovative water-based energy optimization technologies. The company promises to enhance the thermal efficiency of heating systems by applying electromagnetic treatment to water combined with AI-driven control algorithms. Operating under the Energy Service Company (ESCO) model, Blue Boson offers clients measurable energy savings without upfront investment, positioning itself at the intersection of clean technology, digital innovation, and sustainable energy management.
Between 2007 and 2018, Mr Zagożdżon actively participated in the processes of liberalizing the electricity and gas markets in Poland and several other European countries. This included operations in regulated markets which – although initially opening to competition – often tended to reestablish monopolistic structures over time.
This experience drew the founder to a key conviction: true energy transformation requires solutions independent of politics, with the freedom to operate both technologically and geographically. Mr Zagożdżon found that real change in the energy sector could result from efficiency and the skillful sharing of savings, with minimal implementation costs.
This approach aligns with such EU values as the pursuit of climate neutrality, sustainable development, and the minimizing CO2 emissions. At the same time, it fits within the global trend of energy transition, supported by international ESG directives.
Built on Synergy and Shared Success
Blue Boson also represents an innovative business model based on the ESCO model, which enables clients to adopt the technology without bearing their own investment costs.
‘Our company’s operations are founded on cooperation, synergy, and a deeply rooted belief that only the transformation of consciousness, both market and ecological, can bring lasting change,’ Mr Zagożdżon states.
The Tech: SCAT and AI Controller
Blue Boson’s technology comprises two components: the SCAT (BB Activator) system and the Water AI Controller. The SCAT system claims to use electromagnetic and “quantum physics”-inspired treatment of the water medium to improve heat transfer and prevent scaling, thereby increasing the efficiency of the heating system. Meanwhile, the Water AI Controller applies predictive algorithms and real-time data on water parameters, weather conditions, and user habits to optimize HVAC operations, aiming to reduce energy consumption through smarter control rather than major infrastructure change.
Tomasz Cholewa, Associate Professor at the Lublin University of Technology
According to the founder, this technology is primarily backed by real industrial implementations that have been audited by independent entities, including Engie, alongside Polish, Slovak, and Czech technical universities.
The key research partner is Tomasz Cholewa, Associate Professor at the Lublin University of Technology, the author of an energy efficiency management system for thermal installations. The combination of his control system with our Blue Boson SCAT (WaterAI Activator) solution enables stable and repeatable energy savings to be achieved.
The technology has apparently been tested across a wide range of applications, including industrial facilities, public buildings, hospitals, and manufacturing plants.
A notable example is Blue Boson’s implementation at ŠKO-ENERGO, a company supplying heat to Škoda Auto plants.According to the startup’s information, independent local auditors confirmed an energy consumption reduction of between 10% and 30%, resulting from improved heat transfer and increased efficiency of the heating medium.
‘The system’s effectiveness stems from its unique ability to modify the structure of water as an energy carrier. Structurally ordered water conducts heat and energy more efficiently, leading to reduced losses and improved performance of the entire heating system – without any interference with the technical installation itself,’ Blue Boson’s CTO Jacek Okoń assures.
A Unique Edge in a Crowded Market
Jacek Okoń, CTO at Blue Boson
It’s worth noting that the market for AI-powered HVAC optimization is crowded with established players and innovative startups. Incumbents like BrainBox AI, C3 AI, and the building automation divisions of giants like Honeywell, Siemens, and Johnson Controls offer similar solutions.
The CTO explains Blue Boson’s standout features: ‘While most of the solutions available on the market focus solely on controlling devices using predictive algorithms, our system goes a step further. It not only manages HVAC equipment but affects the medium itself, which is water. We integrate AI with dynamic water condition analysis and modeling of complex thermal phenomena. As a result, we can anticipate the behavior of the heating system well in advance, adjusting operating parameters to changing external and internal conditions. This approach enables significantly higher efficiency compared to conventional control systems.’
Transparent Measurement and Verification
Further, savings are estimated in a transparent manner, based on normative analysis of water parameter changes, which is meant to eliminate speculation and provide clients with a real picture of the results achieved. Because transparency and verifiability are essential, the ESCO model used by Blue Boson ties remuneration to measurable results.
The client has access to complete documentation based on the IPMVP (International Performance Measurement and Verification Protocol) methodology – an international standard for measuring energy savings. The data comes from both independent energy meters and water parameter measurements within the system before and after implementation.
A key component of this methodology is climate correction, carried out using the Degree Days method, adopted by institutions like Eurostat. It allows for the comparison of energy consumption across different seasons and weather conditions so that the technology’s impact is assessed objectively. Data is collected from:
- independent energy and temperature meters,
- analyses of water parameter variability,
- an online dashboard that enables clients to continuously monitor savings.
The entire process complies with European efficiency measurement standards and is applied in energy audits throughout the EU.
Additionally, clients can track system performance in real time via an online interface, ensuring full transparency and confidence in the results. The performative analysis of water parameter changes eliminates speculation and provides clients with a real picture of the results achieved.
Fast and Non-Invasive Implementation
The deployment of the Blue Boson system is fast, non-invasive, and requires no interference with the client’s infrastructure. The installation of the device itself takes a few hours, and the entire process, from audit to calibration, can be completed within a few days. The system is connected to the existing water installation, without the need for any additional permits, operational interruptions, or suspension of energy supply.
Scaling the Vision of Europe’s Energy Future
Robert Zagożdżon, Co-Founder and CEO at Blue Boson
Currently, Blue Boson is seeking strategic partners to help scale its operations primarily in the markets of Poland, the Czech Republic, and Slovakia, followed by Western Europe. As of now, growth is funded by internal resources.
‘Discussions are underway with partners interested in long-term cooperation. Meanwhile, our sales network is growing organically through collaboration with partners who provide maintenance services, energy audits, and technical consulting for end clients. As a result, the reach of Blue Boson technology is continuously expanding,’ Mr Zagożdżon shares.
He strongly believes that the future of energy efficiency lies in solutions that don’t require infrastructure replacement yet deliver immediate, tangible results. As such, Blue Boson’s mission is to enable the transformation of existing heating systems without the need for major investments, making this solution an excellent response to the challenges facing Europe today.
‘Our technology supports the EU’s climate goals, local energy independence, and the decentralization of heat and energy supply. Through savings based on precise management of water as an energy medium, we support not only the environment but also local communities and businesses in achieving greater self-sufficiency,’ Blue Boson’s CEO concludes.
Blue Boson targets one of the most pressing challenges of our time — reducing energy waste in buildings without costly overhauls. Its vision of combining AI with water-based thermal optimization is bold and appealing, especially as Europe seeks scalable paths toward energy independence and climate neutrality. Blue Boson’s promise is indeed an intriguing experiment in a market already filled with strong, academically grounded competitors, awaiting verification and scaling.
Kostiantyn is a freelance writer from Crimea but based in Lviv. He loves writing about IT and high tech because those topics are always upbeat and he’s an inherent optimist!
