FutureOn is a Company operating at the forefront of Clean Energy Innovation
“The transition to sustainable energy requires not incremental adaptation but genuine transformation”
FutureOn’s technology — rooted in Low Energy Nuclear Reactions (LENR) and developed within the framework of the European Commission’s Horizon 2020 CleanHME Project — is evolving from laboratory validation to reliable breakthrough clean energy technology.
Our future LENR based generators also have broader ethical and socio-economic implications in the context of the energy transition, situating FutureOn as both a scientific pioneer and a responsible actor in the global energy landscape.
A Convergence of Science, Technology, and Responsibility
FutureOn stands at the meeting point of scientific discovery and industrial realization. Its mission is to transform validated physical phenomena into safe, accessible, and sustainable energy technologies capable of serving humanity’s long-term needs. Yet this ambition extends beyond technology itself: it reflects a broader ethical commitment to align innovation with environmental preservation, economic resilience, social equity.
FutureOn approach integrates rigorous research, disciplined engineering, and transparent collaboration — a model that mirrors the very principles of sustainable progress. This synthesis of science and responsibility defines the essence of the company’s identity and the purpose of the present — to build the foundations of a cleaner, safer, and truly transformative energy future.
Scientific Breakthrough and International cooperation
At the core of FutureOn’s mission lies a revolutionary technology: the controlled exploitation of the potential inherent in Low Energy Nuclear Reactions (LENR), recently also referred to as Low Energy Anomalous Phenomena (LEAP) or even Quantum Metal Hydrogen energy (QMH energy).
Unlike conventional nuclear fusion processes (e.g. D-D or D-T fusion), which rely on extremely high temperatures and produce hazardous by-products, LENR operates under benign physical conditions while typically releasing substantial, clean thermal energy.
This breakthrough was strengthened and validated within the Horizon 2020 Clean HME Project (Grant No. 951974), a European Commission–funded initiative uniting 17 international partners – including universities, research institutes, and industrial companies – with about 1M€ in funding awarded to FutureOn.
FutureOn has contributed to fundamental LENR research through its role in the EU CleanHME project.
Within this consortium, the Company played a pivotal role in experimental validation and LENR based reactor design, contributing technologies such as the Catalysed Plasma Reactor (CPR), the Stainless Steel Four Electrodes Reactor (SSFER) and the Synergistic Fusion Plasma Converter (SFPC).
These achievements not only validated the scientific principles behind FutureOn’s technology but also positioned the Company within Europe’s leading network of clean-energy innovators.
The results were disseminated through public reports and recognized by the European Innovation Radar, which listed two of FutureOn’s systems among the continent’s “key emerging innovations” in sustainable energy. Visit the European Commission’s website to view FutureOn’s innovator page: https://innovation-radar.ec.europa.eu/innovator/897675152
from Laboratory Innovation to Scalable Energy Systems
Overall, FutureOn’s technologies have advanced within just a few years from brilliant concepts to laboratory prototypes at Technology Readiness Levels (TRL) 3–4, marking a crucial step toward future industrial deployment.
Building on these foundations, FutureOn aims to develop a new class of thermal and thermoelectric (CHP) energy systems known as the LEAPGEN platform — designed to convert LENR effects into continuous and controllable sources of clean power.
Compact, modular, and emission-free, the LEAPGEN systems will be engineered for scalability – from individual households to industrial facilities and distributed grids. This adaptability positions FutureOn to address the dual challenge of energy security and sustainability simultaneously, offering a pathway to global decarbonization without compromising reliability.
3D model of a modular LEAPGEN concept by FutureOn.
A Mission That Transcends Technology
FutureOn’s mission extends beyond technological achievement and innovation outreach. Jointly with our Dutch partners, Restoration Power Corporation B.V. and the Unifying Fields Foundation (www.unifyingfields.org), the Company aspires to redefine the relationship between humanity and energy itself — to replace scarcity with abundance and dependence with autonomy.
By integrating scientific rigor, industrial design, and ethical responsibility, FutureOn envisions a future where energy innovation serves as an instrument of peace, prosperity, and planetary balance.
This is not simply a story of invention; it is the unfolding of a new paradigm in which science and conscience coexist, transforming what once seemed impossible into a tangible reality for the future of our planet. Therefore, investors are invited to join this transformative journey — to participate in shaping the next era of sustainable energy.
The heart of one of the reactor prototypes developed by FutureOn.
Collaboration as the Core of Credibility and Progress
No technological revolution unfolds in isolation. FutureOn’s success and credibility are rooted in a culture of collaboration, peer validation, and institutional transparency. From its earliest research, the company has actively engaged with scientific institutions and industrial partners to ensure that every result meets the highest standards of verification and reproducibility.
This collaborative ethos extends beyond the laboratory. FutureOn views the realization of clean, safe, and abundant energy as a shared global mission—one that transcends industries, institutions, and national boundaries. By promoting open dialogue, the Company invites researchers, innovators, and policymakers to participate in shaping a future where energy abundance supports stability, equality and environmental sustainability.
