The Electron Fluid Engine (EFE) is operating as designed through startup, stabilization, and sustained runtime. At this stage, effort has shifted away from basic validation and toward advanced validation from observed responses and input from industry professionals in a polished TRL-7 package. This phase focuses on understanding how the system behaves once it's observed and integrated as a part of classrooms. Primary focus areas: • Demonstration units are being configured s

As we enter 2026, IRMAD Technologies is heating up and ready to strike. Our latest customer discovery has confirmed what a decade of development suggested. There is genuine demand for our technology. We've received interest in pilot partnerships, including aerospace test data collaboration and education curriculum collaboration. We're solving pain points not only in STEM labs, but in computer science, life sciences, and beyond. Most importantly: We're doing this right. Smart

As 2025 has concluded, IRMAD Technologies reflects on a year defined not by spectacle, but by structure. This was the year the Electron Fluid Engine was built again and then rebuilt from within. A year of advancement, both in technology and of engineering depth, patience, and maturity . We discovered that the technology is promising, unique in both design and utility. The rebuild needed to extend far beyond minor adjustments of systems that had been in place from the beginnin

As IRMAD Technologies prepares for the next major milestone — the demonstration of the Electron Fluid Engine — we’ve taken time to define exactly what “ready” means. Demonstration is not a single moment. It is a standard. True readiness means the system is stable, safe, and predictable. It means the subsystems work not only once, but repeatedly. It means signals are clean, timing is accurate, and the engine behaves the same way across multiple test cycles. It means the rebu

One of the core engineering principles that sets the Electron Fluid Engine apart is its dual-domain architecture: • a logic/sensing domain • a power/actuation domain These two sides of the system communicate with each other, but only through clean, intentional pathways. They never interfere with one another. This architectural philosophy is central to the EFE’s stability — and to its educational value. Isolation is what allows the sensing and control systems to remain ste

With each step of the rebuild, one idea becomes increasingly clear: the Electron Fluid Engine is not defined by any single component, but by the relationships among its subsystems. Coils, magnets, sensors, timing logic, isolation pathways, and storage domains all play specific roles — but the true magic arises from how these pieces move together. The EFE is fundamentally a coordinated ecosystem. When the coils respond to rotational flux, they generate signals that must be cle

Every significant innovation eventually reaches a point where the path forward becomes more intricate than anticipated. For IRMAD Technologies, 2025 became that moment of truth. The Electron Fluid Engine — a system built on balance, timing, and harmonic energy exchange — revealed deeper layers of refinement once we reached the final stretch before demonstration. What began as a planned improvement cycle transformed into a full-scale structural rebuild, uncovering complexities

Where vision, iteration, and discovery converge to turn innovation into industry. The Electron Fluid Engine was born from a decade-long pursuit of a single idea: that energy could be both dynamic and sustainable, born not of waste, but of intelligent design. At IRMAD Technologies, we’re now entering the stage where invention meets discipline — turning our proof-of-concept into a company built for scale. Balancing the rhythm between research and execution has become our daily

How IRMAD is laying the business foundation for a technology built to last. The past year has been about proving possibility. Now it’s about turning that possibility into presence — a place in the market, a position in the conversation, and a plan that endures. At IRMAD Technologies, our focus is shifting from “what works” to “what scales.” We’re building a company designed to last as long as the energy it creates: efficient, balanced, and regenerative. That begins not just w

Turning groundwork into momentum as the Electron Fluid Engine enters its technical rebuild. Every innovation reaches a point where iteration must evolve into validation. For IRMAD Technologies, that moment is now. The Electron Fluid Engine has proven its principle — a working electromechanical system that harvests and reuses its own energy to run its own logic domain and the underlying systems therein while extending battery output and providing usable energy. True isolation

A look at how motion, magnetism, and timing come together to redefine energy. Every generation meets a moment when curiosity drives invention. The Electron Fluid Engine (EFE) was born from that same spark — a desire to see if magnetic motion could be used not just to generate power, but to teach us how energy itself moves. It’s a system that turns invisible physics into visible function, making the science behind it both learnable and inspirational. At its heart, the EFE is a

In Issue #3, we shared why the Electron Fluid Engine (EFE) matters and how it reframes energy use. Now, in Issue #4, we’re focused on what’s next: moving from proof-of-concept to structured acceleration with Innosphere Ventures. IRMAD Technologies is moving forward with determination. Our flagship proof-of-concept is protected under a provisional patent, and development is accelerating through coil experimentation, load balancing, and switch management. The time for launch an

In our first two issues, I shared my journey and introduced the Electron Fluid Engine (EFE). But the real question is: why does it matter? The answer lies in today’s energy challenges. Fossil fuels remain dirty and finite, while renewables like wind and solar, though powerful, depend heavily on location, scale, and weather. Conventional generators are noisy, fuel-hungry, and inefficient. Electric motors are efficient but always tied to an external input. Across the board, our

In our last issue, I shared my journey — from tile and stone craftsmanship to the vision that founded IRMAD Technologies. Today, I want to introduce the innovation at the center of our mission: the Electron Fluid Engine (EFE). At first glance, the name may suggest a literal fluid of electrons. In truth, it’s a conceptual model — seeing the electron itself as the “fuel” that drives our system. Instead of relying on traditional dynamos or motors, which carry century-old ineffic

Hello, my name is Nikola Spalenka, founder of IRMAD Technologies. For the last decade, I’ve been driven by one mission: to rethink how we...