We Started With a Personal Crisis

No. SPIRO is a nanocomposite material with measurable ferromagnetic properties. It doesn't emit energy or frequencies. It's a passive filter: electromagnetic waves that interact with its nanomagnetic structure undergo natural spin reorganization. The effect is physical, not energetic.

SPIRO doesn't interfere with wave trajectory or signal strength. It affects the spin polarization of particles within the electromagnetic field. Radiation from artificial sources interacts with the material's nanomagnetic properties, and the disturbed spin polarization is reorganized to a natural state. The signal continues to propagate normally — it's just no longer carrying the artificial polarization that causes biological stress.

It depends on the frequency. For radio waves (RF), the material needs about an hour after initial placement to build maximum response. The filtering effect extends several feet in open space and diminishes through walls depending on their density. For extremely low frequency (ELF) and low frequency (LF) fields, the material must be placed directly on or near the source — distance significantly reduces effectiveness at these frequencies.

Multiple methods. In controlled lab environments: OTA (Over-The-Air) and EMC tests. In field conditions: RF spectrum analysis, WiFi spectrum analysis to track changes in signal propagation patterns, and biophotonic environmental scans using GDV cameras. We also measure practical outcomes like download/upload speeds, noise levels, and signal-to-noise ratios before and after implementation.

Yes. A double-blind clinical study was published in the Journal of Applied Biotechnology & Bioengineering. Conducted by the Saint-Petersburg Scientific-Research Institute for Physical Culture with the North-Western Medical University, it tested 50 subjects over 30 days measuring HRV, sleep quality, and stress index. The experimental group showed significant positive changes; the control group showed negative changes over the same period.

IGEF (International Society for Electrosmog Research) conducted HRV tests on 20 EHS cases between 2013-2015 and certified our products for improving HRV and autonomic nervous system activity. Dr. Robert M. Leal Lue followed 144 EHS cases using SPIRO products from 2014-2018. Prof. Konstantin Korotkov, inventor of the GDV camera, verified SPIRO's functionality in his own lab.

The foundational research comes from scientists including Dimitris J. Panagopoulos, Olle Johansson, and George L. Carlo, whose paper "Polarization: A Key Difference between Man-made and Natural Electromagnetic Fields, in regard to Biological Activity" identifies artificial polarization as the core biological problem with man-made EMF — not intensity or frequency alone.

No. We support the ALARA principle (As Low As Reasonably Achievable). SPIRO complements exposure reduction strategies — it doesn't replace them. For EHS individuals, we recommend habit changes, proper nutrition, detox protocols, light quality assessment, power quality verification, and grounding, alongside SPIRO implementation. The goal is coexistence with technology, not dependence on any single solution.

No. We treat environments, not people. We guide individuals toward appropriate medical and environmental support — functional medicine specialists, environmental doctors, proper nutrition protocols — while providing tools to reduce environmental electromagnetic stress. When the environment improves, symptoms typically improve. But we're not a medical intervention.

Yes. NOXTAK co-founder Joaquín Machado completed a thesis at UNEATLANTICO University in 2021 demonstrating the scientific rigor of using GDV cameras to test SPIRO effectiveness. The thesis received recognition from the academic panel. The GDV method was independently validated by Prof. Korotkov's lab. It's one of several measurement tools we use — not the only one.