THE SCIENCE
Understanding EMF Protection
A research-driven approach to living with modern technology
Explore the science behind electromagnetic fields, their effects, and how Waveguard's depolarization technology offers measurable protection.
EMFs in Modern Life
Electromagnetic fields (EMFs) are a fundamental part of modern technology. Smartphones, WiFi networks, laptops, smart appliances, vehicles, medical equipment, and digital infrastructure all rely on EMFs to transmit information and power the connected world.
These technologies are essential and largely unavoidable. EMFs enable communication, productivity, safety systems, and access to information across nearly every environment where people live and work.
As society becomes more digitally connected, everyday exposure to EMFs continues to increase. This reality makes understanding EMFs—how they function and how they interact with our environments—an important starting point.
WiFi Networks
Home routers, public hotspots, and mesh networks broadcast continuously throughout living and working spaces.
Smart Devices
Smartphones, tablets, laptops, and wearables emit EMFs during use and even when in standby mode.
Electrical Systems
Home wiring, appliances, and power lines create electromagnetic fields that permeate indoor environments.
Cell Towers & 5G
Cellular infrastructure blankets urban and suburban areas with constant wireless signals for connectivity.
THE MODERN REALITY
Living in Today's World
The average person is now surrounded by dozens of EMF-emitting devices daily. From the moment we wake to smart alarms to falling asleep with phones nearby, our exposure is constant and cumulative.
10+
Devices per home
24/7
Continuous EMF exposure
Natural EMFs vs Man-Made EMFs
Electromagnetic fields are not new to life on Earth. Natural EMFs have always existed, originating from sources such as the Earth's magnetic field, solar radiation, and atmospheric activity.
These natural fields are generally weak, stable, and biologically familiar. Living systems evolved alongside them over long periods of time.
Man-made EMFs differ in important ways. They are often stronger, continuous, and generated at close range by modern devices such as smartphones, routers, wireless networks, and electrical systems.
Natural EMFs
Weak, stable, biologically familiar. Living systems evolved alongside them.
Man-Made EMFs
Stronger, continuous, close-range. Historically new exposure patterns.
Health Issues Associated With EMF Exposure
As exposure to man-made EMFs has increased, so has scientific interest in potential health-related effects. Research focuses on how long-term, low-level exposure may interact with biological systems over time.
Oxidative Stress
Many studies suggest EMF exposure can increase reactive oxygen species, placing strain on the body's antioxidant defenses.
Neurological Effects
Studies have examined changes in brain activity, sleep quality, cognitive performance, and stress-response markers.
Cellular Communication
Certain studies document changes in DNA integrity, repair mechanisms, and cell signaling pathways under specific EMF conditions.
Some research reports associations with headaches, sleep disruption, difficulty concentrating, irritability, and nervous system overstimulation. Individual sensitivity varies widely, and EMF research does not present a single universal conclusion—but new and ongoing research presents enough effects that we should exercise caution.
Methods for Reducing EMF Exposure
As awareness of EMF exposure has grown, a variety of strategies have emerged to reduce or manage it. These approaches generally fall into two broad categories.
Blocking & Shielding
This approach uses conductive materials to reflect or absorb electromagnetic radiation. Faraday cages are the most well-known example.
While effective in limited settings, shielding is rarely practical for everyday life. Blocking EMFs also blocks WiFi, cellular signals, and other essential wireless services.
Disruptive, expensive, and difficult to maintain
Harmonization Methods
These approaches focus on influencing how electromagnetic radiation interacts with biological systems rather than physically blocking it.
Instead of reducing signal strength, these products aim to modify the perceived biological impact of EMFs while allowing wireless technology to function.
Many lack clearly defined mechanisms or validation
WAVEGUARD'S APPROACH
Depolarization: A Different Approach
Depolarization is the method Waveguard uses to reduce the impact of man-made electromagnetic fields without blocking or weakening wireless signals.
Man-made EMFs are typically highly ordered and directional, meaning their energy is more concentrated than naturally occurring electromagnetic fields. Depolarization works by disrupting this ordered structure.
When an electromagnetic field becomes depolarized, its energy is dispersed across multiple orientations, reducing concentration without eliminating the field itself.
Does not stop EMFs from existing or transmitting information
Transforms concentrated radiation into a more diffuse form
Works passively through engineered materials and internal geometry
Wireless connectivity remains fully functional
Focuses on measurable change in electromagnetic behavior
Waveguard's Studies & Summaries
Waveguard has requested dozens of independent studies on their devices. Below are some of the most intriguing findings currently available.
RESEARCH PARTNERS
TÜV SÜD
Qi-Home Cell — FCC Part 15B Compliance
This study evaluated the Qi-Home Cell as an unpowered EMF modulation unit and confirmed compliance with FCC 47 CFR Part 15B radiated disturbance limits.
TÜV SÜD
Qi-Max — Radiated Attenuation & Field Interaction Testing
Results documented measurable changes in field intensity and distribution when the device was present, demonstrating interaction with ambient EMFs.
Fraunhofer IAO
Effects of the Qi-Shield on Brain Waves, Memory, & Sleep
Participants using an activated Qi-Shield showed increased frontal theta brain waves, commonly associated with relaxation, focus, and cognitive processing.
Dartsch Scientific
EMF Exposure, Qi-Shield, and Wound Healing
Tissues protected by a Qi-Shield showed approximately 90% healing during the experiment timeframe, compared to about 25% in unprotected EMF-exposed samples.
Dartsch Scientific
Effects of the Qi-Home Cell on Water
Water placed within the protective field of a Qi-Home Cell developed antioxidative properties. Reduced free oxygen radicals were observed both externally and internally.
BION Institute
Qi-Shield's Protective Influence on Humans
Studies observed increased relaxation markers in participants exposed to WiFi radiation when a Qi-Shield was present, but not with a placebo device.
BION Institute
Qi-Shield's Influence on Seed Germination
Demonstrated improved seed germination outcomes under EMF exposure when a Qi-Shield was introduced. Results were stronger compared to unprotected conditions.
IIREC
Effects of the Qi-Home Cell on Geopathic Zones
The Qi-Home Cell had a balancing effect on geopathic disturbances and magnetic field disruptions. Improvements in water quality were also observed.
More studies are being published regularly
Real-World Experiences
In addition to scientific evaluation, Qi devices are used daily by individuals and families around the world. While anecdotal experiences do not replace controlled research, they offer helpful context for how Qi technology is experienced in everyday environments.
Jason Tebeau - CEO of Da Vinci Medical USA
Darin Olien — Co-host of Down To Earth Netflix Special
*Individual experiences vary. Testimonials reflect personal opinions and are not intended to diagnose, treat, cure, or prevent any medical condition.
How Research Informs Our Products
Research is not a marketing exercise for Waveguard. Study findings directly inform materials, geometry, activation processes, and coverage parameters.
Qi devices are refined through an iterative engineering process. Observed results guide product decisions rather than speculation or trends.
Experience the Science for Yourself
Waveguard devices were developed for people who want practical EMF reduction without giving up modern technology. Instead of blocking signals or relying on unproven concepts, Qi technology uses depolarization to measurably change how man-made EMFs behave.
Science-first design grounded in measurable electromagnetic behavior
Independent validation, including TÜV SÜD testing and multiple human studies
No signal blocking — WiFi, cellular, and Bluetooth continue to function normally
Solutions for every environment, from personal use to whole-home and large spaces
Try Waveguard Risk-Free
Because individual environments and sensitivities vary, Waveguard offers a 90-day return period. No pressure. No long-term commitment. Just the opportunity to evaluate the difference firsthand.