Veteran Wellness with Grey Team
In a structured program with Grey Team (a U.S. veterans' nonprofit), participants showed:
- Over 50% reduction in stress index
- Measurable improvements in HRV and EEG readings
How It Works
Hapbee builds on the science of magnetism to deliver what your body needs — when you need it most.
What is Magnetism?
Magnetism is an important part of our world — in big and small ways. Magnetic fields protect our planet from solar radiation, help animals like turtles, birds, and bees migrate, and even power the cell phone or computer you are using to read this.
Hapbees science builds on these natural forces and is powered by patented ultra-low radio frequency energy
(ulRFE®) technology, licensed from EMulate Therapeutics.
Ultra-low-frequency signals
The signals digitally mimic the natural effects of compounds like caffeine or melatonin — without anything entering your body.
Your cells respond to sound
Emerging research continues to show that the body responds to sound and frequency at a biological level,
even down to individual cells.
Hapbee delivers signals your body already knows how to respond to, using safe, non-ingestible tech.
How Hapbee Works
Every single molecule has its own unique electromagnetic “signature”. Hapbee records that signature and replays
it as a signal your body can interpret and respond to.
How it works in simple terms
Every molecule gives off a unique electromagnetic “signature”. Hapbee captures these using advanced sensors
and turns them into digital files.
Signal Playback: The device plays these signals back as ultra-low-frequency magnetic fields that interact
with your cells, creating effects similar to the original molecule.
No Substances Needed: Nothing enters your body. Hapbee delivers these effects through its devices.
These signals are ultra-low frequency magnetic fields. They interact with the body without going into it. No
stimulation, no pulses, no electrical currents. Just safe, passive signal delivery.
Real-World Results
Oura Ring Study — 5 Months
Users wearing the Hapbee Sleep Pad with the Deep Sleep signal saw:
- Up to 48% more REM sleep
- 17% improvement in overall Sleep Score
- Biggest improvements came from those with lower baseline sleep quality
Sleep & Recovery
Safety First
Very Low Emissions
Hapbee uses ultra-low frequencies (0-50kHz) that stay well within safety limits—less than 10% of the maximum allowed. Its signal is much gentler than common tech, emitting just 0.2% of the magnetic strength of the iPhone 12’s wireless charger, while delivering far more benefit.
Proven Safe in Studies and Everyday Use
Hapbee has been used by thousands of people in clinical studies and everyday life — with no significant adverse effects reported.
Testimonials: Expert Endorsements
Human Biologist & Biohacker
Gary Brecka
“The Hapbee device is unlike anything I’ve ever used. It doesn’t put anything into your body—it simply
mimics the response at a cellular level, allowing you to shift your state on demand. Whether it’s
relaxation, focus, or deep sleep, Hapbee gives you control over how you feel, without chemicals or
stimulants. The second you turn it off? The effect stops immediately. This is the future of wearable
wellness.”
Gary Brecka, Human Biologist
“Hapbee’s technology is unlike anything I’ve seen. It’s a game-changer for non-chemical wellness.”
Dr. Kyle Berquist – The Mission After (Veteran Health)
“This helps break the prescription cycle. It gives vets an empowering, drug-free way to manage pain and stress.”
NHL Players (Nashville Predators)
“We use Hapbee after games to wind down and sleep better. Huge difference in how quickly I fall asleep and how rested I feel.”
Dr. Brian Mogen, Neuroscientist
“This lets you ‘beam’ melatonin effects without swallowing anything. A practical tool for sleep, addiction, and mental health.”
Eric Lee, New England Patriots
“There are a lot of great products out there, but nothing beats Hapbee.”
Backed by Research
At Hapbee, we don’t just claim to help you feel better–we back it up with science.
A growing body of scientific research is showing that sound and electromagnetic frequencies can directly influence cellular behaviour - impacting gene expression, fat cell development, inflammation, and more. This science forms the backbone of what Hapbee does: we use safe, non-chemical signals to influence how you feel without substances and most importantly without side effects.
Enhanced Effects of Pain Relief
ulRFE signals mimicking compounds like fentanyl, CBD, and naproxen produced statistically significant
pain reduction in validated neuropathic, inflammatory, and visceral pain models.
Results showed enhanced effects when high-frequency components (>6kHz) were removed.
Glioblastoma Trials (Brain Tumors)
In EMulate’s trials, ulRFE used alone or with chemo improved median overall survival by up to 40% in patients with recurrent glioblastoma. In pediatric brain cancer (DMG), 12 out of 14 patients survived past 12 months (vs. typical 6–9 months).
Molecular Effects
ulRFE signals can down-regulate genes like EGFR in glioblastoma cells—matching the effects of siRNA therapy at both mRNA and protein levels.
Cells Directly Respond to Sound
A Groundbreaking Study from Kyoto University
A peer-reviewed study published by Kyoto University in Communications Biology has shown for the first time
that cells can directly respond to sound waves. Not just your ears - your cells.
Researchers exposed cultured mouse cells to different sound frequencies, including audible tones and white noise. The result?
Researchers exposed cultured mouse cells to different sound frequencies, including audible tones and white noise. The result?
- Over 190 genes responded to sound, including genes involved in inflammation and metabolism.
- Fat cell development was suppressed by certain frequencies, suggesting sound could help regulate cellular differentiation.
- The gene Ptgs2, which plays a key role in inflammation, was significantly affected.
- Cellular behaviour - like how cells stick together or grow - was altered simply by sound exposure.
Nature Communications
Acoustic Frequencies Suppress Fat Cell Development
Researchers studying mechanosensitive genes discovered that acoustic stimulation could reduce fat cell
formation and influence the structural behavior of cells.
- Sound impacted cell adhesion and cytoskeletal organization.
- It altered how stem cells differentiated—suggesting sound may help guide cell development in a targeted way.
PMC / Scientific Reports (2018): Audible Sound Alters Gene Expression
This earlier study explored how audible sound waves affected gene expression across various cell types.
- Genes like CTGF and TNC—linked to inflammation and tissue growth—were downregulated with sound exposure.
- Importantly, each cell type responded differently, showing that frequency effects are specific and targeted, not random.
Caltech (2020): Ultrasound Visualizes Gene Activity
A team at Caltech led by Dr. Mikhail Shapiro engineered cells to produce special proteins that react to
ultrasound.
- This allowed researchers to see gene expression changes in real-time, using sound as both a stimulus and a sensor.
- The technology opens the door to non-invasive monitoring of how cells respond to external signals—like sound.
ScienceDaily / Tohoku University (2018): Sound Impacts RNA and Cellular Processing
In another independent study, scientists found that sound didn’t just influence genes—it affected RNA
degradation and protein formation, too.
- This means that sound can change how your body builds and repairs itself.
- The study highlighted that biological processes can be tuned with specific frequency inputs—similar to how Hapbee works.
News-Medical (2025): Cells Show Broad Sensitivity to Sound
Researchers discovered that sound exposure influences how cells stick together, grow, and signal to one
another.
- Over 190 genes were impacted across different processes, including inflammation, immune response, and metabolism.
- This supports the idea that sound is a powerful, natural modulator of health.
