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Bees Be Free

(BBF)

Trying To Save The World One Apiary At A Time

Bees are essential pollinators responsible for supporting global food production, biodiversity, and ecosystem stability.

With ongoing concerns about habitat loss, pesticide exposure, climate change, and colony collapse disorder (CCD),

many innovative ideas have emerged to protect or relocate bee populations. One concept occasionally proposed

is the use of frequency generators to either attract, calm, repel, or displace bees.

Frequency Technology


Our Solution

Deploy a two-track, national program that (1) safely displaces bees away from problem areas using controlled wave-frequency/vibration guidance (research + field pilots), and (2) grows overall bee populations by expanding well-managed indoor and outdoor apiaries across the United Statesโ€”especially in forage-poor or high-pollination-need regions.

Our Vision

To live in a world where the air hums gently with life โ€” where fields, orchards, and gardens flourish not because of chemicals or artificial intervention, but because nature is working exactly as it was designed to.

In this world, bees are not struggling. They are thriving.

Frequency Technology

Public interest has grown around using โ€œfrequency generatorsโ€ (audible, vibrational, or ultrasonic emitters) to influence honey bee (Apis mellifera) behaviorโ€”either to deter bees from hazardous locations, guide swarms toward safer habitats, or โ€œsaveโ€ bees without lethal control.

Indoor & Outdoor Apiaries

Indoor and outdoor apiaries each play a critical role in building a resilient, sustainable bee populationโ€”especially for a mission like Bees Be Free, where the goal is both pollinator protection and responsible relocation.

Our Experts

Chad Aaron Tredway

Experience:

23+ years

Expertise:

Automotive Forensics Expertise with studies in Radio Frequencies

Bio:

An Automotive Forensic Specialist, Chad Tredway is considered a master in the fields of automotive locksmithing and radio frequency technologies. He has also studied the fields of electromagnetics, metallurgy, and chemistry. He has a working knowledge of nuclear physics and quantum physics. He has many years of experimenting with waves and wave frequencies as well as computer programming and building electronics.

Curriculum Vitae

Our Experts

Dr. Elena Marquez, Ph.D.

Experience:

16+ years

Expertise:

Wave Systems Scientist & Electromagnetic Research Specialist

Bio:

Dr. Elena Marquez is a research scientist specializing in wave-based technologies, electromagnetic field interactions, and frequency-driven biological responses. Her work focuses on the development of controlled wave systems used in environmental science, communication technology, and biological interaction studies. With over a decade of experience in RF engineering, signal processing, and applied wave physics, Dr. Marquez leads experimental projects exploring how precisely generated frequencies can influence natural systems, including pollinators, environmental sensing, and ecological monitoring. Her laboratory integrates signal generators, spectrum analyzers, antenna systems, and microcontroller-driven transmitters to study how waves propagate through complex environments and interact with living organisms. She collaborates with engineers, environmental scientists, and agricultural researchers to design safe and non-invasive technologies that can support ecological balance. Dr. Marquez is a strong advocate for science-driven conservation technologies, helping bridge the gap between advanced engineering and environmental sustainability.

Curriculum Vitae

Our Experts

Dr. Marcus Chen, Ph.D.

Experience:

15+ years

Expertise:

Senior RF Systems Engineer & Signal Processing Specialist

Bio:

Dr. Marcus Chen is a senior RF engineer specializing in radio-frequency system design, electromagnetic propagation, and precision signal generation technologies. His work focuses on designing hardware and signal architectures that enable controlled frequency transmission and environmental wave interaction. Dr. Chenโ€™s research combines RF hardware engineering, antenna design, and advanced signal processing algorithms to create reliable wave-based systems capable of operating in complex outdoor environments. His expertise includes developing frequency generators, antenna arrays, signal modulation systems, and sensor networks used for environmental monitoring and behavioral research applications. Through his work, Dr. Chen has contributed to the development of low-power wireless systems, controlled frequency transmitters, and experimental wave-based environmental technologies, including systems designed to study the interaction between electromagnetic signals and biological systems. His engineering philosophy centers on building precise, scalable, and energy-efficient wave transmission systems that can be deployed across agricultural and ecological environments.

Curriculum Vitae

insights And Blog

  • Uncategorized
    Why we need bees!
    February 16, 2026
    2โ€“3 minutes

    Why we need bees!

Call Us

Unavailable. Please email us.

Website

www.beesbefree.com

Address

PO Box 2220, Mission Viejo, CA 92690

Email

beesbefree@yahoo.com

Bees Be Free

Here at Bees Be Free we are dedicated to saving and growing the bee population.

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