Why Aires Technology Does Not Require FCC Certification

FCC certification is a frequently misunderstood topic in the RF field coherence modulation space. People sometimes assume that any technology related to electromagnetic fields requires FCC certification, and that the absence of such certification signals a problem. This article explains how FCC regulations actually work, which types of devices require certification, and why Aires resonators as passive devices are exempt from FCC certification requirements.

Overview of FCC Regulations

The Federal Communications Commission, established in 1934, regulates communications technology in the United States: radio and television broadcasting, telephone operations, satellite communications, and devices that emit radiofrequency (RF) energy. Its role includes managing the electromagnetic spectrum and ensuring devices do not cause harmful interference with one another.

Over the years, the FCC has enacted legislation to protect public health in communications-related areas and collaborates with other government agencies to bring medical technology to market safely. However, many Americans are concerned about the lack of action on updating EMF exposure guidelines.

Outdated Regulations and Current Concerns

FCC guidelines on RF emissions have remained largely unchanged since 1996, when the primary concern was preventing thermal effects from RF radiation. Current research points to potential non-thermal biological effects including DNA strand break studies, cognitive function research, sleep disruption data, reproductive health findings, and oxidative stress markers that the 1996 guidelines do not address.

In 2020, the Children's Health Defense brought a lawsuit against the FCC stating the agency should have reviewed its 1996 health and safety recommendations for wireless technologies. The U.S. Court of Appeals ruled in favor of the CHD in 2021, determining that the FCC had ignored substantial evidence of non-thermal biological effects. Organizations including the American Academy of Pediatrics, state-level legislators, and public health advocacy groups have called for updated guidelines that better reflect current scientific understanding.

Devices Subject to FCC Regulations

The FCC divides regulated devices into two categories based on how they use RF energy.

Intentional Radiators

Intentional radiators are devices that deliberately emit RF energy: cell phones, WiFi routers, Bluetooth transmitters, and radios. Because they are specifically designed to transmit signals, they require either full FCC Certification (for high-interference-risk devices, evaluated by an FCC-recognized laboratory) or a Supplier's Declaration of Conformity (SDoC), in which the manufacturer provides test results proving compliance.

Unintentional Radiators

Unintentional radiators are devices that use RF signals but are not designed to emit RF energy, such as computers, televisions, and most household appliances. They emit RF energy as a byproduct, and the FCC requires certification to ensure they do not cause harmful interference with other signals.

Passive Devices and FCC Requirements

Passive devices neither actively transmit nor actively receive RF signals. They interact with ambient RF energy but do not generate or amplify it, and they require no external power source to function. Circuit components such as inductors and resistors are examples of passive devices. Antennas that are not connected to amplifiers are another.

Because passive devices do not actively emit RF energy, they are generally exempt from FCC certification requirements. The responsible party must verify that the passive device does not interfere with other devices, typically through documentation and internal testing, but formal FCC Certification is not required.

FCC Certification and Aires Technology

Aires resonators are passive silicon semiconductor wafers. They do not actively transmit or generate RF signals. When ambient RF fields from WiFi, mobile phones, or other sources encounter the fractal-patterned silicon surface, diffraction effects modify the wave's coherence properties through phase and interference interactions. No power source is required. No RF signal is emitted. No interference is created with surrounding devices.

This is the same mechanism described in US Patent US12239835B2 (granted March 2025) and documented in the ITMO/Springer 2022 peer-reviewed study: the fractal geometry performs structural diffraction of incident RF waves, modifying field coherence properties without disrupting signal transmission or device function. A detailed explanation is available at how the fractal diffraction mechanism works.

Because Aires resonators are passive and do not emit RF energy or cause interference, they are exempt from FCC certification requirements. The absence of FCC certification is not a regulatory gap; it reflects the physics of how the device operates.

Research-Backed Validation

FCC certification verifies that a device meets RF emission and non-interference standards. It says nothing about biological effects or health outcomes. The validation relevant to Aires technology comes from independent research programs.

That research is documented across multiple peer-reviewed publications and clinical studies: VGTU Lithuania (2016 to 2018) measured a 20% reduction in measured EMF field parameters in laboratory testing. The VMA 2024 clinical study documented EEG normalization in 24 subjects during mobile phone use with a Lifetune resonator. The Dyuzhikova 2019 study found chromosomal aberration rates in WiFi-exposed rats dropped from 9.8% to 2.7% when an Aires resonator was present (p<0.001). All research is available at airestech.com/pages/research-overview.