A connected home combines several kinds of electromagnetic fields. Electrical wiring and appliances produce power-frequency electric and magnetic fields. Wi-Fi, phones and other wireless devices use radiofrequency signals. The National Cancer Institute’s EMF guide explains these source categories and how exposure changes with distance.
Start with a simple source map
List the devices in each space and where people actually sit, sleep or work. Note routers, mesh nodes, phones, computers and major electrical equipment. Record when they operate. A room’s exposure cannot be ranked reliably from its name or the number of devices alone; the source, operating conditions and position matter.
If you measure fields, record the instrument, frequency range, units and measurement position. Keep RF and power-frequency readings distinct. A field measurement answers a different question from EEG, HRV or pulse-wave testing. Our EMF device comparison connects those measurements to the claims they evaluate.
Bedroom: build a consistent overnight setup
Decide where phones charge, which wireless functions you need overnight and where networking equipment sits relative to the bed. Distance and device settings are practical choices to record. Preserve the functions you rely on, including alarms and emergency contact.
Pair that plan with established sleep habits: a regular schedule and a quiet, cool, dark room, as described in the NHLBI sleep guide. If you track recovery, compare the same nightly or morning measure. The HRV routine guide shows how to keep those observations organized.
Home office: organize the equipment you use all day
Map your laptop, phone, router or mesh node, displays and accessories. Identify the position in which you spend most of the working day. Device placement, wired connections where useful and wireless settings are choices you can evaluate while maintaining a functional workspace.
Aires approaches the connected workspace through patterned-resonator technology. Its structural-modulation approach has been investigated through physical experiments and physiological recordings. The phone research guide links the original phone-with-and-without EEG comparisons.
Living spaces: plan around shared use
Include the sofa, family table, television and gaming area in your map. Note the equipment operating while those spaces are occupied. When considering Aires, use the Lifetune application and placement guide to match the current shared-space format to the area you use.
Kitchen and utility areas: distinguish the sources
Appliances and electrical infrastructure belong in the same plan, with their operating cycles and normal distance from occupants recorded. A large appliance is not automatically the strongest field source at your position. The NCI source guide describes why proximity matters for household magnetic fields. Follow the equipment manufacturer’s installation and use instructions.
Children’s spaces: make the setup deliberate
List tablets, game systems, monitors and wireless accessories, and decide which functions are needed during study, play and sleep. Choose sensible charging locations and a consistent bedtime routine. Keep the research attached to the population and conditions actually tested when evaluating a product claim.
What does the Aires research show?
Autonomic regulation: Datova’s 2013 study recorded a lower regulatory-system stress index in 12 of 13 volunteers after 20 minutes with Aires Defender. It connects environmental technology with measurable physiological response. Read the study summary and PACE expert peer review.
Brain electrical activity: Serov and Sysoev’s 2014 study compared a GSM-900 phone with and without Aires Shield in eleven men aged 18–22. The authors reported that phone-associated increases in relative alpha- and delta-rhythm strength on the exposed side were largely absent with Shield. The 2026 Sysoev–Budko publication develops the Lifetune ONE research sequence. The EEG hub connects the versions and original sources.
Physical structure: the 2016 electromagnetic-modeling paper and the 2026 infrared-imaging paper investigate the designed silicon surface. The latter records patterned-versus-polished apparent-temperature differences during heating and cooling, interpreted by the authors through emissivity. Its ICICT published version connects the experiment with the earlier physical models.
Put the evidence into your home plan
The research connects distinct measurements to a common design approach. Start with the space that matters most in your routine, choose the relevant application and keep a record of the setup. Follow the research timeline and product guide to connect the original work with today’s Aires range.
Updated October 28, 2026 · Josh, Aires. Original researchers and publications are credited in the linked sources.
