{"id":"HHS-OASH-2026-0397-1063","number":"1063","name":"Anonymous Anonymous","organization":"","posted":"2026-09-28T04:00Z","received":"2026-09-27T04:00Z","body":"Federal rules evaluate EMF, RF, and wireless radiation exposure one device at a time. They do not assess cumulative exposure humans are living with.\n\nPhones, Wi-Fi routers, Bluetooth devices, smart meters, wearables, household sensors, and satellite terminals each receive their own compliance rating. No federal program measures the combined, time-averaged exposure in a bedroom, living room, office, an apartment with neighboring networks on all sides, a school, or a crowded public place. Ionizing radiation policy accounts for cumulative dose. Non-ionizing policy does not. That is a regulatory choice and merits modernizing.\n\nFCC general-population limits in 47 CFR 1.1310 were built around single sources and peak heating tests. They were not built around dozens or hundreds of transmitters operating at once in the same room or vehicle.\n\nNew systems are arriving faster than health research can follow. In a short period the public environment gained denser cellular service, additional Wi-Fi bands, consumer devices in every room, satellite broadband, satellite-to-phone service, passenger Wi-Fi, and dense small-cell and venue systems. A credible chronic study takes years. A product cycle takes months. The absence of a completed study of this combined environment is not proof of safety. It is a lag between deployment and evidence.\n\nCurrent limits are designed to prevent tissue heating above defined levels. What remains unsettled is whether lower levels affect other biology, including cellular energy production, oxidative stress, or circadian signaling. Standard-setting bodies have not changed exposure limits on that basis. If effects occur at ordinary public levels, today’s device tests do not capture them. HHS should state what the evidence shows at measured real-world levels, not only in laboratories.\n\nIn addition to homes, people also spend hours in places where many independent systems overlap and no one person controls them:\n\n- Airports and aircraft: terminal Wi-Fi, cellular and small cell radios, airline and passenger Wi-Fi, Bluetooth, operational radios, and then a metal cabin full of devices.\n\n- Buses, trains, subways, and stations: onboard Wi-Fi, passengers’ phones, wayside cellular, and transit communications in a confined concentration of people.\n\n- Shopping malls, stores, arenas, and other venues: Wi-Fi, tenant networks, cellular in-building systems, point-of-sale and inventory radios, and a rapidly growing list of personal devices.\n\nEach transmitter may meet its own limit. The combined field in a airport gate area, a packed bus, or a mall corridor is not what a single-phone SAR fixture represents. Dwell time and cumulative exposure is key.\n\nHHS should also quantify how many radios surround people at home and in public. There is no adequate official count of in-home access points, neighboring networks through walls, and client devices. The same gap exists for public venues: how many networks and handsets are active, on which bands, and for how long a person stands in the field.\n\nSatellite internet and satellite-to-phone service add whole new bands and geometries to an environment that is already full of cellular and Wi-Fi. They should be counted in the same cumulative inventory. Ku user downlinks are an outdoor field over entire neighborhoods, 24 hours a day, from a growing constellation, on top of terrestrial cellular. Even the energy that does not enter the house still reaches yards, streets, vehicles, and anyone outdoors. A single Wi-Fi router can dominate a spot reading inside one room. That does not mean satellite and cellular are negligible in a person’s full-day dose across home, transit, work, and outdoors.\n\nResidential electrical codes only address shock and fire. They do not address powered furniture, outlets at the head of a bed, or always-on equipment next to a sleeping place in a room that already contains several radios. Power-frequency fields and radiofrequency fields are not the same problem. They now occur together in bedrooms. If indoor environment is in scope, wiring layout and household equipment belong in the review with HUD, CPSC, and related agencies.\n\nThe United States already knows how to approve devices. It has not shown that it can account for RF, EMF and wireless dose in a room, cabin, or terminal.","attachments":[],"attachment_inventory":true,"withheld":false,"source":"https://www.regulations.gov/comment/HHS-OASH-2026-0397-1063","tags":["sleep-cognition","biology-metabolism","exposure-places","policy-standards","research-evidence"],"source_hash":"f576ce3002373ca7ecb9ccf18bef8206f46c84a6f4fb222cc9cf782c7c4aa812","slug":"sleep-cognition-comment-1063","classification":{"id":"HHS-OASH-2026-0397-1063","body_sha256":"380bea9240d6a3866c676ee7695c3f8188966610f1d3294f95dbeed68387a9b8","status":"ai_reviewed","primary_topic":"standards","topics":[{"id":"standards","evidence":"-ionizing policy does not. That is a regulatory choice and merits modernizing.\n\nFCC general-population limits in 47 CFR 1.1310 were built around single sources and peak heating tests."},{"id":"research","evidence":" once in the same room or vehicle.\n\nNew systems are arriving faster than health research can follow. In a short period the public environment gained denser cellular service, additional Wi-"},{"id":"satellites","evidence":"-Fi routers, Bluetooth devices, smart meters, wearables, household sensors, and satellite terminals each receive their own compliance rating. No federal program measures the combined, time-"},{"id":"electricity","evidence":"ipment next to a sleeping place in a room that already contains several radios. Power-frequency fields and radiofrequency fields are not the same problem. They now occur together in bedrooms. If "},{"id":"mechanisms","evidence":"hether lower levels affect other biology, including cellular energy production, oxidative stress, or circadian signaling. Standard-setting bodies have not changed exposure limits on that basis. If"},{"id":"wifi","evidence":"a time. They do not assess cumulative exposure humans are living with.\n\nPhones, Wi-Fi routers, Bluetooth devices, smart meters, wearables, household sensors, and satellite terminals eac"},{"id":"smart-meters","evidence":"ive exposure humans are living with.\n\nPhones, Wi-Fi routers, Bluetooth devices, smart meters, wearables, household sensors, and satellite terminals each receive their own compliance rating. No"},{"id":"children","evidence":"om, living room, office, an apartment with neighboring networks on all sides, a school, or a crowded public place. Ionizing radiation policy accounts for cumulative dose. Non-ionizing po"}],"summary":"Requests assessment of cumulative exposure across homes, transit and public venues, including satellites and household wiring. Criticizes device-by-device compliance and asks HHS to evaluate real-world non-thermal questions.","reviewed_at":"2026-09-28T16:09:15Z","review_method":"Source-matched AI review of 101 new complete comment bodies with exact supporting passages; three attachment-dependent covering notes remain pending. Attachments and external links not reviewed.","review_source_sha256":"d0b556cce32842bdfe193d16a6c10a60067ee024bcd617b02a1134453744a75f","source_url":"https://rfsafe.net/hhs-comments/data/catalog.json","scope":"Original comment body; attachments excluded"},"forum_topics":["standards","research","satellites","electricity","mechanisms","wifi","smart-meters","children"],"primary_topic":"standards","forum_title":"Requests assessment of cumulative exposure across homes, transit and public venues, including satellites …"}