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Radiaverse’s public radiation map displays more than 50 million dose-rate points gathered by RadiaCode users, according to the service’s live figures. The project also lists over 20,000 published tracks and says measurements are subject to privacy protections and moderation; the supplied information does not independently verify the readings or describe a scientific validation process.
Radiaverse says its public, community-built radiation map now contains 50,043,354 dose-rate points, recorded by owners of RadiaCode detectors as they travel. The service combines those readings into a browsable map, letting users inspect coverage and descriptions of places while raising questions about how crowdsourced measurements should be interpreted.
The figures displayed by Radiaverse list 20,360 tracks, 1,141 areas and 2,713 contributors. The site describes measurements as being logged by a detector and location every second, then added to the map when a user publishes a track through the RadiaCode app. Users can browse the map without an account, but need one to publish.
People can also mark an area, add photos and context, and discuss a location. Radiaverse highlights popular places and recent community posts, including entries concerning the Goiânia cesium-137 accident, a Budapest research reactor and a reported high-radiation location in Fukushima. A listing or popularity ranking is not, on its own, evidence that a place has been independently assessed or that a reading represents typical exposure there.
The site says tracks remain private unless the user explicitly publishes them, and public tracks can be posted anonymously. Public data is delayed by 24 hours, and Radiaverse says it does not expose raw GPS tracks through public interfaces. The service also says readings with GPS accuracy worse than 15 metres are omitted, sensitive locations are hidden, and new or edited areas are reviewed by moderators.
What Crowdsourced Readings Can Show
A map assembled from many trips can help people see where participating users have taken measurements and identify places that may merit closer attention. Its 20,360 tracks offer a different kind of geographic coverage from a small number of fixed monitoring stations, while community notes and photos can provide leads about particular sites.
But the total number of points is not the same as a measure of global radiation risk. The map reflects where contributors chose to travel and publish, what equipment they used, and how measurements were recorded. Without information on calibration, measurement conditions and independent checks, readers should treat individual points and user descriptions as crowdsourced observations, not as official safety assessments or proof of a hazard.
The privacy design also matters because radiation readings are linked to location data. Radiaverse says its publication controls, delay and restrictions on coordinate access are intended to limit exposure of contributors’ movements. Those safeguards may reduce risk, but the provided material does not include an independent review of the platform’s data practices.
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How the Map Collects Data
Radiaverse describes the project as a shared map built from recordings made with RadiaCode pocket detectors. A user records dose rate and location during an activity such as a walk, road trip or flight, then chooses whether to publish the track. Published points feed a hexagon layer on the map, while users can add descriptions and media to areas.
The site presents its displayed totals as current service statistics and says its map was updated one hour before the supplied report was captured. It also reports weekly measurement and track activity for the preceding six months, but the source material provides no values for those charts. It says unique cells at street resolution are used for coverage counts, so repeatedly driving the same road does not count as new coverage.
Radiaverse’s stated controls include moderator review of area submissions, automatic checks on comments and tools for users to report content. It says accounts inactive for 36 months are removed after a warning, and users can request data exports or account deletion. These are descriptions published by the service, not independently verified findings.
“The world’s radiation map, measured by its people”
— Radiaverse
Limits of the Published Measurements
The supplied report does not explain whether detector readings are calibrated to a common standard, how the platform checks measurement accuracy, or whether readings are validated against official monitoring data. It also does not provide the geographic distribution of the 50 million points, so the total alone cannot show which countries or regions have substantial coverage.
Radiaverse says it filters low-accuracy GPS positions and reviews area descriptions, but those steps do not establish that every dose-rate reading is correct or representative. The source does not specify the measurement units shown across the map, the environmental conditions attached to individual readings, or how users should compare readings taken with different devices. The extent of independent scientific or regulatory review is also unclear.
It is also not clear from the supplied material when the service began, how its contributor count is defined, or whether the displayed totals have been audited. The platform’s descriptions of privacy and moderation are its own statements; no external assessment is included.
More Data, Validation Questions
Radiaverse says the map and community feed continue to update as users publish tracks and areas. Readers can browse existing coverage without creating an account; anyone considering contributing can review the service’s privacy information and publishing controls before sharing location-linked measurements.
The next useful steps for interpreting the map would be clearer information about detector calibration, quality checks, units and comparison with established monitoring networks. Until such details are available, the figures confirm the scale of the platform’s collection, not the reliability of every reading or the overall radiation conditions in any particular place.
Key Questions
What is the Radiaverse radiation map?
It is a public map that displays dose-rate measurements and tracks submitted by RadiaCode detector users, along with user-created areas and descriptions.
How many measurements does it list?
Radiaverse’s displayed figure is 50,043,354 dose-rate points. The service also lists 20,360 tracks, 1,141 areas and 2,713 contributors. These are platform figures, not independently audited counts in the supplied material.
Does the map show official radiation safety assessments?
The supplied description presents it as a community-contributed map. It does not establish that the readings or area descriptions have been independently validated by scientific or regulatory authorities.
Are contributors’ tracks public by default?
Radiaverse says tracks are private until a user explicitly publishes them. It also says public tracks can be anonymous and are delayed by 24 hours, while raw GPS tracks are not made available through public interfaces.
Can the map show whether a location is safe?
Not from the information provided alone. The map can show reported observations, but the source does not explain calibration or independent validation sufficiently to treat a point as an official safety determination.
Source: radiaverse.com
