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Contribute to a Global Radiation Monitoring Network!
 

The Fry Indoor Radiation Sensor is a Wi‑Fi‑enabled Geiger counter that allows you to participate in Fry Networks’ global environmental monitoring ecosystem. By collecting and transmitting real‑time radiation data, your device enhances transparency, safety, and public awareness — supporting a worldwide initiative dedicated to radiation detection and environmental health. Participants may qualify for rewards based on verified data contributions (experimental and not guaranteed).
 

Why Choose the Fry Indoor Radiation Sensor?

  • Global Radiation Monitoring – Join a worldwide network focused on radiation tracking and public safety.

  • Enhance Awareness & Research – Contribute valuable environmental data supporting safety initiatives and scientific studies.

  • Easy Wi‑Fi Setup – Seamlessly connect your sensor directly via Wi‑Fi for quick and straightforward onboarding.

  • Sustainable Design – Devices utilize recycled Geiger sensors whenever possible, promoting environmental sustainability.

  • Reliable Performance – Every device is validated for consistent data contribution, regardless of model variations.
     

Setup Requirements:
 

  • Wi‑Fi network required for direct data transmission.

  • Download the setup software from your phone's app store.
     

Important Information:
 

  • Device brand and appearance may vary depending on region and availability.

  • Fry Networks is not affiliated with any specific sensor manufacturers.
     

Help advance the future of global environmental safety.

Order your Fry Indoor Radiation Sensor today and contribute to a worldwide radiation awareness network! 🚀
 

Disclaimer: This device is not a cryptocurrency miner or staking device. It operates within Fry Networks’ environmental data infrastructure and may include experimental rewards for verified contributions; earnings are not guaranteed.

Fry Indoor Radiation Sensor

SKU: ‎B00IN8TJYY
$271.00Price
Excluding Sales Tax
Quantity
  • 1 Indoor Radiation Sensor per Location

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