Interactive radiation portal - radiaverse.com
Radiacode devices are engineered for both autonomous operation and enhanced functionality when paired with a smartphone or computer.
The Radiacode mobile application features a real-time dashboard that consolidates key data from all sections, enabling quick monitoring of essential information at a glance. Interactive charts in a dedicated section track radiation levels over time, providing detailed analysis and insights for well-informed decision-making.
This feature is specifically designed for the swift detection of radiation sources.
Track all events related to the device, keeping you informed about important occurrences and changes.
The isotope identification feature in the Radiacode mobile app enables the detection of radiation sources with a compact device. This functionality unlocks new possibilities for scientific research and enhances daily safety.
The Radiation Mapping feature in Radiacode logs radiation measurements onto Google Maps, generating a color-coded path that visualizes radiation levels.
A spectrogram is a collection of gamma spectra recorded at specified time intervals, displayed as a color-coded array capable of storing thousands of spectra.
Stay up to date with the latest releases and seamlessly download updates directly to your device.
Save your research tracks and spectra in dedicated libraries within our mobile application, ensuring easy organization and access to scientific data anytime, anywhere.
The Control Center section enables quick access to frequently used settings and allows efficient management of device configurations.
The Radiacode mobile application features a real-time dashboard that consolidates key data from all sections, enabling quick monitoring of essential information at a glance. Interactive charts in a dedicated section track radiation levels over time, providing detailed analysis and insights for well-informed decision-making.
This mode is specifically designed for detecting radiation sources, featuring an enhanced sensitivity to changes in background radiation. It also allows the sound of detected particles to be played directly through the phone's speaker.
Track all events related to the device, keeping you informed about important occurrences and changes.
The isotope identification feature in the Radiacode mobile app enables the detection of radiation sources with a compact device. This functionality unlocks new possibilities for scientific research and enhances daily safety.
The Radiation Mapping feature in Radiacode logs radiation measurements onto Google Maps, generating a color-coded track that reflects radiation levels. This enables the detection of even minor changes in background radiation or the identification of radiation sources, even at a distance.
Save your research tracks and spectra in dedicated libraries within our mobile application, ensuring easy organization and access to scientific data anytime, anywhere.
The Control Center section provides quick access to frequently used settings and enables efficient management of device configurations.
Gamma spectrometry enables not only the identification of radiation sources but also provides insights into how the radioactive environment evolves, helping to detect radiation anomalies within natural background radiation.
Radiacode includes a specialized mode for detecting Cesium-137 in food products. Cesium-137, a synthetic isotope produced by nuclear tests and accidents, has dispersed worldwide. It does not occur naturally and can be mistakenly absorbed by living organisms.
The gamma camera enables prompt photo documentation of objects of interest from a radiation monitoring perspective, combined with informative elements from the application used for radiation assessment. This feature allows users to attach photos to spectra, spectrograms, and log entries, simplifying the creation of reports on identified sources of ionizing radiation.
