Ionospheric activity resources

A yellow sun setting over a shadowed sugar cane field with an orange sky background.

Ionospheric scintillation from Solar Cycle 25 is having more frequent and adverse effects to GNSS tracking and positioning for offshore oil & gas applications. Keep up-to-date with our ionospheric scintillation updates.
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    Screenshot of a scintillation map showing color gradients over a world map

    Ionospheric activity forecast map

    Determine if ionospheric activity is impacting GNSS tracking and positioning of your marine application with the ionospheric activity forecast tool.

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    The effect of ionospheric scintillation on GNSS signals

    How to observe ionospheric scintillation in GNSS software

    This article shows how you can use GNSS software to observe whether your positioning is being affected by ionospheric scintillation, enabling you to make informed operational decisions.

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    The sun is experiencing a solar flare directed at the Earth.

    Redundancy and resiliency against ionospheric activity

    Learn what the ionosphere is, how it affects GNSS signals, and what marine users can do to strengthen their systems against positioning errors caused by ionospheric scintillation. 

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    The Earth displaying South America against the night sky with the sun coming up.

    What is ionospheric activity? How does it impact GNSS? How do I mitigate it?

    We are currently within a period of increased ionospheric activity, which can affect GNSS positioning. Steps to mitigate these effects to your positioning system are provided.

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