This layer does not replace NOAA or conventional catalog providers. It records the conventional event, then maps the surrounding field context inside RFS-X so the event can be understood inside the broader state of the system.
V1 starts with curated geomagnetic storm cases plus conventional CME/ICME catalog events already present in the archive. Continuous live NOAA G/R/S alert ingest is the next feed extension for this lane.
Choose a specific UTC window, then page through the translated event cards without dropping into an endless scroll.
Measurement based on approximate source location and best fit in SOHO LASCO C2/C3.
This cme landed inside a tightening field context with RFS 0.72 and CPS 61.2, about 17.4 hours after the local CPS peak. Driver context included Kp 1.3, Dst -16. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Parameters based on best fit using SOHO LASCO C2 white-light and STEREO A COR2 difference imagery in StereoCAT.
This cme landed inside a tightening field context with RFS 0.86 and CPS 59.4, about 15.5 hours after the local CPS peak. Driver context included Kp 2.7, Dst -24. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Parameters based on best fit using SOHO LASCO C2/C3, GOES CCOR-1, and STEREO A COR2 imagery.
This cme landed inside a tightening field context with RFS 0.68 and CPS 41.0, about 23.4 hours after the local CPS peak. Driver context included Dst -5. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Parameters based on potential source location and best fit in STEREO A COR2 imagery.
This cme landed inside a tightening field context with RFS 0.68 and CPS 18.3, about 23.1 hours after the local CPS peak. Driver context included Dst -5. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Parameters based on best fit using SOHO LASCO C3 and STEREO A COR2 imagery.
This cme landed inside a tightening field context with RFS 0.68 and CPS 18.9, about 23.4 hours after the local CPS peak. Driver context included Dst -18. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Measurement based on the source location and best fit between SOHO LASCO C2 and STEREO A COR2 imagery.
This cme landed inside a tightening field context with RFS 0.67 and CPS 22.9, about 22.9 hours after the local CPS peak. Driver context included Dst -17. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
ICME 2026-09-08T04:28:00-IPS-001
This icme landed inside a tightening field context with RFS 0.68 and CPS 63.4, about 21.9 hours after the local CPS peak. Driver context included Dst -28. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
ICME 2026-09-07T18:25:00-IPS-001
This icme landed inside a tightening field context with RFS 0.67 and CPS 61.6, about 23.6 hours after the local CPS peak. Driver context included Dst -3. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
Measurement based on the best fit between SOHO LASCO C2 and STEREO A COR2 imagery.
This cme landed inside a tightening field context with RFS 0.68 and CPS 56.2, about 19.9 hours after the local CPS peak. Driver context included Dst 24. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.
ICME 2026-09-07T06:07:00-IPS-001
This icme landed inside a tightening field context with RFS 0.69 and CPS 63.7, about 23.9 hours after the local CPS peak. Driver context included Dst 16. This layer is contextualization, not a claim of independent prediction.
Conventional catalog event already present in the RFS-X archive.