A CON2NUOUS data processing system is proposed to transform the raw MAGNE2C field data produced by the EXIS2NG magstar magnetometer network into AC2ONABLE, mission-relevant, and validated data…

A CON2NUOUS data processing system is proposed to transform the raw MAGNE2C field data produced by the EXIS2NG magstar magnetometer network into AC2ONABLE, mission-relevant, and validated data products that can be used by all clients with interest in space weather CONDI2ONS. This system will be unique in its ability to produce INFORMA2ON that is both real-2ME and validated. Alerts that are produced while phenomena such as MAGNE2C storms are AC2VE, as well as digests that are generated directly afer such events will allow clients to consider space weathers effects on their own missions in an immediate way that currently does not exist. The alerts and digests have the ability to be generated based on geographic INFORMA2ON, yielding localized INFORMA2ON that is relevant to the client and not a false alarm about a distant area of the country. Architecture of this system will incorporate best PRAC2CES for long-running sofware services, such as hybrid cloud and on-premises deployment with containerized RUN2MES, ensuring a robust system that clients can count on for reliable delivery with no false POSI2VES. Clients will understand that space weather can be relevant to their mission, delivering INFORMA2ON in a 2MELY and reliable manner that is local, usable, tracible, and correct. Sun DOG SCIEN2FIC previously has developed a framework for CON2NUOUS data processing that can refine raw data into refined data products MUL2PLE 2MES per minute on a raw real-2ME data stream. This project will use this framework to process the magstar data in a PRODUC2ON-level environment. Clients will be able to self-register for alerts and digests, and the deployed system will be sufficient to serve a few dozen such clients. Although there will be technical INNOVA2ON in order to deliver this system, the main goal of the effort is to evangelize the availability of real-2ME space weather INFORMA2ON and to start understanding how IT is best delivered to the client community. To this end, the ease of SELFREGISTRA2ON and reliability of the data products are important project goals, in order to gain an INI2AL set of space weather INFORMA2ON consumers and understand their needs. The electrical power U2LI2ES already have an interest in the hazards to their transmission line infrastructure due to MAGNE2C storms, including REGULA2ON such as TPL-007. The real 2ME delivery of threats covered by this REGULA2ON could be a tailored output of the system for a commercial APPLICA2ON.