But because the API for all the Notecards are identical, the OpenSync software will work with any model you chose.īlues provides Notecarriers for Raspberry Pi and Feather compatible devices. If you’re operating outside of North America you should select a different Notecard. For this project, the Notecard WBNA-500 was selected because it provides higher throughput LTE Cat-1 and support for a diversity antenna. boards that hold the Notecard and adapt it to various platforms). Occasionally, aviation-specific details are included (in italics) to provide interesting context to the non-pilot, but these can be skipped without affecting the understanding of the project.īlues Wireless provides many different Notecards and Notecarriers (i.e. The focus of this guide is on building OpenSync using the Blues Wireless platform. This server-less architecture is robust, and for most users will be completely free. The Blue Wireless Notehub is the central management for the OpenSync device and routes flight log data to Amazon Web Services (AWS) Simple Queue Service, for processing by AWS Lambda and e-mail delivery via AWS Simple Email Service (SES). It provides plug-and-play simplicity, small size, and an easy Python API. The Blues Wireless Notecard is the perfect device to provide cellular connectivity to the OpenSync project. With compatible avionics, such as the Garmin G1000, it also provides warnings for significant flight and/or engine deviations through post-flight e-mails and uploads to SavvyAnalysis. OpenSync is an open-source project that provides pilots with an automated digital flight-log.
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