Flight Blender is an open-source backend and data-processing engine designed to support standards-compliant UTM (Unmanned Traffic Management) services. It adheres to the latest regulations for UTM/U-Space in the EU and other jurisdictions. With Flight Blender, you can:
- Implement a Remote ID "service provider" compatible with the ASTM-F3411 Remote ID standard, along with Flight Spotlight, an open-source Remote ID Display Application.
- Use an open-source implementation of the ASTM F3548 USS-to-USS standard, compatible with EU U-Space regulations for flight authorization.
- Interact with interoperability software like
interuss/dssto exchange data with other UTM systems. - Process geo-fences using the ED-269 standard.
- Monitor conformance and send operator notifications.
- Aggregate flight traffic feeds from various sources, including geo-fences, flight declarations, and air-traffic data.
- Configure Blender to act as a Surveillance SDSP per the ASTM F3623-23 standard.
- Implement alerts / near misses per the ASTM F3442 standard
Connect and retrieve data such as Remote ID information or perform strategic de-confliction and flight authorization.
Ingest flight tracking feeds from sources like ADS-B, live telemetry, and Broadcast Remote ID. Outputs a unified JSON feed for real-time display.
Submit geofence to Flight Blender, which can then be transmitted to Spotlight for visualization.
Submit future flight plans (up to 24 hours in advance) using the ASTM USS-to-USS API or as a standalone component. Supported DSS APIs are listed below.
Compliant with ASTM standards, this module can act as a "display provider" or "service provider" for Network Remote ID.
Send notifications to operators using an AMQP queue, enabling real-time alerts for flight updates, conformance issues, or other critical events.
Monitor flight paths against declared 4D volumes for conformance and report outputs.
Blender conforms to the requirements for Surveillance supplemental data service providers (SDSPs) and associated equipment and services.
Flight Blender implements the Detect Alert and Avoid standard F3442
The image above details a general roadmap to standards compatibility. To monitor activities and track progress effectively, issues are the best way to manage and see the current work.
Follow our simple 5-step guide to deploy Flight Blender and explore its core features.
📖 Read the 20-minute quickstart guide to get started now!
- API Specification: Explore the API documentation to understand available endpoints and data interactions.
- Flight Tracking Data: Review the Air-traffic Data Protocol.
Flight Blender includes a robust verification framework to ensure your deployment operates as expected. Explore the verification repository to use and create verification scenarios. Additionally, Flight Blender is fully compliant with the InterUSS Monitoring test suite.
Flight Blender is your gateway to building robust, standards-compliant UTM services. Start exploring today!