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A collaborative initiative led by Eclipse SDV members to bring the "software defined vehicle" concepts to life. A crucial aspect of each blueprint is to ensure users can easily reproduce it on their own. This requires well-written and highly clear documentation. Users can utilize blueprints as they are, for inspiration or as a foundation to customize and meet their specific needs.

Overview - Documentation
Companion Application
Blueprint
The companion application is an example to showcase how to create a vehicle application which senses and actuates signals in the vehicle for Eclipse Leda with help of Eclipse Velocitas and Eclipse Kuksa .
Fleet Management
Blueprint
The truck fleet management blueprint is focused on capitalizing on all the data that a fleet of trucks generates. There are also a variety of apps and services running on a fleet of vehicles that must be tracked and managed.
Service to Signal
Blueprint
The service-to-signal blueprint is an example to showcase how to use the Eclipse uProtocol (https://github.com/eclipse-uprotocol) to make a vehicle service available in a vehicle network and connect the service implementation with potential physical hardware
Insurance and Data Spaces
Blueprint
A showcase for integrating Eclipse Software Defined Vehicle (SDV) and Eclipse Dataspaces for insurance applications. Enable exchange of vehicle and risk events to support risk assesment, underwriting processes and customer experiences
Software Orchestration
Blueprint
This blueprint aims to showcase an example of how a proposed in-vehicle software orchestration architecture with connectivity to the cloud can help developers build and manage complex services and applications that tackle advanced scenarios like workload orchestration, scheduling, placement and resilience.
ROS Racers
Blueprint
Based on ROS, this blueprint orchestrate and manage the F1Tenth stacks that power the miniature vehicles racing around a track. Blueprints documentation the best place to get started.