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Eclipse SDV Blueprints

Eclipse SDV Blueprints is an open-source collection of reference implementations, architectural patterns, and example applications for software-defined vehicle (SDV) systems under the Eclipse Foundation.

  • Curated reference implementations for software-defined vehicle use cases (automotive software architecture).
  • Blueprints and example applications demonstrating Eclipse SDV project integration (solution patterns).
  • Sample architectures and deployment models for in-vehicle, edge, and cloud contexts (system design).
  • Guidance on combining Eclipse Foundation automotive projects into cohesive SDV solutions (integration patterns).
  • Documentation and assets to support evaluation, prototyping, and learning around SDV concepts (developer enablement).

More About Eclipse SDV Blueprints

Eclipse SDV Blueprints is a project under the Eclipse Foundation that provides a structured collection of reference solutions for software-defined vehicle (SDV) scenarios. It targets automotive and mobility organizations that need concrete, reproducible examples of how to assemble SDV architectures using components from the Eclipse software-defined vehicle ecosystem. The blueprints focus on repeatable patterns and end-to-end setups rather than on core runtime frameworks themselves.

The project organizes example implementations and solution patterns around SDV-relevant domains such as in-vehicle software, edge services, and cloud backends (automotive software architecture). Each blueprint typically describes a scenario, the participating components, and an architecture that shows how data and control flow between vehicle, edge, and cloud. This gives technical teams a starting point for evaluating SDV concepts, aligning internal designs to reference topologies, and mapping Eclipse SDV building blocks to their own technology stacks.

Eclipse SDV Blueprints emphasizes composability and reuse (solution patterns). Blueprints show how various Eclipse-hosted SDV projects and related technologies can be combined into cohesive workflows, such as telemetry collection, remote operations, data processing, or over-the-air interactions. The project focuses on architectural structure, integration patterns, configuration examples, and documentation rather than prescriptive product stacks, which supports a range of vendor and infrastructure choices.

In enterprise and institutional environments, Eclipse SDV Blueprints can be used as a reference catalog for proof-of-concept projects, technical evaluations, and internal architecture discussions (enterprise architecture). Teams can adapt the documented scenarios to their own tooling, security controls, and operational constraints while preserving the high-level SDV patterns described by the blueprints. This supports alignment among architects, platform engineers, and development teams on how SDV capabilities may be assembled and deployed.

From a directory and taxonomy perspective, Eclipse SDV Blueprints belongs in categories such as automotive software architecture, reference architectures, and solution blueprints for software-defined vehicles (technical reference). It interrelates with other Eclipse SDV ecosystem projects by providing contextual examples rather than foundational frameworks, enabling organizations to understand how those projects can work together in practical SDV deployments.