One language.
One repository.
One reliable vehicle network.

FLYNC is an open-source Configuration-as-Code platform that lets you design, version-control, and auto-generate network configuration artifacts from a single, human-readable YAML model.

Key industry challenges in
modern E/E development

The growing complexity of vehicle networks requires precise, synchronized artifacts across hardware, software, validation and supplier teams. Today, these outputs are often created and maintained manually, in different tools and formats, leading to:

Icon

Fragmented definitions across spreadsheets, hand-written configuration files and custom scripts.

Icon

Inconsistent versions between architecture, implementation and test.

Icon

High dependency on individual knowledge and manual updates.

Icon

Difficult onboarding and limited auditability.

Icon

Slow response to changes in topologies, buses or ECUs.

OEMs, tier 1s and engineering teams need a single, authoritative source of truth for network configuration.

Our solution:

FLYNC logo

A unified, model-driven approach

FLYNC centralizes the entire vehicle network description into a single YAML-based model from which all downstream artifacts can automatically be generated.

Key principles

  • Lightweight & collaborative
  • Based on open technologies
  • Developer-friendly design
  • Fast and reliable process
  • Configuration-as-code paradigm to super-charger development speed
  • Layered configuration validation
Key principles photo

Who FLYNC helps and how

E/E system architects

  • Define the full vehicle topology once and derive individual configurations.
  • Guarantee consistency across all dependent artifacts.
  • Improve governance and audit readiness with clear traceability.

Hardware engineers

  • Auto-generate precise controller-specific configuration files.
  • Eliminate manual annotations and reduce update cycles.
  • Ensure alignment with system changes instantly.

Software developers

  • Use proven software development process and tools (e.g., CI/CD) for configuration too.
  • Avoid mismatches between implementation and architecture.
  • Reduce debugging time caused by outdated artifacts.

Validation & test teams

  • Generate test-bench and HIL configurations automatically.
  • Single source of truth instead of stitching together multiple different file formats.
  • Ensure test environments reflect the latest architecture.

Supplier management & integration

  • Allow version-controlled exports for partners.
  • Provide consistent, up-to-date data across RFQs and integrations.
  • Reduce back-and-forth caused by version inconsistencies.

Project managers

  • Create comprehensive project timelines aligned with architecture updates.
  • Facilitate communication across teams with a centralized repository.
  • Monitor progress with real-time dashboards reflecting the latest changes.

FLYNC resource hub

Get started in 2 minutes!

Icon

Consistent, synchronized outputs across all disciplines.

Icon

Significant reduction in manual rework and human errors.

Icon

Faster iteration cycles with automated artifact generation.

Summary of impact

Icon

Clear audit trails and governance across the entire architecture.

Icon

Seamless integration with suppliers and internal toolchains.

Icon

A future-proof approach for software-defined vehicle development.