Open-Source highlights for the Software-Defined vehicle era

Driving transparency, collaboration, and innovation in automotive E/E architectures — from communication standards to configuration platforms.

From opening industry-defining protocols like SOME/IP to launching next-generation tools like FLYNC, Technica Engineering is shaping the future of open automotive ecosystems.

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Advancing Automotive Development Through Openness

Technica Engineering is actively shaping the future of automotive development by driving openness, collaboration, and standardization across the Software-Defined Vehicle ecosystem.

As vehicle architectures become increasingly complex, the industry faces a growing need for shared frameworks, transparent processes, and interoperable solutions. Open-source is no longer just a technological choice — it is a strategic enabler for accelerating innovation and reducing fragmentation across OEMs, suppliers, and engineering teams.

Through key initiatives, Technica Engineering is contributing to a more connected and collaborative automotive landscape — opening critical technologies and redefining how configuration and communication are developed, shared, and scaled.

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Unified Data Models

Connecting legacy hardware with future software layers through standardized communication protocols.

Interoperability First

Enabling seamless integration between diverse hardware and software components in SDV environments.

Strategic enabler for accelerating innovationand reducing fragmentation.

Why This Matters

The shift toward Software-Defined Vehicles has introduced unprecedented complexity in E/E architectures. Modern vehicles rely on distributed systems, service-oriented communication, and continuous software updates — all of which require precise coordination across multiple domains.

However, today’s development environments are still heavily constrained by:

Fragmented tools and data formats

Configuration silos across teams and suppliers

Manual processes prone to inconsistencies and errors

Limited traceability between architecture, implementation, andvalidation

IMPACT STATEMENT

This fragmentation slows down development cycles, increases integration effort, and creates significant risks in large-scale programs.

To overcome these challenges, the industry must move towards:

Shared standards

Unified data models

Automation-driven workflows

Open collaboration

Technica Engineering’s open-source highlights directly address thes eneeds — transforming how core technologies are accessed, developed, and adopted across the ecosystem.

HIGHLIGHT 1

SOME/IP Open-Source specification

Opening a Core Communication Standard

With deployment in more than 40 million vehicles worldwide, SOME/IP is an essential communication protocol for vehicles using Automotive Ethernet. As the foundational technology for service-oriented architectures in vehicles, SOME/IP enables efficient, scalable, and secure data exchange between ECUs, sensors, and software systems.Technica Engineering made the full SOME/IP specification available openly — removing long-standing barriers to access and innovation.

Know more about Open-Source specification

40M+

Vehicles currently utilizing SOME/IP communication globally

100%

Total accessibility and open-source specification availability

ACCESSIBILITY

Greater accessibility for independent software developers and research institutions.

VELOCITY

Faster adoption of service-oriented architectures across the industry.

ALIGNMENT

Simplified interoperability between different tier-1 suppliers and OEMs.

STANDARDS

Standardization of universal service discovery and request/response mechanisms.

More than a technical release, this is an invitation for the automotivecommunity to build upon a proven, high-performance foundation.

HIGHTLIGHT 2

Reinventing Network Configuration with Configuration-as-Code

Modern development practices

Git-based version control

Enable robust collaboration and audit trails.

Automated artifact generation

Output multiple formats from a single source of truth.

Full traceability

Track every change from definition to implementation.

CI/CD integration

Automate the validation and deployment pipeline.

Direct benefits for engineering teams

Reduce manual effort

Eliminate inconsistencies and repetitive configuration tasks.

Unified alignment

Keep architecture, software, and validation perfectlysynchronized.

Faster response times

React immediately to system-level architectural changes.

Improved collaboration

Bridge the gap across internal teams and external suppliers.

FLYNC represents a fundamental shift — turning configuration into a structured, scalable, and strategic asset within the development lifecycle.

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Accelerate Your Open-Source Strategy

Whether you're exploring open standards like SOME/IP or looking to transform your configuration workflows with FLYNC, our experts are here to support you. From initial questions to proof-of-concepts and integration strategies, we help you bring open-source into your development process in a structured and scalable way.

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