Build the Digital Thread for Software Defined Vehicles

Connect requirements, architecture, validation, diagnostics, and cloud analytics into a unified engineering platform.

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One Platform. One Digital Thread.

SDVsolution unifies requirements, architecture, testing, diagnostics, and cloud intelligence into a continuous engineering lifecycle for Software Defined Vehicles.

ENGINEERING OUTCOMES

Deliver Measurable Results

Leverage AI-powered workflows to improve engineering efficiency.

System Engineering & Integration at SDVsolution connects vehicle‑level intent to software implementation and verification. We use a disciplined V‑Model approach spanning system requirements, architecture, software design, and multi‑level testing to ensure that every feature is traceable, testable, and integrable across the SDV stack.

THE CHALLENGE

Why Traditional Development Breaks Down

Modern vehicles contain:

  • 100+ ECUs

  • Millions of lines of software

  • Cloud-connected services

  • OTA update capability

  • Complex safety and cybersecurity requirements

Without end-to-end traceability, engineering organizations face:

❌ Requirement gaps

❌ Verification challenges

❌ ASPICE compliance risks

❌ Delayed vehicle programs

❌ Increased development costs

WHAT WE DO

  • System Requirements Analysis (SYS.2): Translate customer, regulatory, and business needs into clear, testable system requirements.

  • System Architecture Design (SYS.3): Define domain and ECU responsibilities, interfaces, and data flows across powertrain, ADAS, body, infotainment, and cloud.

  • Software Requirements & Architecture (SWE.1–SWE.3): Decompose system behavior into software requirements, architecture, and detailed design for each component and service.

  • End‑to‑End Integration & Test (SWE.4–SWE.6 & SYS.4–SYS.5): Plan and execute unit, integration, system, and acceptance testing aligned to the V‑Model.

Our approach mapped to the V‑Model

Requirement → Architecture → Software → Test Case → Test Result → OTA Release

Left side – From intent to design

  • Requirement Analysis

    • SYS.2 System Requirements Analysis

    • SWE.1 SW Requirements Analysis

    • Capture feature behavior, constraints, and non‑functional requirements (safety, security, performance).

  • System & Architecture Design

    • SYS.3 System Architecture Design

    • SWE.2 SW Architecture Design

    • Define domains, ECUs, services, interfaces, and communication patterns (CAN, Ethernet, cloud).

  • Module / Detailed Design

    • SWE.3 SW Detailed Design

    • Specify components, APIs, state machines, and data models ready for implementation.

  • Coding

    • Implementation of software components, services, and integration logic according to the detailed design.

Right side – From design to verified system

  • Acceptance Testing

    • Validate against customer and regulatory expectations; support launch readiness and sign‑off.

  • System Testing

    • SWE.6 SW Test

    • SYS.5 System Testing

    • Confirm that the integrated system meets system requirements and non‑functional targets.

  • Integration Testing

    • SWE.5 SW Integration Test

    • SYS.4 System Integration Testing

    • Validate interactions between ECUs, services, and domains.

  • Unit Testing

    • SWE.4 SW Unit Test

    • Verify modules and components against detailed design.

DIGITAL THREAD

End-to-End Engineering Traceability

Every requirement remains connected from concept through validation, enabling complete engineering visibility and change impact analysis.

REQUIREMENTS FACTORY

Engineering Traceability at Scale

Requirements Factory transforms vehicle features into verified software requirements while maintaining complete traceability throughout development.

Capability

  • Feature Management - Capture customer and business needs

  • System Requirements - Define vehicle-level functionality

  • Subsystem Requirements - Allocate requirements across domains

  • Software Requirements - Support SDV software development

  • Traceability - End-to-end requirement linkage

  • Compliance - ASPICE and ISO 26262 alignment

BENEFITS

  • Improved requirement quality

  • Reduced engineering rework

  • Full traceability

  • Faster program execution

Architecture Factory

Built for Automotive Compliance

TESTING FACTORY

Continuous Validation for SDVs

Testing Factory provides automated validation workflows that ensure every requirement is verified before deployment.

ASPICE CENTER OF EXCELLENCE

Built for Automotive Compliance

SDVsolution aligns engineering workflows with Automotive SPICE best practices.

AI-AUGMENTED ENGINEERING

Accelerate Engineering Productivity

Leverage AI-powered workflows to improve engineering efficiency.

PLATFORM INTEGRATION

Connected Across the SDV Lifecycle

SDVsolution connects vehicle engineering, validation, diagnostics, and cloud analytics into a single software-defined vehicle ecosystem.

Ready to Build a Traceable SDV Program?

Connect requirements, architecture, testing, diagnostics, and cloud analytics into a single engineering digital thread.