SDVault™
As vehicles evolve into software‑defined platforms, OEMs are facing unprecedented complexity across architecture, integration, validation, and compliance. Fragmented tools, hardware‑bound testing, and milestone‑based validation models are no longer sufficient to manage risk, cost, or speed.
SDVault™ is a unified, modular SDV engineering ecosystem that brings together architecture design, integration, validation, diagnostics, AI automation, and compliance under a single control plane—enabling OEMs and Tier‑1s to build, validate, and scale SDV platforms with confidence.
Why SDVault™
The Problem
- Fragmented tools across architecture, integration, validation, and compliance
- Late discovery of system level, timing, and integration issues
- Hardware bound, milestone-based testing that doesn’t scale for SDVs
- Manual, point in time compliance increasing program and recall risk
- Rising cost, delays, and reduced confidence in SDV program execution
SDVault™
- A unified, software first SDV engineering and validation ecosystem
- Single control plane spanning architecture, integration, testing, diagnostics, and compliance
- Modular tools, AI driven accelerators, blueprints, and SDKs
- Continuous, system level validation from SIL to HIL, vehicle, and fleet
- Open, vendor neutral platform aligned to SDV standards
The Outcome
- Faster SDV program execution and shorter release cycles
- Earlier defect detection with significantly reduced rework
- Lower development and validation cost
- Continuous, audit ready safety and cybersecurity compliance
- Scalable, OTA ready software platforms with long term confidence
Key Features & Capabilities
- Single control plane that integrates architecture design, integration, validation, diagnostics, and compliance
- Eliminates fragmented tools across SIL, HIL, vehicle, and fleet stages
- AI powered testing, failure detection, root cause analysis, and scenario generation
- Scales validation and diagnostics across complex SDV software stacks
- System‑level validation from software‑in‑the‑loop to vehicle and fleet
- Enables early issue detection and reduces late‑stage rework
- Works across Linux, Android, AUTOSAR Classic & Adaptive environments
- Sits above vehicle OS and toolchains to ensure flexibility and portability
- Continuous, defensible engineering evidence for safety and cybersecurity
- Supports ISO 26262, ISO 21434, ASPICE, UNECE R155/R156 requirements
- Modular components, accelerators, blueprints, and SDKs
- Supports selective adoption or full stack deployment based on program needs
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