rnd-cockpit-architect

Design scalable SOA-based cockpit architectures for connected vehicles.

110|19|Updated Feb 11, 2026
One-click install
npx skills add https://github.com/chendongqi/OPB-Skills --skill rnd-cockpit-architect
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: rnd-cockpit-architect
Source: https://github.com/chendongqi/OPB-Skills/tree/main/skills/rnd-cockpit-architect
Command: npx skills add https://github.com/chendongqi/OPB-Skills --skill rnd-cockpit-architect

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automotive cockpit software design often struggles with integrating domain controllers, HMI layers, and cross-domain services while meeting safety and security requirements. This Skill provides a structured approach to design scalable, SOA-based cockpit architectures that unify multi-screen ecosystems and vehicle-cloud integration.

Core Features & Use Cases

  • SOA-driven cockpit architecture for domain controllers, HMI, and app services.
  • Cross-domain integration and security design aligned with ISO 26262 and information security best practices.
  • Multi-screen & vehicle-cloud planning to enable seamless user experiences across displays and cloud services.
  • Use case: Plan a complete cockpit platform for a passenger car with domain separation, service orchestration, and safety mechanisms.

Quick Start

请为我的车载座舱设计一个初步的域控架构方案,涵盖 HMI、应用服务、通信中间件和安全分层。

Frequently Asked Questions about rnd-cockpit-architect

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design a scalable cockpit architecture for connected vehicles with SOA serviceization?▼

Design scalable cockpit architecture by applying an SOA-driven approach that structures domain controllers, HMI layers, and app services into discrete, orchestrable components for connected vehicles.

What is the best way to select middleware for cross-domain integration in an automotive cockpit?▼

Selecting middleware for cross-domain integration involves evaluating Some/IP and DDS protocols to ensure reliable service orchestration and communication across automotive cockpit domains.

How do I plan multi-screen interconnect and vehicle-cloud integration for a passenger car cockpit?▼

Plan multi-screen interconnect and vehicle-cloud integration by architecting a unified cockpit platform that enables seamless user experiences across multiple displays and cloud services.

Can I align automotive cockpit domain controller design with ISO 26262 safety requirements?▼

Align cockpit domain controller design with ISO 26262 by incorporating structured cross-domain integration and security design mechanisms that meet automotive functional safety requirements.

Does SOA serviceization work with multi-screen ecosystems in smart cockpit HMI layering?▼

SOA serviceization works with multi-screen ecosystems by decoupling HMI layering from application services, allowing independent scaling and seamless interconnect across cockpit displays.

What are the limitations when integrating vehicle-cloud services with domain controllers in cockpit architecture?▼

Limitations in vehicle-cloud integration include ensuring cross-domain security alignment with ISO 26262, managing middleware communication overhead, and maintaining reliable service orchestration across distributed domains.