Vehicle-Cloud Intelligent Scenario Development Platform
Integrating AI Content Generation for Full-Link Automated Innovation
融合AI內(nèi)容生成能力
全鏈路自動化創(chuàng)新模式
Neusoft Reach's vehicle-cloud integration software platform empowers AI-driven scenario applications across three core areas: computing power extension, scenario development, and vehicle-cloud collaborative computing architecture & communication. Built on a low-code development model, the platform seamlessly connects with OEM Agent large models to deliver scalable computing and scenario-aware vehicle control capabilities. It solves the inconsistency of AI-generated outcomes by ensuring authoritative results through vehicle-cloud component coordination, enabling fully automated, generative scenario application development.
Vehicle-Cloud Intelligent Scenario Development Platform
Low-Code Development Tools: provide orchestrated control over vehicle-integrated scenarios, lowering the barrier to implementing AI capabilities for both OEM-defined and user-defined experiences and bringing unprecedented smart services to end users.
Innovation in AIGC-driven scenario generation is enabled by integrating OEM-level AI foundation models. By combining AI-generated text capabilities with scenario component development, the platform maps and transforms AI content into user-familiar scenario templates. After passing security verification, these are compiled into scenario scripts and dynamically deployed to the in-vehicle scenario engine for real-time execution.
代碼開發(fā)工具：實現(xiàn)對車控融合場景的編排能力，在用戶定義場景和OEM定義場景的基礎(chǔ)上，降低了AI能力融合的落地門檻，為用戶帶來了前所未有的智能化服務(wù)體驗。
Innovation in AIGC-driven scenario generation is enabled by integrating OEM-level AI foundation models. By combining AI-generated text capabilities with scenario component development, the platform maps and transforms AI content into user-familiar scenario templates. After passing security verification, these are compiled into scenario scripts and dynamically deployed to the in-vehicle scenario engine for real-time execution.
Intelligent Scenarios Platform Advantages
Low-code, entry-free, universal applicability
Design-as-development with semantic code blocks
Drag-and-drop design with lightweight verification
Visual API design and management
Modular and combined API support
Flexible vehicle service configuration for enhanced availability
Dynamic update of vehicle control interfaces
Real-time API generation and authorization
Lightweight on-vehicle updates
Generative scenario innovation
Integration with large AI models
Seamless integration of AI-generated content with vehicle control, ensuring safety and reliability
