MappingSpace ALM provides an AI-powered solution that meets the V-model R&D process requirements for manufacturing while integrating the best practices of agile development. It satisfies the quality regulatory standards such as ASPICE, IEC61508, DO178C, etc.
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MappingSpace, as an AI-powered automotive R&D management platform, strikes a balance between Agile efficiency and ASPICE compliance. Its core strengths lie in three dimensions: First, AI-driven generation of requirements, test cases, and architectural designs liberates engineers from repetitive tasks. Second, the mind map-based V-Model traceability ensures atomic-level alignment across requirements, design, and testing, meeting ASPICE’s rigorous standards. Third, deep integrations with GitLab CI/CD and eolink API testing close the loop from code review to automated validation. With toolchain consolidation and localization capabilities (e.g., domestic ecosystem certifications), it offers a lightweight solution for mid-sized automakers navigating digital transformation under cost and regulatory pressures.
try out this tool recently. Way more efficient than some traditional ALM tools, especially with some latest AI features. It makes my work quicker, traceable and organized. Would recommend it to automotive engineers.
@new_user___09020257774f411311ad8cf nice comment, great thanks!
The AI functions of Mapping Space in requirement management and test management can collaborate well with the AI functions of GitLab, significantly enhancing the efficiency of product development.
@liu1jt Great thanks to you
MappingSpace revolutionizes ALM by integrating AI-driven agility, precision, and cost efficiency, particularly in automotive, semiconductor, and robotics industries. It replaces static tools like Polarion with a dynamic mind-mapping interface for visualizing requirement interdependencies, enabling real-time collaboration.
AI validates requirements, resolves ambiguities, and auto-generates test cases/architecture diagrams, boosting test coverage from 67% to 92%. Its NLP-powered traceability matrix dynamically aligns requirements with test scripts, reducing ASPICE review cycles by 80% despite frequent changes.
The platform enables granular workflow customization, automated triggers for task assignments/baseline locks, and coverage detection to ensure ASPICE compliance without manual intervention. Multi-dimensional dashboards visualize metrics (bug severity, task completion) and support root-cause analysis via node-specific filters, while state duration reports benchmark timelines for process optimization. AI tools include a Smart Compliance Assistant for audit-ready documentation, knowledge graphs to reduce redundancy by 60% via reusable requirements, and self-healing traceability for auto-updated test mappings.
Built for scalability, its cloud-native architecture handles large datasets with minimal latency, integrates with Feishu/DingTalk for real-time collaboration, and disrupts costs via perpetual free licenses for strategic industries.
By addressing legacy ALM limitations—rigid workflows, poor traceability, high costs—MappingSpace empowers ASPICE compliance, accelerates software-defined innovation, and optimizes resource allocation, positioning it as a strategic enabler for digital transformation.
@simon__li Great thanks for your comments
Rapid secondary development capabilities, convenient traceability relationship establishment, efficient cross-organizational collaboration, and AI-powered information retrieval and output are essential features for modern ALM tools. MappingSpace precisely embodies these characteristics, and we recommend its use.
@bruce_shui4Â Thanks to you for the recommendation.
MappingSpace is one of the best ALM products I've ever used. Highly recommended!
@feng_wan1Â Great thanks to you