An advanced search engine that deeply analyzes your datasheets, manuals, and drawings — understanding engineering context, relationships, and intent to instantly surface the most relevant information, even when keywords don’t match.
Zero-error submittals, ISO/GDPR compliance, and measurable ROI — without heavy IT overhead. Deploy in weeks, not months.
An advanced search engine that deeply analyzes your datasheets, manuals, and drawings — understanding engineering context, relationships, and intent to instantly surface the most relevant information, even when keywords don’t match.
Streamline and automate engineering workflows, ensuring that tasks like approvals and distribution matrices are optimized and error-free.
Quickly search through all project documents with AI-based descriptive search functionality, enabling users to find exactly what they need in seconds.
Leave comments directly on documents, including PDF files, CAD designs, and BIM 3D-Models, without the need to download files, making collaboration seamless and efficient
Securely archive project documents and data, making it easy to retrieve them later while ensuring compliance with regulatory requirements.
Lightweight, cost-effective, quick to deploy—global-class capabilities without the heavy overhead.
Automation of coversheets, metadata checks, and comment consolidation reduces rework—smaller DCC teams handle higher volumes.
Template/metadata validation prevents missing fields, inconsistent naming, and duplicates for first-time-right approvals.
Yes—inline viewing, redlining, and side-by-side comparisons for CAD, BIM, and PDFs without extra software.
Incoming comments consolidate into structured reply sheets; full loop history ensures nothing is lost.
PiNOR brings AI everywhere: smarter reviews, faster approvals, fewer errors. Tools like AI comment sheets, semantic design compare, descriptive search, dossier validation.
Pre-modeled EPC workflows enable fast, low-effort adoption—even without large IT teams.
Shorter cycle times, lower DCC headcount requirements, and minimized rework deliver measurable savings on early projects.
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