Graphpid · P&ID Digitization Platform
Transform P&ID diagrams into intelligent digital assets.

GraphPID combines AI-powered extraction and Knowledge Graph validation
to turn static P&ID drawings into structured, searchable engineering data.

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The Challenge

  • Slow manual processes

    Manual interpretation and digitization
    of complex drawings.

  • Disconnected information

    Static diagrams are difficult to connect
    with digital workflows.

  • Errors and safety risks

    Inaccuracies and inconsistencies can create operational and compliance challenges.

QUI SERVE LA SCHERMATA REALE DI UN P&ID STATICO

The Graphpid Solution

  • AI-powered extraction

    Automatically identify symbols,
    text and process lines.

  • Structured, connected data

    Organise extracted information for analysis
    and downstream digital applications.

  • Knowledge Graph validation

    Apply engineering rules to identify
    inconsistent connections.

QUI SERVE A STESSA SCHERMATA ELABORATA DA GRAPHPID

From engineering drawings to operational insight

GraphPID combines AI-powered extraction, Knowledge Graph validation and structured engineering
data to support smarter analysis and digital workflows.

Automate
Automate

AI-powered extraction

Detect symbols, text,
process lines and flow direction
from P&ID drawings.

Simulate
Simulate

Knowledge graph & digital twin

Connect components and
relationships to validate
engineering logic and support
simulation workflows.

Optimize
Optimize

Operational intelligence

Use validated engineering data
as a foundation for asset
analysis, maintenance planning
and digital initiatives.

9-step AI digitization pipeline

From file upload to Knowledge Graph validation, discover how GraphPID transforms
P&ID drawings into structured, validated engineering data.

PHASE 1

Prepare the drawing

Import and prepare the source diagram.

  1. File Upload

    Upload P&ID files in interactive or batch mode.

  2. Crop Configuration

    Define the relevant area of the diagram.

PHASE 2

Extract & Reconstruct

Turn drawing content into structured information.

  1. Symbol Extraction

    Identify valves, pumps, instruments and other symbols.

  2. Text Extraction

    Extract technical labels and annotations using OCR.

  3. Combine Extracted Data

    Bring the symbol and text extraction results together.

  4. Line Extraction

    Detect process lines, intersections and flow direction.

PHASE 3

Structure & Validate

Build the graph, validate relationships and
prepare the results.

  1. Neo4j Sync

    Synchronise extracted information
    with the graph database.

  2. Knowledge Graph Validation

    Check relationships against engineering rules.

  3. P&ID Summary & Catalog

    Review results, export data and map symbols to standards
    and catalogues.

See GraphPID in action

Discover how GraphPID extracts engineering information, maps component
relationships and identifies inconsistencies in P&ID diagrams.

Request Your Demo

Why GraphPID?
More than digitization. Engineering intelligence.

GraphPID combines AI-powered extraction with engineering rules to turn static drawings
into connected, validated and reusable data.

Validate
engineering logic

Automatically
flag inconsistent connections
using Knowledge Graph rules.

Work with
your standards

Use ISO references,
industrial ontologies
and company-specific
symbol catalogues.

Keep experts
in control

Review, correct and
confirm detected
issues through a
human-in-the-loop
workflow.

Build
connected data

Create a structured
foundation for
engineering analysis
and Digital Twin
initiatives.

Let’s explore your P&ID digitization challenges.

Book a personalised GraphPID demo and discover how AI extraction
and engineering-rule validation can support your workflows.

Request Your Demo