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One connected model of the facility.

Armeta P&ID
A facility's process documentation is spread across thousands of drawings and tables produced over decades. Armeta reads them together — P&IDs, piping isometrics, PFDs, and line lists — and resolves them into one model where every equipment item, line, and instrument has a single identity, wherever it appears.

The connected facility model, visible and queryable.

Move from a source drawing to structured equipment, line, instrument, and connectivity data without losing sight of where every result came from.
Armeta P&ID product screen showing a connected drawing and structured engineering data

Every entity identified, connected, and traceable.

Armeta interprets engineering objects rather than simply extracting text.

Equipment items

Vessels, columns, exchangers, drums, pumps, compressors, and packages — identified, classified, and linked to their source region.

Piping lines

Line number, size, spec, service, and routing resolved against the facility’s numbering convention.

Instruments and loops

Transmitters, indicators, switches, controllers, analyzers, loop tags, and signal connections.

Valves and safety devices

Control valves, isolation valves, relief devices, actuators, setpoints, and the systems they protect.

Tags and annotations

Every tag, callout, note, and revision cloud retained with its drawing position for auditability.

Off-page connectors

Off-sheet references paired across the complete drawing set and resolved into directional facility connections.

Title-block metadata

Drawing number, revision, sheet, project, area, and unit used as the indexing key for every extraction.

Revision changes

Structured differences between drawing revisions, with every change traceable to its source.

Thousands of documents become one facility model.

Cross-drawing references and shared engineering identities are reconciled across the complete archive.
Stage 01

Per-sheet extraction

Symbols, tags, and lines parsed sheet by sheet.

Equipment, lines, instruments, and connectors are identified at symbol level, with every extraction tied to a specific source region.
Stage 02

Connector resolution

Off-page connectors picked up wherever they live.

Referenced drawings, sheets, and line numbers become unambiguous handles for matching connections across the archive.
Stage 03

Cross-sheet reconciliation

50 to 200+ sheets resolved into one connected graph.

Conflicts, dangling references, and revision mismatches are surfaced as discrepancies rather than silently dropped.
Stage 04

Facility model

One queryable map of every line, tag, and connection.

The reconciled set becomes a navigable model where each entity has one identity and remains linked to its source documents.

Watch Armeta extract a real customer P&ID.

See the platform process an engineering drawing and turn its contents into structured, reviewable output.
Armeta P&ID extraction demo

Built for real archives. Delivered with evidence.

The system handles the documents facilities actually have and preserves the traceability engineering decisions require.

Scanned paper drawings

Decades-old P&IDs with smudges, fold lines, and stamp marks are read as they exist.

Rasterized CAD plots

Flat-image exports require no selectable text, metadata, or vector layer.

Mixed-vintage archives

Symbol conventions can vary across decades, vendors, and authoring systems.

Engineer-reviewed extraction

Extracted models are reviewed against source drawings before delivery.

Source-linked traceability

Every entity links back to the exact source-sheet region it came from.

Accuracy sampling

Equipment-, line-, and instrument-level accuracy is measured on customer drawings.

Explore the technical P&ID platform

See Armeta P&ID on your own workflow.

Bring the documents, standards, and project context your team works with today.