Background
Engineering Infrastructure Platform

Engineering data, structuredversionedcomputableexecutablescalable

We convert unstructured engineering documents into a continuously updated structured project data layer that powers downstream engineering, compliance, procurement, and cost workflows.

The Problem

Why This Exists

Engineering execution runs on data. But engineering projects generate documents. Critical information lives inside drawings, P&IDs, datasheets, and specifications — never captured as a structured system.

01Engineers repeatedly interpret the same data
02Registers drift from drawings
03Revisions silently break downstream workflows
04Reviews slow down
05Procurement inputs become incomplete

What We Build

Engineering Data Layer

Plinth transforms engineering documents into a structured, version-aware data layer. Source documents flow in, get parsed and validated, then power live deliverables, procurement packages, and quality checks.

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How It Fits

Current State

Engineering data is manually extracted from documents, re-interpreted by every team, and fed into disconnected enterprise systems.

Engineering Documents

P&IDs, PFDs
Datasheets
Specifications

Manual Extraction & Re-entry

Engineers manually read documents, extract data into spreadsheets, then re-enter into downstream systems

Downstream Systems

SAP
AVEVA E3D
Primavera P6

Also Integrates With

SmartPlantAutoCAD Plant 3DNavisworksMicrosoft ProjectPower BI

Industry Impact

92%

of industrial projects miss schedule or budget commitments

66%

average cost overrun on energy projects globally

41%

of engineer time spent on productive, value-adding work

What This Powers

Use Cases

Because engineering data is structured once and kept current, critical workflows become automated, reliable, and traceable.

01

RFQ Readiness & Cost Visibility

Engineering-Driven Deliverables

Generate live deliverables (Instrument Index, Line List, Equipment Register, Tag-Doc Register) as synchronized views from a single structured data model.

Turns drawings into procurement-ready deliverables that stay correct as designs change.

02

Engineering Data Integrity

Cross-Document Consistency

Build a tag-centric structured data model by extracting engineering intent directly from source documents. Detect mismatches and conflicts automatically.

Keeps data consistent across all documents, preventing late-stage rework and claims.

03

QC/QA Acceleration

Automated Design Review

Enable data-driven design reviews by running automated checks on structured engineering data. Verify tag completeness and control loop integrity.

Accelerates design reviews with a repeatable, data-driven process.

04

Reliable Engineering Search

Tag-Document Intelligence

Use vision and language models to build an explicit Tag-Document intelligence layer. Enable reliable technical search with RAG-ready foundations.

Makes engineering knowledge searchable by linking tags, drawings, and specifications.

Built for Industrial Projects

Engineering teams managing complex, document-heavy projects where data accuracy directly impacts safety and cost.

EPC ContractorsOwner EngineersProject ControlsDocument ControllersQA/QC LeadsProcurement TeamsData ManagersDesign EngineersEPC ContractorsOwner EngineersProject ControlsDocument ControllersQA/QC LeadsProcurement TeamsData ManagersDesign EngineersEPC ContractorsOwner EngineersProject ControlsDocument ControllersQA/QC LeadsProcurement TeamsData ManagersDesign Engineers

Get Started

Engineering scales on structured data, not documents.

Plinth builds the layer that makes engineering computable. Transform how your team manages project data.

API-First

REST & GraphQL

Version-Aware

Full traceability

Spec-Governed

Standards compliance