Engineering Intelligence
standrdX reads drawings, datasheets, specifications and BOMs as structured engineering data, so every parameter can be checked against the requirement that governs it.
The problem
Engineering meaning lives in tags, dimensions, line numbers, materials and revisions, not in the sentences around them. Tools built to read prose return the words on a drawing and miss the engineering entirely.
That is why a document that has been read is still not a document that has been checked.
The ability to read an engineering document as engineering content: to recognise a tag as a tag, a duty condition as a duty condition, and a material callout as something that can be checked against a standard.
Without it, a parameter is a string on a page. With it, the same parameter can be measured against the clause that governs it.
How it reads
The same fragment read two ways. One returns characters. The other returns the parameters an engineer would check.
Text capture returns
Readable. Not checkable against anything.
standrdX returns
Each parameter typed, located and ready to check against the clause that governs it.
Coverage
Across disciplines, drawing types and document formats, at project scale.
Tags, components, line numbers, connections and annotations, read as objects rather than as marks on a page. P&ID data extraction across revisions.
Dimensions, elevations, references and notes, with engineering drawing analysis that keeps each value tied to where it came from.
Duty conditions, materials, performance parameters and configuration data, extracted field by field with the page they came from retained.
Clause structure, obligations and applicability, so a requirement can be matched to the deliverable it governs.
Line items, quantities, materials and component references, structured so a substitution can be traced back to the requirement it breaks.
Inputs, results and stated conditions from the documents your suppliers return, in the formats they actually send.
Across revisions
When a drawing is reissued, standrdX compares the two revisions as structured content and describes what moved. Review effort goes to the difference instead of to a second full read.
ILLUSTRATIVE COMPARISON
What it feeds
Engineering data intelligence is only useful if something checks it. Extraction hands its output to the rest of the platform, where each parameter meets the requirement that governs it.
FAQ
Engineering intelligence is the ability to read an engineering document as engineering content rather than as text. It recognises tags, dimensions, materials, duty conditions and revisions as typed parameters, so each one can be checked against the standard or specification that governs it.
Text extraction returns the characters on a page. A dimension comes back as a number with no meaning attached. standrdX returns the parameter, its type and where on the document it came from, which is what makes it checkable.
PDF documents and engineering drawings, including P&IDs, isometrics, general arrangements, datasheets, specifications, calculations, BOMs and vendor submissions.
Quality of the source affects what can be read reliably. This is worth establishing on a sample of your own drawings rather than assuming, and it is one of the first things a scoped evaluation settles.
It is checked against the requirement that governs it, and every finding carries the parameter, the clause and the page the evidence came from. Nothing is asserted without a source.
Yes. Extracted parameters are visible alongside the document they came from, so an engineer can confirm what was read before any finding is raised on it.
Next step
Bring a P&ID, an isometric or a datasheet of your own and watch what standrdX returns as structured engineering data.