standrdX Platform
standrdX validates engineering handoffs against the requirements, standards, specifications, drawings and data that govern them, so every deliverable is proven before it reaches the next stage.
Why standrdX
A single requirement is re-read, translated and re-entered at every handoff. Each document ends up internally correct. The contradiction exists only between them. That is why a page-by-page review misses it, and why it surfaces later as scrap, rework, procurement delays or an audit finding.
Illustrative. Every document above is internally consistent; only the trace between them shows where the requirement was lost.
01 · Know what governs
standrdX establishes the requirement baseline and applies the governing order you set for the project, so reviewers work from the clause that actually applies rather than the first one they find.
02 · Validate every handoff
Each stage validates its own output. Nothing validates the translation from one stage to the next. standrdX checks the handoff itself, alongside the document that came out of it.
Specifications
and standards
Calculations
and datasheets
Parts lists
and vendor docs
Packages
and turnover
Three handoffs. Three places a requirement can be lost. Each one validated against the requirement that governs it.
03 · Decide with evidence
Every finding arrives with the clause that governs it and the page it came from, so engineering data intelligence supports the decision instead of replacing it.
Specified material lacks verified certification for the applicable sour-service condition.
ILLUSTRATIVE FINDING
Platform capabilities
AI for engineering work that has to be defended in review.
The authoritative requirement baseline.
EXPLORE →Drawings and documents as structured engineering data.
EXPLORE →Which requirement governs, and why.
EXPLORE →Review, approval and closure.
EXPLORE →Integrations
Documents in, findings out.
EXPLORE INTEGRATIONS →FAQ
standrdX is the engineering assurance platform that validates engineering handoffs against the requirements, standards, specifications, drawings and data that govern them. It establishes which requirement governs each document, checks every deliverable against it, and presents each finding with its clause and evidence for an engineer to rule on.
Document review is one use case. standrdX validates engineering handoffs across the lifecycle, from requirements and standards through calculations, engineering deliverables, BOMs, vendor documentation and release packages.
You do, and the reviews are sound. The question is whether expert engineers should spend their time finding issues, or ruling on findings prepared for them.
Accuracy is checked finding by finding against the source, rather than claimed as a platform-level number. Confidence is reported separately from the verdict, and a reviewer can override any finding with a justification.
Those systems store documents and manage review routing. standrdX validates whether engineering intent survives across specifications, drawings, datasheets and deliverables as they move through them.
PLM manages product data and configuration. standrdX validates whether customer requirements are correctly translated into engineering deliverables and BOMs.
The documents differ. The failure does not: requirements move through handoffs where discrepancies occur. That problem is common across projects and industries.
Access is role-based, sign-in runs through Microsoft Entra ID, and every action is written to an audit record. Full detail is on the Security & Governance page.
Next step
Run standrdX against your own specifications and deliverables, and judge the findings the way your engineers would.