Standard Validation Systems
Check the standards.Trace the changes.
Two focused platforms bring clearer evidence to drawing review. Help designers, engineers, and client reviewers see what meets the supported requirements—and what still needs attention.
Working development platforms for controlled demonstration and technical evaluation.
The problem
Manual drawing review is slow, repetitive, and difficult to scale consistently.
Every handoff brings two demanding jobs: checking the drawing standards and confirming the requested changes. Across a dense binder, the work means repeated searching, comparing, interpreting, and documenting.
The same details. Again.
Coversheets, title blocks, revisions, clouds, deltas, and individual markup requests all compete for review time.
Context can get lost.
Different reviewers, drawing families, client rules, and issue stages can make an already complex handoff harder to follow.
The documents are sensitive.
Drawing packages and client standards often need to stay within a local or approved environment, with accountable access and release decisions.
One company. Two distinct products.
Two critical questions.
Purpose-built answers.
A package can need a drafting correction even when the requested change was made. A well-presented drawing can still miss the intent. SVS addresses each question directly.
Does the package meet your client’s drawing standards?
Run supported PDF checks across coversheets, title blocks, revisions, deltas, clouds, and selected contact and color conditions.
- Select the applicable client and issue-stage profile.
- Inspect PASS, FAIL, REVIEW, and incomplete-processing status.
- Follow report findings into annotated drawing evidence.
Was the requested change carried through?
Create structured redlines, confirm the source intent, and evaluate supported returned-drawing changes against explicit expectations.
- Bind the instruction to its drawing target and expected condition.
- Inspect aligned Baseline, Redline, and Completed evidence.
- Record findings, prepare rework, and check the returned revision.
Choose either platform for its defined review task. Each operates independently, with a distinct role in the drawing-review process.
Why the two perspectives matter
Check the work.
Check how it is documented.
Consider a designer returning a revised panel drawing. The intended change and the client’s revision standards create separate review obligations.
The Validation question
Is the drawing package presented correctly?
For example: are the supported title-block and revision fields consistent, and do the applicable cloud and delta checks satisfy the configured drafting rules?
The Redline question
Does the returned work match the request?
For a supported declared case: does the returned drawing show the expected text, panel geometry, or named conductor path, with evidence tied to the original instruction?
See the evidence
Findings you can follow.
Processing complete does not mean the drawings passed.
The actual report separates completed checks from drawing findings and points the reviewer to the reasons behind the result. Unsupported or unresolved work remains visible.
Development report example. Counts are observations, not an accuracy score. The client determines the qualified reviewer; historical “engineering approval” wording remains visible in this report.
The existing walkthrough
See Validation
in motion.
Follow the desktop workflow, review workbook, and annotated evidence in this earlier sanitized platform walkthrough.
Designed around real review responsibilities
Your standards.
Your people.
A clearer review record.
The useful outcome is a better-informed person at the handoff: the designer correcting a finding, the checker resolving an exception, or the engineer reviewing a requested change.
Keep context under control.
Both products use local desktop workflows. Client-approved handling, installation requirements, access, and permitted disclosures belong in the deployment evaluation.
Preserve the basis for a finding.
Connect review output to its input revision and evidence. Supported observations, drawing failures, and unresolved work stay distinguishable.
Support deliberate improvement.
Use reviewed drawing cases and documented findings to refine checks and client profiles. Confirm new coverage against representative drawings and the client’s requirements.
The business opportunity
Give review capacity
back to the team.
SVS is designed to reduce repeated searching and checking, make correction work clearer, and help teams carry useful evidence into the next review.
For designers & drafting teams
Find supported drafting issues earlier and return a clearer package, with less time spent locating the basis of a review comment.
For reviewers & account teams
Start with organized findings and linked evidence. Focus the review on the decisions that require the team’s expertise.
For utilities & other clients
Keep standards ownership explicit and assess incoming work through a more repeatable, inspectable review process.
For design-platform partners
Evaluate two focused product capabilities around PDF review, drafting quality, engineering intent, and evidence-based handoffs.
A representative client pilot measures time savings, correction effort, useful coverage, and false or missed findings against the team’s current review process.
Before your first walkthrough
A few direct answers.
Which SVS platform should we evaluate first?
Start with Validation if your immediate problem is supported client drafting standards across a PDF drawing package. Start with Redline if you need to follow requested engineering changes into the returned drawing. A demonstration of both can help identify the better initial pilot.
Are the two platforms already integrated?
They are separate, independently operable products with complementary responsibilities. Automatic exchange between the platforms is a future integration opportunity; each can be evaluated on its own today.
Does a drawing-standard review require an engineer?
The client’s process determines the qualified role. Routine drafting-standard findings may be reviewed by a designer, checker, or utility QA representative. Engineers remain responsible when a task calls for engineering judgment; the software does not assign that authority.
What is working today, and what still needs qualification?
Both products have working development workflows and demonstrated supported checks. Validation is suitable for a controlled designer/client pilot of the demonstrated functions. Redline provides structured authoring, source-intent confirmation, bounded drawing checks, evidence, and review/rework workflows. Broader client-rule coverage, independent accuracy, complete deployment qualification, and commercial release remain work to be completed. Formal Redline engineering approval and release are disabled in the current development build.
Can we keep using our existing design tools?
Yes. Designers continue to edit in their normal source-authoring environment and return PDFs for the applicable SVS workflow. The current handoff uses PDFs. Native CAD/BIM editing, direct Autodesk or Bluebeam integration, and automatic source-drawing correction are outside the current demonstrated scope.
Is SVS limited to one utility or drawing type?
Utility and substation drawings are the current demonstrated foundation. Broader owner standards and drawing families require defined profiles, representative cases, and qualification. A reference vocabulary or profile proposal alone does not establish verified coverage.
Start with a controlled demonstration
Bring your review challenge.
See where SVS fits.
Explore both platforms with sanitized material, identify the checks that matter to your team, and define a focused pilot around your client’s standards and review expectations.
01 / See the working products.
Follow the input, supported check, finding, and evidence in each platform.
02 / Match the review task.
Define the client rules, change instructions, and responsible reviewers.
03 / Measure the pilot.
Evaluate review effort, useful coverage, incorrect findings, and the next qualification steps.
Standard Validation Systems Corporation · Two independent development platforms. Demonstration interfaces and report examples may reflect different development versions. Client acceptance and engineering or document-release authority remain separate from software observations.