Next-Gen Document Intelligence

Stop Missing
What’s Already There.

Find scope gaps, overlaps, and unclear responsibilities directly from your drawings.

Ask your project.
See what you might have missed.
Get clarity instantly.
iFieldSmart Scope Gap Agent
DRAWING A-101
AI FINDINGS
Scope Gap Missing partition note
Overlap HVAC / Electrical clash
Clarity Responsibility assigned
REALITY

It’s all in your drawings.
You just don’t see everything.

1000+ Sheets

Massive volume of drawings to review manually.

Manual Scan

Prone to human error, fatigue, and burnout.

DWG
SPEC

Dense Docs

Cross-discipline notes are hard to correlate.

But scope-related information is scattered — across multiple drawings and specs.

And under time pressure, things get overlooked.

THE PROBLEM

Scope issues don't start in the field.
They start in your documents.

01
ORIGINATION

They start in...

  • Missed notes
  • Coordination details
  • Trade responsibilities
  • References across sheets
02
FRICTION

They exist — but:

  • They're spread out
  • Easy to overlook
  • Hard to connect
03
CONSEQUENCE

So you end up:

  • Missing coordination requirements
  • Overlooking shared responsibilities
  • Discovering issues later
And under time pressure, things get overlooked.
INTRODUCING THE SKILL

Ask your
drawings what
you need to know.

With iFieldSmart AI, you don’t have to search manually.

AI // COORDINATION_ACTIVE
Show mechanical notes related to ceiling coordination.
I've analyzed Sheet M-201 and coordination guidelines. Mechanical notes indicate that a minimum 2'6" clearance is strictly required for all primary duct mains routing above the suspended ceiling to allow for lighting and fire sprinkler placements.
Where do plumbing and structural overlap?
Overlap detected at Column Line J-14 on Structural Sheet S-101. Plumbing main p-04 directly penetrates the Grade Beam. Modification is required to Sleeve 04-A before pour.
Who owns sleeve coordination?
Per SPEC Section 031500 (Concrete Accessories), structural sleeves are explicitly GC-managed. However, Trade Contractors are required to provide sleeve layouts 10 days prior to the concrete pour.
WHAT HAPPENS

Every note. Every sheet.
Made visible.

The system reads:

  • Notes across all drawings
  • Spec references
  • Cross-discipline mentions

And brings relevant information together — based on your question.

100% Traceability Verified
Every finding linked to source
Nothing is guessed.
Everything is traceable to your drawings.
DWG
PDF
SPEC
AI OUTPUT
Instant · Precise
OUTPUT

See what you might have missed.

Relevant notes

Tied directly to your query

Visibility

Into coordination areas

Clarity

On trade responsibilities

WORKFLOW SHIFT

From searching manually
to seeing everything clearly.

BEFORE
Flip sheets
Scan notes
Connect manually
NOW
Ask
See
Verify
WHY IT MATTERS

What you miss is
what costs you.

Most scope issues aren’t missing —
they’re just overlooked.

When you can see everything clearly:

  • Coordination improves
  • Responsibility becomes clearer
  • Risk reduces before it becomes a problem
FAQ

Frequently Asked Questions

Find answers to common questions about how AI helps construction teams identify scope gaps, improve coordination, and reduce risks during preconstruction.

Swipe horizontally to view all categories
Answer: AI scope gap analysis helps construction teams identify missing, overlapping, or unclear responsibilities across construction drawings and spec books during preconstruction.
Answer: The AI reads drawings, specifications, notes, and trade references to help surface coordination issues, missing scope coverage, and potential responsibility conflicts.
Answer: Construction teams conduct scope gap reviews to reduce coordination risks, improve alternative readability, and become aware of issues before bidding or construction begins.
Answer: The platform helps identify missing responsibilities, overlapping trade scope, inconsistent notes, coordination conflicts, and unclear ownership between disciplines.
Answer: Yes. The AI analyzes construction drawings and specification documents together to help teams review scope relationships across trades.
Answer: The AI reviews drawings, specifications, and trade references to help uncover scope relationships and coordination details across the project.
Answer: Yes. The system is designed to analyze notes, callouts, schedules, and specification references to help uncover coordination issues.
Answer: Yes. Teams can use the platform to explore trade responsibilities, coordination concerns, and scope relationships within project documents.
Answer: No. The skill is designed to organize and connect information contained within the project drawings and specifications.
Answer: The AI helps teams analyze trade requirements across disciplines to identify scope gaps, overlaps, and coordination issues during preconstruction.
Answer: Yes. The platform helps surface situations where multiple trades may reference the same scope item or responsibility.
Answer: The AI helps organize fragmented information from drawings and specifications into clearer trade-based scope visibility.
Answer: Yes. The platform is designed to help teams identify areas where scope responsibilities may be incomplete or undefined.
Answer: Yes. Teams can review relationships between trades and systems to improve coordination visibility before bidding and construction.
Answer: Yes. Generated insights and scope references link back to relevant drawings and specification sections for review and validation.
Answer: Yes. Teams can review source references directly within the project documents to validate coordination concerns and scope relationships.
Answer: Yes. The platform is designed to help teams track findings back to their original drawing notes and specification references.
Answer: The AI helps surface relevant scope information across project documents, reducing the need for repetitive manual searching.
Answer: Yes. Teams can review, validate, and refine AI-generated findings before using them in bidding or coordination workflows.
Answer: Preconstruction teams can use the platform to review trade coordination, identify scope gaps, and improve project visibility before bid submission.
Answer: The AI helps teams review scope completeness and coordination risks before subcontractor bidding and scope finalization.
Answer: Yes. Estimators can use the platform to review scope coverage and identify potential gaps before preparing estimates.
Answer: Yes. General contractors can use the platform to review trade coordination and improve scope clarity during preconstruction.
Answer: The platform is designed to help teams identify scope concerns earlier, which may help reduce coordination issues during construction execution.
Answer: It's built for estimators, preconstruction teams, project managers, general contractors, and subcontractors to improve scope visibility and coordination.
Answer: Yes. Subcontractors can use the platform to better understand trade responsibilities and identify coordination concerns before bidding.
Answer: Yes. Smaller teams can use the platform to reduce manual document review effort and improve preconstruction visibility.
Answer: The platform helps to discover crucial coordination between electrical, HVAC, plumbing, heating, structural, and preconstruction workflows.
Answer: Yes. The platform is designed to help teams review large drawing sets and complex trade relationships across projects.
Answer: Yes. Interested teams can join the waitlist to learn more about upcoming access and platform updates.
Answer: Yes. The platform is designed specifically for preconstruction document review, coordination analysis, and scope visibility workflows.
Answer: No. The AI is designed to support construction teams by helping organize and surface relevant information for review and validation.

Can't find the answer you're looking for?

Our team is here to help you.

If it’s in your drawings,
you’ll find it.

Nothing gets missed. Just ask your project.