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Use Case

Automate Interior Design Scope of Work Template Validation

ProductAgentsUse CasesAutomate Interior Design Scope of Work Template Validation

On this page

Job to Be DoneThe Operational ProblemHow It WorksInputs & OutputsWorkflow ContextWorks WithFAQGet Started

Datagrid's Scope Checker AI agent validates interior design scope across contracts, drawings, and specs to detect phase gaps before responsibility conflicts reach the field.

✍️

Try the Scope Checker Agent

Eliminate scope gaps and overlaps by reconciling contracts, drawings, and project metadata before they become costly disputes.

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The Operational Problem

Design contracts might sit in SharePoint while procurement specs live in spreadsheets or email threads, and drawings and finish schedules are stored in Procore. Project managers cross-reference multiple systems to confirm whether FF&E delivery inspection falls under the designer's scope or the GC's.

That manual review creates delay and risk. Contract drafting errors and omissions remain a common source of disputes. For interior design firms managing concept development, procurement, and installation across a portfolio, a vague exclusion clause can trigger timeline disruption and liability claims.

How Scope Checker Agent Automates This

The Scope Checker AI agent executes the project-file reconciliation work between human decisions. It connects to existing project tools, processes contracts, drawings, and specifications, and delivers structured results that project teams act on. Construction knowledge informs its analysis, but final scope decisions remain with the project team.

1

Ingest project files

The Scope Checker AI agent pulls prime contracts, subagreements, and executed change orders from SharePoint alongside drawings, specifications, and attachments from Procore.

2

Cross-check scope templates

The Scope Checker AI agent compares interior design scope-of-work templates to the executed design contract, checking concept development, procurement, and installation for gaps between what the template covers and what the contract obligates.

3

Detect exclusion conflicts

The Scope Checker AI agent identifies exclusion clauses that create overlaps or ambiguities with general contractor and trade subcontractor scopes, surfacing items where responsibility is undefined or claimed by multiple parties.

4

Generate a gap report

The Scope Checker AI agent delivers a report organized by project phase so operations teams can route corrections to the right stakeholders.

Inputs & Outputs

Inputs

  • Prime contracts stored in document management platforms (e.g., SharePoint), including executed agreements covering design services, FF&E, and project administration schedules

  • Subagreements and executed change orders, capturing mid-project scope modifications between designers, GCs, and trade subcontractors

  • Drawings and specifications, including finish plans, millwork details, and CSI-formatted procurement specs

  • Attachments and record information, covering RFI responses, submittal logs, and vendor correspondence tied to scope items

Outputs

  • Structured report identifying gaps across concept development, procurement, and installation phases, with exclusion language conflicts and procurement specification mismatches flagged against source documents

  • Prioritized action items organized by project phase, routing scope corrections, exclusion clarifications, and specification updates to the right stakeholders

Workflow Context

The Scope Checker AI agent operates within Datagrid's broader scope validation workflow. Interior design scope validation feeds directly into procurement workflows because specification accuracy determines vendor quoting and lead-time commitments. Scope clarity between the designer, GC, and trade subcontractors also affects bid comparisons during bid leveling. For firms coordinating MEP and finish trades on commercial fit-outs, validation findings inform RFI generation when drawings conflict with contract obligations. Validated project files reduce the risk that procurement errors compound into installation delays and disputes across the portfolio.

Works With

The Scope Checker Agent connects to your existing construction management stack without custom integration work, pulling scope-critical files into one validation workflow.

SharePoint

SharePoint

Pull prime contracts, subagreements, and executed change orders from SharePoint libraries for clause-by-clause scope reconciliation.

Procore

Procore

Ingest drawings, specifications, RFIs, submittal logs, and related project records from Procore to validate scope coverage against current project files.

DocuSign

DocuSign

Bring signed documents and audit logs into scope validation workflows when executed agreements define responsibility boundaries.

Microsoft Excel

Microsoft Excel

Process spreadsheet-based procurement schedules, FF&E lists, and scope trackers alongside contract and specification documents.

With contracts, drawings, specs, and supporting records connected, operations teams can resolve scope gaps faster before ambiguities turn into change orders or installation delays.

Frequently Asked Questions

The Scope Checker AI agent cross-references exclusion clauses in the interior design contract against GC subagreements and trade scopes stored in SharePoint. It identifies items where the design contract disclaims responsibility, for example, "means, methods, techniques, sequences, or procedures of construction, fabrication, procurement, shipment, delivery, or installation," but the GC's scope files do not explicitly accept that responsibility. It also flags language where obligation allocation remains ambiguous.

The Scope Checker AI agent compares procurement specifications in Procore against the scope-of-work template and the executed design contract. When a specification references a product quantity or finish type that does not appear in the contract's FF&E schedule, or when the contract includes an FF&E item not reflected in current procurement specs, the agent flags the discrepancy before vendors quote against outdated information.

The Scope Checker AI agent does not make scope decisions. It processes project files, identifies gaps, and delivers findings as structured reports. Project managers review the flagged items, determine whether a gap requires a contract amendment, an RFI, or a scope letter to the GC, and execute the correction.

The Scope Checker AI agent validates that scope definitions carry continuously across all three phases. If the concept development phase defines a custom millwork package but the procurement phase specifications omit installer coordination, the agent flags the handoff gap. It identifies where deliverable coverage drops between concept development, procurement, and installation.

Keep Interior Design Scope Aligned with Datagrid

Datagrid automates scope validation across contracts, drawings, and specifications before scope gaps reach procurement and installation.

  • Contract reconciliation: Cross-reference scope templates against executed contracts to identify phase-specific gaps.
  • Exclusion conflict detection: Surface overlaps and undefined responsibility across designers, GCs, and trade subcontractors.
  • Specification validation: Compare procurement specifications against contract scope to catch FF&E and finish mismatches.
  • Phase coverage tracking: Verify that concept development, procurement, and installation obligations carry cleanly from one phase to the next.
Try the Scope Checker Agent

Agent

✍️

Scope Checker Agent

Eliminate scope gaps and overlaps by reconciling contracts, drawings, and project metadata before they become costly disputes.

Works with

SharePointSharePointProcoreProcorePlanGridPlanGridSlackSlackTrimble ConnectTrimble Connect
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