Construction

Accounts payable automation for construction

Construction procurement is project-based rather than department-based — spend has to tie back to a specific job cost code, and payment terms are frequently governed by lien-waiver and retainage requirements that most general-purpose P2P workflows do not model natively.

Sector constraints

What makes construction procurement different


Constraint
Every invoice needs to map to a job/cost-code structure, not just a GL account, which requires P2P-to-job-costing integration most platforms treat as an add-on
Retainage (commonly 5-10% withheld until project milestones or completion) requires partial-payment logic that standard three-way match does not support out of the box
Lien waiver collection is frequently a legal prerequisite to releasing payment, adding a compliance step outside the core P2P workflow
Regulatory context

Compliance touchpoints


  • State mechanics lien statutes governing payment timing and waiver requirements
  • Davis-Bacon Act prevailing-wage documentation on federally funded projects
Procurement pattern

Job-cost-driven purchasing with retainage schedules and subcontractor pay-application workflows layered on top of standard PO/invoice matching.

Accounts payable automation

How accounts payable automation applies to construction

Accounts payable automation is the use of software — typically OCR/AI invoice capture combined with workflow routing — to move an invoice from receipt through matching, approval, and payment without manual data entry at each step. It replaces the traditional model of a clerk keying invoice line items into the ERP by extracting structured data directly from the invoice document and validating it against purchase order and receipt records.

Read the full accounts payable automation guide →
Other sectors

Accounts payable automation in other industries

Next step

Evaluating accounts payable automation for construction?

Book a working session with a specialist who understands construction-specific procurement constraints.

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