Construction Archives - ProjectPro

ProjectPro vs. QuickBooks Enterprise: Choosing the Right System for Growing Contractors

Your controller closes the month. QuickBooks balances to the penny, and the job cost report shows your largest project is on budget.

Then the project manager walks in with a different number. His forecast includes two change orders still waiting for approval, a revised cost-to-complete on the steel package, and an expected overrun nobody has committed yet. The job isn’t on budget. It’s heading toward a loss.

QuickBooks didn’t fail. It reported what it was designed to report. The PM’s forecast simply lives somewhere else.

That’s the real choice behind ProjectPro vs QuickBooks Enterprise. It isn’t about which system has more features. It’s whether project teams need to report on job costs or manage the project and its financial impact in the same operating environment.

Short answer: QuickBooks Enterprise is a capable choice for construction accounting and job costing. ProjectPro is built for contractors that need the project itself to sit at the center of costing, forecasting, billing, and financial management.

The Real Difference: Reporting the Job vs. Running the Job

QuickBooks Enterprise is built around accounting and business management, with construction-specific tools for job costing, estimates, change orders, committed costs and WIP.

ProjectPro, built on Microsoft Dynamics 365 Business Central, takes a construction ERP approach where project operations and financial management are connected.

At Netsmartz, we call the gap between a project change and when its financial impact becomes visible cost lag. As project complexity increases, that gap can make it harder for leadership to act on current information.

When is QuickBooks Enterprise Still the Right Choice?

QuickBooks Enterprise can be a strong fit for contractors that want accounting, construction job costing, and business management in a familiar platform. Its Contractor Edition supports:

Job costing & profitability
Estimates & cost-to-complete reporting
Change orders & committed costs
WIP & contractor reporting
Time tracking, budgeting & forecasting
Multi-company & intercompany management

For contractors with manageable project complexity and an accounting-led operating model, that may be enough.

As complexity grows, the question changes. Intuit also positions Enterprise Suite as an ERP option for multi-entity organizations with more advanced project costing needs in construction and services. The issue isn’t a revenue threshold. It’s whether the operating model still works as the business grows.

What Are the Signs You’ve Outgrown an Accounting-First Approach?

1. Two Versions of Job Cost

Finance has one number.
Project teams have another forecast.
Result: More reconciliation, less confidence.

2. Changes Reach Finance Late

Subcontract changes, commitments and change orders happen first.
Financial visibility comes later.
Result: Decisions are based on outdated project data.

3. Reconciliation Is Growing with the Business

More projects mean more spreadsheets, POs, reports and manual matching.
Result: Growth creates more administrative work.

When project complexity grows faster than financial visibility, it may be time to rethink the operating model.

What Changes with ProjectPro?

ProjectPro, an AI-powered construction management software, brings project operations and financial management into the same ERP environment, built on Microsoft Dynamics 365 Business Central.

ProjectPro supports:

Job Costing & Cost Control: Track job costs, budgets, commitments and project profitability.
Project Forecasting: Manage project forecasts, including remaining costs and expected project outcomes.
WIP & Revenue Recognition: Support percentage-of-completion accounting and revenue recognition.
Progress Billing: Support construction billing workflows, including AIA G702 and G703.
Retention & Holdbacks: Track retention within project billing and financial workflows.
Change Orders: Connect project changes with their financial impact.
Subcontract Management: Manage subcontract commitments and related project workflows.
Procurement & Material Planning: Connect purchasing activities with project requirements.
Labor & Equipment: Track project resources, timesheets, and related costs.
Payroll Integration & Reconciliation: Connect project labor information with payroll processes.

See how an industrial insulation contractor used ProjectPro to automate AIA progress billing, improve job-cost visibility, and accelerate cash flow.

Read the Case Study →

ProjectPro vs QuickBooks Enterprise: At a Glance

Decision area	QuickBooks Enterprise	ProjectPro
Core focus	Accounting-led business management with construction job costing	Construction ERP built around project and financial operations
Where the forecast lives	Within financial planning and job-costing workflows	Within the project and financial workflow
Who works in the system	Finance, accounting and project teams using construction-specific tools	Finance, project management, operations, procurement and other project teams
How changes reach finance	Depends on how project teams capture and update changes	Project activity and financial processes are connected within the ERP
Growth fit	Strong fit when project complexity remains manageable	Strong fit when project complexity and financial coordination increase

An Illustrative Example: A Mechanical Contractor Growing From $15M to $40M

Consider a mechanical contractor that has grown from $15 million to $40 million in annual revenue.

At $15 million, the company may have been able to manage project forecasts through QuickBooks, spreadsheets, and a few specialized tools. Finance could reconcile the numbers at month-end without creating much disruption.

At $40 million, there are more active jobs, more subcontractors, more purchasing activities, and more changes moving through the business.

Now imagine a $250,000 subcontract change that the PM knows about on Monday, but finance does not see reflected in the project forecast until the following month. During those weeks, leadership may approve spending, review project margins, or make cash decisions using information that is already outdated. That’s where the cost lag becomes expensive.

The problem isn’t $250,000. It’s the decisions made while that $250,000 is missing from the financial picture.

A construction ERP can shorten that gap by connecting the project event with the financial workflow.

How Should Contractors Decide Between ProjectPro and QuickBooks Enterprise?

Don’t start with the software. Start by measuring the cost of your current process.

Look at four numbers:

Days: How long does it take for a project change to reach finance?

Dollars: How much committed or forecasted cost sits outside the financial system at any given time?

Hours: How many hours does finance spend each month reconciling project information?

Margin exposure: How much expected project margin can change before leadership sees it?

Then consider your growth plan. If the number of projects, subcontractors, entities, or operational teams is expected to increase significantly, ask whether the current process can scale without adding another layer of spreadsheets and reconciliation.

The Netsmartz Recommendation

At Netsmartz, we don’t recommend moving to a construction ERP simply because a contractor has reached an arbitrary revenue threshold.

We recommend looking at where project complexity is creating financial blind spots.

If QuickBooks Enterprise gives your teams the visibility and control they need, staying with it can be the right decision.

If project teams are managing critical cost and forecast information outside the financial workflow, and finance is spending increasing time reconciling that information, it is worth evaluating a construction ERP such as ProjectPro.

The goal is not to replace a system because it is familiar. It is to make sure the system still matches the way the business operates.

Ready to See Where Cost Lag is Affecting Your Projects?

Talk with a Netsmartz construction ERP specialist to map your current job-costing process, identify where project information is reaching finance late, and determine whether your current system can support the next stage of growth.

FAQs

Yes. Most contractors migrate master data, open jobs, balances, and a defined period of transaction history. Older history can often be archived, so it remains accessible without adding unnecessary data to the new system. Netsmartz can review your QuickBooks company files and recommend what to migrate, archive, or rebuild.

It depends on the number of companies, active projects, integrations, and the amount of process change involved. Netsmartz can assess your current environment and build a migration timeline around your project and financial requirements.

Some workflows may change. Forecasts, change orders, and commitments that PMs manage in spreadsheets today can move into the same system finance uses. Netsmartz can map your current PM workflows and show how they would work in ProjectPro.

ProjectPro is built on Microsoft Dynamics 365 Business Central and can connect with payroll, procurement, field, tax, and other business systems. Netsmartz can review your current integrations and determine what should be connected, replaced, or retained.

Start by measuring how long project changes take to reach finance and how much time your team spends on reconciliation. Netsmartz’s Cost Lag Assessment can evaluate these gaps across your active projects and help determine whether staying with QuickBooks or moving to ProjectPro makes more sense.

The $480,000 Question That Generic Accounts Payable Automation Software Can’t Answer

Construction accounts payable (AP) has a problem that generic automation cannot solve by simply reading documents. A subcontractor pay application may arrive as a PDF, just like an ordinary vendor invoice. The similarity pretty much ends there.

A typical accounts payable automation platform is good at questions such as: Who sent this? What is the invoice number? What is the amount? Which vendor is it? Which purchase order does it match?

A construction finance team has a longer list. How much of the subcontract has already been billed? What work was actually completed? Are the current amounts within the schedule of values? Was that change order approved? Is retainage correct? Are the required waivers and supporting documents there? Does the amount agree with the project record?

ALT TEXT

That is the gap. Generic AP automation can automate the document. Construction AP automation has to understand the job.

And that distinction matters more as contractors move toward AI-powered finance workflows.

A Pay Application Is a Financial Claim, Not Just an Invoice

Think about what sits behind a monthly subcontractor pay application. A subcontractor is not simply saying, “Here is my invoice for $250,000.” They are saying, in effect, “Based on our contract, the work completed this period, approved changes, previous billings, stored materials, and applicable retainage, this is the amount we are asking you to certify and pay.”

The document needs context from the project itself. The schedule of values matters. The subcontract matters. Prior applications matter. Change orders matter. Retainage matters. And, depending on the project, compliance documents such as lien waivers and certified payroll can matter too.

A documented subcontractor payment workflow lays out the process clearly: a pay application can move from receipt and PM review through lien-waiver verification, AP processing, and payment. The review itself includes checking completed work, contract value, change orders, retainage, prior payments, and supporting documentation.

Where Generic AP Automation Usually Stops

This is where many accounts payable automation solutions look impressive in a demo and less impressive when the first complicated pay app lands in the queue.

1. Accounts Payable Automation Software Can Read the Document, Not the Contract

OCR and document intelligence are useful. They can pull the vendor name, dates, amounts, line items, and other fields from a PDF. But extracting a number is different from deciding whether that number belongs on this month’s payment.

Suppose a subcontractor submits $480,000 against a $5 million contract. The automation reads the $480,000 correctly. That does not tell you whether the subcontractor has already billed $4.7 million, whether the remaining contract balance supports the claim, or whether the amount includes work covered by an unapproved change order.

2. Behind the Invoice Is a Schedule of Values

The schedule of values is one of the biggest reasons a subcontractor pay application is different from a standard invoice.

The AP team needs to see how the current application relates to the original contract and prior billing. A line for concrete, for example, is not just a $90,000 expense. It is part of a contract line with a history: scheduled value, previous applications, current progress, stored materials, retainage, and balance remaining.

Construction AP automation software needs to preserve that relationship instead of flattening everything into an invoice record.

3. Change Orders Can Change the Math

This is another place where a generic workflow can get uncomfortable quickly.

A subcontractor may bill against work that is legitimate but tied to a change order. The question is not simply whether the change exists. The question is whether it has been approved, how it changes contract value, and whether the pay application reflects the approved amount.

ProjectPro, for example, supports contract and change-order tracking alongside progress billing. Its product documentation describes tracking approved amounts, contract change orders, AIA applications, and schedules of values within the construction workflow.

4. Retainage Is Not a Footnote

Retainage can be easy to overlook when an AP system treats every document as a standard invoice.

In construction, the retainage rate can be tied to the contract and can affect the amount that is actually payable. It also becomes part of the financial picture that project managers, controllers, and executives need to track.

ProjectPro’s construction feature set includes retainage management in subcontract management, plus progress billing with AIA applications and schedules of values.

5. The Field May Know Something AP Does Not

Here is the part that often gets missed in conversations about AP automation.

A pay application is ultimately about work performed. The finance system may have the contract and the previous billing, but the project team may be the group that knows whether the claimed work is actually complete.

If the subcontractor says 80% of a scope is complete and the project team says it is closer to 65%, the automation should not quietly pick a number. It should surface the exception and route it to the person responsible for resolving it.

Automating data entry is not the same as automating a controlled workflow.

The construction AP workflow has to connect project progress, contract records, compliance, and payment approval.

What Construction AP Automation Software Should Actually Do

The answer is not “more AI.” It is better context.

Capture: Bring the pay application and supporting documents into a controlled workflow.
Identify: Recognize the subcontractor, project, contract, billing period, and relevant documents.
Match: Compare the application with the subcontract, schedule of values, prior billing, purchase orders or commitments, and approved changes.
Validate: Check amounts, retainage, progress, required documentation, and configured business rules.
Flag exceptions: Stop the workflow when something needs a PM, AP, controller, or other human decision.
Route approvals: Send the right exception or approval to the person who owns it.
Record the decision: Keep the approved amount, adjustments, supporting documents, and audit trail together.
Post and report: Carry the approved financial information into the ERP and make it available for job costing, WIP, cash flow, and reporting.

ALT TEXT

This Is Where AI Can Help. But AI Needs the Right System Behind It.

Microsoft’s current Business Central AI capabilities show where AP automation is heading. The Payables Agent can monitor a designated mailbox, extract invoice information, identify vendors, suggest invoice details, and create purchase invoice drafts for review. It can also match invoices with purchase orders and receipts in supported scenarios.

What makes that useful is where it operates: the agent works inside Business Central, where vendor, purchasing, accounting, and business-rule context already exists. Microsoft also keeps a human review step in the workflow, including review of suggested invoice details before finalization.

For construction, the same principle applies. An AI model can read a pay application. The real value comes when the workflow can also reach the project data needed to decide what the application means.

Where ProjectPro Fits

ProjectPro is built on Microsoft Dynamics 365 Business Central and is designed specifically for construction firms. Its construction capabilities include subcontract management, retainage, progress billing, AIA applications, schedules of values, contract and change-order management, and project cost visibility.

That matters because AP does not operate in isolation on a construction project. The same project data influences commitments, job costs, billing, change orders, WIP, and cash flow.

ProjectPro’s role-based model also gives finance and project teams different views into the same underlying business information. Finance sees job costs, WIP, retainage, and cash flow. Project managers work with committed costs, change orders, budgets, and billing.

For a subcontractor pay application, that connected context is the point. The AP team should not have to reconstruct the project every time a payment request arrives.

And This Is Where NCIP Can Take It Further

NCIP is built around a simple idea: AI should work with the construction operation, not sit beside it.

For AP, that could mean an AI teammate that helps review incoming subcontractor pay applications against the records already sitting in the construction platform. It can help identify missing information, surface unusual amounts, compare billing with approved contract changes, flag exceptions, and prepare the work for human review.

The important word is “help.” A payment decision still needs the right people, permissions, controls, and audit trail. The AI should make the review faster and more consistent, not make an unexplained payment decision on its own.

This lines up with Microsoft’s own agent model for Business Central: agents are designed to automate specific processes while keeping the work transparent, reviewable, and within defined permissions.

A Better Question to Ask When Evaluating AP Automation

Instead of asking, “Can this software read invoices?” ask a harder question:

A BETTER QUESTION

Can this workflow understand why this payment is due, what supports it, and what should happen if something does not match?

That question will quickly separate a document-processing tool from a construction-ready AP workflow.

Look at a real pay application from one of your active jobs. Then trace the information behind it. Where is the subcontract? Where are the approved change orders? Where is the schedule of values? Where is prior billing? Where is retainage? Where does the PM confirm progress? Where are compliance documents stored? And after approval, where does the final amount land?

If the answer is six systems, three spreadsheets, email, and someone’s memory, the problem is bigger than invoice capture.

The Goal Is Not Just Faster AP

Faster invoice processing sounds good. But construction finance teams need more than speed.

They need confidence that the amount being processed belongs to the right project, the right contract, the right billing period, and the right approval path.

They need project managers and AP teams looking at the same numbers. They need finance to see the impact on job costs and cash flow. They need a clear record when an application is adjusted or held.

That is what construction accounts payable automation should ultimately deliver: fewer manual checks where software can handle them, better visibility where people need to make decisions, and a financial record that stays connected to the job.

FAQs

A subcontractor pay application is a periodic request for payment based on work completed and other contractually eligible amounts. It can include a schedule of values, prior billing, current progress, stored materials, change orders, and retainage.

An invoice generally asks for payment for a defined amount. A subcontractor pay application is usually tied to project progress and contract terms. The amount may need to be reviewed against the schedule of values, prior applications, approved changes, retainage, and project progress before it becomes payable.

At minimum, the workflow should be able to connect the application to the project and subcontract, check prior billing and contract value, account for approved change orders and retainage, verify required supporting documents, route exceptions, and maintain an approval trail.

AI can assist with document extraction, matching, anomaly detection, workflow routing, and preparation for review. It should operate within defined permissions and business rules, with human review for decisions that require project or financial judgment.

ProjectPro connects construction finance and project workflows on Microsoft Dynamics 365 Business Central. Its capabilities include subcontract management, retainage, progress billing, AIA applications, schedules of values, contract and change-order management, and project cost visibility.

ProjectPro exists for exactly this kind of problem. It connects construction AP, subcontractors, job costs, contracts, billing, and project data in one Microsoft-based platform, so a pay application does not have to be reconstructed by hand every time it lands in the queue.

See how ProjectPro handles subcontractor pay applications. Book a 20 minute walkthrough →

Three Entities, One Job: Why Construction CFOs Outgrow QuickBooks Enterprise

Four entities. One project. The general contractor holds the job. A related equipment company owns the loader. A self-perform concrete company uses it on site.

Now the CFO has a simple question: What did this project cost the group?

In QuickBooks Enterprise, those companies may sit in separate company files. Equipment charges move between entities, while project costs need to stay tied to the job. Across dozens of projects, month-end can become a reconciliation exercise before the CFO sees the full job cost.

QuickBooks Enterprise can combine certain reports across company files. But Intuit’s documentation limits that feature to standard statements and trial balance reports, with matching account names and Excel as the output. Job cost reports aren’t included in Enterprise’s built-in Combine Reports feature.

That’s the real issue. Multi-entity job costing isn’t a month-end consolidation task. The cost needs to stay connected to the job as transactions move across entities.

In short

Multi-entity job costing tracks project costs across several legal entities with shared cost codes and automated intercompany entries. QuickBooks Enterprise keeps each entity in a separate file and combines only summary financial reports, so group-level job costs are usually rebuilt in spreadsheets.

Why Contractors Run Multiple Entities

Few mid-size contractors operate as a single company for long. Common reasons include:

Liability separation: keeping risky work or regions in their own entity.
Equipment companies: owning fleets separately and renting internally.
Self-perform or specialty subsidiaries: concrete, electrical, or site work under their own license.
Real estate and development: holding property apart from operations.

Each reason makes sense. Together, they turn one project into several sets of books.

Why Contractors Run Multiple Entities

Where QuickBooks Enterprise Runs Out

QuickBooks Enterprise can handle accounting within each company. The challenge comes when you need to connect those companies around the same construction project:

Separate company files: each entity maintains its own company file, with its own jobs and cost codes.
Limited combined reporting: selected financial reports can be combined across company files, subject to matching account structures and Excel output.
Intercompany transactions: Platinum and Diamond support intercompany transactions between related company files, but each entity still maintains its own company records.
No unified cross-entity job view: the key question is not simply whether transactions can move between companies. It is whether the CFO can see the true cost and profitability of a project across the group.

One Loader, Three Sets of Books

Here’s how a single internal rental plays out when each entity keeps its own books :

Each company’s books can be correct, but the group-level job view can still be distorted. The equipment company records rental revenue, while the concrete company records the rental as a project cost. Without a clear intercompany trail and elimination process, those internal charges can inflate the group’s apparent job cost and distort project profitability.

What Multi-Entity Job Costing Actually Requires

Before evaluating any system, construction CFOs should check for these five capabilities:

What you need	Why it matters to a construction CFO
Intercompany that posts once	An equipment rental or labor charge between entities is entered one time and balances both sets of books.
One cost code structure across entities	A concrete cost code means the same thing in every company, so job costs roll up cleanly.
A group-level view of each job	You can see what a project costs the whole group, not just the entity that holds the contract.
Committed costs and WIP by entity	Subcontracts, POs, and WIP are tracked where they belong, ready for lenders and sureties.
Consolidation with traceable intercompany	Every intercompany entry is tagged to a partner, so eliminations are easy to find and review.

Modern ERP platforms handle much of the accounting side. In Microsoft Dynamics 365 Business Central, for example, intercompany partners enter information once, and “a corresponding document is created at the other partner.” Microsoft is also candid that consolidation eliminations remain a manual step, which is why tagging every intercompany entry matters.

The Netsmartz View: Design Entities Around the Job

Most multi-entity pain comes from setting up entities for legal reasons and hoping job costing follows. Flip it:

The Netsmartz View: Design Entities Around the Job

Where ProjectPro Comes In

ProjectPro is Netsmartz’s all-in-one, AI-powered construction ERP built on Microsoft Dynamics 365 Business Central. It brings construction job costing and financial management into one platform, with Microsoft 365 Copilot as the intelligence layer.

For multi-entity contractors, ProjectPro brings these requirements into one construction ERP environment. It combines construction job costing by project, phase, and cost code with intercompany accounting, labor and equipment resource management, subcontracts, retention, progress billing, and WIP.

Each company can maintain its own books while finance and project teams work from connected project and financial data across the group. That gives CFOs a clearer view of what each entity owns, what it owes, and what each project actually costs across the organization

CTA

The Bottom Line

QuickBooks Enterprise can tell you how each company did. A growing contractor also needs to know how each job did across all of them. When that answer lives in a spreadsheet, the structure has outgrown the software.

See how multi-entity job costing works in ProjectPro. Take the product tour.

Frequently asked questions

Multi-entity job costing tracks construction project costs across two or more legal entities, such as a general contractor, self-perform subsidiary, and equipment company. A shared cost code structure helps finance teams see project costs and profitability across each entity and the group.

QuickBooks Enterprise can combine selected financial reports from multiple company files into Excel, including balance sheet, profit and loss, cash flow, and trial balance reports. The company files must use matching account names, types, and levels. Its built-in Combine Reports feature does not include job-cost reports or provide a project-level view of costs across entities.

In Microsoft Dynamics 365 Business Central, you can assign intercompany partners to customers and vendors. When one company sends an intercompany transaction, the corresponding document can be created in the partner company, reducing duplicate entry across entities.

The terms are often used interchangeably. Multi-company construction accounting generally refers to managing multiple companies or sets of books within an accounting system. Multi-entity job costing goes further by connecting project costs, commitments, and WIP across those companies, so finance teams can see each job’s cost across the group.

A common trigger is when multiple entities share jobs, equipment, or labor and group-level job costs, intercompany balances, or WIP have to be rebuilt in spreadsheets each month. That is a sign to evaluate whether the accounting system can support the way the business operates.

ProjectPro brings construction job costing, intercompany accounting, commitments, WIP, and project financials into the same ERP environment. Built on Microsoft Dynamics 365 Business Central, it helps construction companies track costs by project, phase, and cost code while maintaining separate company books.

Evaluating Construction ERPs in KSA: Connecting Project Accounting to ZATCA Phase 2

For a Saudi contractor, choosing an ERP is not simply an accounting software decision.

Consider a contractor in Riyadh preparing for another ZATCA e-invoicing integration requirement. Project costs are tracked in one system, retention in another, subcontract commitments in spreadsheets, and payroll sits separately from project accounting.

The company may still be able to produce an invoice. The harder question is whether that invoice reflects what actually happened on the project. That is why ZATCA compliance should not be treated as a feature added after selecting an ERP.

For construction companies, VAT, e-invoicing, payroll, job costing, commitments, billing, and project reporting need to work as one financial workflow. The right construction ERP should make compliance part of how project transactions are captured, approved, billed, and reported.

Generic Accounting Software Can Calculate VAT. Construction ERP Has to Explain the Project.

A standard accounting system can calculate VAT on an invoice. Construction billing requires considerably more context. A contractor may invoice against:

Progress or milestone payments
Advance payments
Retention
Approved variations and change orders
Subcontractor costs
Materials and equipment
Labor and project expenses
Multiple jobs or sub-jobs under the same contract

This matters because construction VAT does not operate as an isolated invoice calculation.

ZATCA’s construction-sector VAT guidance treats construction services as a continuous supply of services and sets specific VAT timing rules for progressive payments. Where contracts specify payment due dates at milestones, VAT becomes payable at the due date or when payment is received, whichever comes first. For other progress payments, the relevant trigger is the invoice date or actual payment date, whichever comes first. ZATCA VAT guideline for the contracting sector

The same guidance addresses retention payments directly. It states that retention does not change these rules and that VAT remains due based on the full amount invoiced or the full amount due at the applicable milestone.

That creates an important ERP requirement. The invoice should not exist as an isolated accounting document. It should remain connected to the project contract, billing record, retention, change order, cost transactions, and customer balance. This is where a construction ERP has an advantage over a generic accounting setup. The system can preserve the relationship between the project event and the financial transaction.

ZATCA itself identifies its contracting-sector VAT guideline as covering construction services, tax due dates, tax invoice issuance, and other sector-specific VAT considerations.

What Does ZATCA-Ready Actually Mean for a Construction ERP?

“ZATCA compliant” should not be treated as a checkbox during an ERP evaluation. Saudi Arabia’s e-invoicing program has two phases.

Phase 1, the Generation Phase, requires taxpayers to generate and store compliant electronic invoices.
Phase 2, the Integration Phase, introduces additional technical and business requirements and integration with ZATCA systems. Phase 2 has been rolled out in waves since January 1, 2023.

ZATCA’s current technical requirements include electronic invoice data requirements and an XML implementation standard defining the technical syntax and business content of electronic invoices.

For a construction ERP, the important question is therefore not simply: “Does the software support ZATCA e-invoicing?”

Ask instead: “Where does the ZATCA-compliant invoice process begin inside the project workflow?”

A construction ERP should let your team trace the path from the project transaction to billing, VAT, invoice, accounting entry, and customer balance without rebuilding the information manually. That is the difference between an ERP that simply produces a compliant invoice and one that keeps the underlying project financial data connected.

ZATCA’s Latest Wave Shows Why Waiting for the Notification Is Risky

ZATCA continues to expand Phase 2 through taxpayer-specific waves. In its July 24, 2026 announcement for Wave 25, ZATCA stated that the wave covers taxpayers whose VAT-subject revenues exceeded SAR 187,500 during 2022, 2023, 2024, or 2025. Targeted taxpayers must integrate their e-invoicing solutions with the Fatoora platform by February 1, 2027. ZATCA Wave 25 announcement

ZATCA also states that subsequent Phase 2 waves will be communicated to targeted taxpayers at least six months before their integration date.

For contractors, this makes construction ERP readiness a broader question than simply meeting an integration deadline. If your construction ERP software cannot clearly connect project billing, VAT, customer balances, and supporting project transactions today, adding an e-invoicing connection may solve the compliance output without solving the underlying accounting problem.

Payroll Should Feed Project Cost, Not Sit Beside It

Payroll is another area where construction companies need to think beyond compliance. A contractor may have:

Direct employees
Expatriate workers
Overtime and allowances
Employees working across multiple projects
Site-based labor
Subcontract labor
Different cost codes or activities

The accounting question is straightforward: What did this labor actually cost the project? That requires more than processing payroll.

ALT TEXT

Timesheets, labor rates, overtime, allowances, and other relevant costs should flow into project accounting so project managers and finance teams can see actual labor cost against budget. WPS and GOSI-related responsibilities should also be considered separately from Saudization or Nitaqat requirements. They are different areas of Saudi workforce and compliance management and should not be treated as one payroll feature.

During an ERP evaluation, ask for a demonstration of the complete workflow:

Employee → Time → Project → Cost Code → Payroll → Project Cost → Margin

If the process depends on exporting spreadsheets and manually reallocating labor costs, the ERP is not giving project accounting the information it needs.

Compliance Does Not Protect a Project That is Already Losing Money

A contractor can produce compliant invoices and still lose money on a project. Why? Because compliance tells you whether financial transactions are being processed according to requirements. It does not automatically tell you whether the project is commercially healthy.

A project can lose margin because:

Subcontract commitments were not captured early.
Labor was charged to the wrong project.
A variation was approved but not billed.
Retention was not forecast correctly.
Actual costs exceeded the original budget.
Procurement costs increased.
Project managers cannot see committed costs before they become actual expenses.

This is why the most important ERP workflow for a contractor may look like this:

Contract → Budget → Commitment → Cost → Progress Billing → VAT → Invoice → Receivable → Project Margin

Every step should remain connected. If finance can see the invoice but cannot trace it back to the project event, the system is incomplete from a contractor’s perspective. If project management can see costs but cannot connect them to billing and margin, the same problem exists in reverse.

What Should Saudi Contractors Evaluate Before Choosing an ERP?

Instead of comparing feature counts, test the ERP against an actual construction workflow.

1. Project billing

Can the system handle progress billing, advance payments, retention, and approved variations directly from the project?

2. VAT traceability

Can your finance team trace the VAT amount on an invoice back to the underlying project transaction?

3. ZATCA integration

Where does the ZATCA/Fatoora process sit in the invoice workflow? Ask the vendor to demonstrate the actual flow rather than simply confirming that “ZATCA is supported.”

4. Payroll and labor costing

Can payroll and timesheet information be allocated to the correct project, task, or cost code?

5. Commitments

Can the project team see approved subcontract and purchasing commitments before those costs become actual expenses?

6. Project margin

Can management see budget, committed cost, actual cost, forecast, revenue, and projected margin without building a separate spreadsheet?

7. Audit trail

Can a reported amount be traced back to its originating transaction? This final test matters more than a long feature list.

A construction ERP should make it easier to answer: Where did this number come from?
And then: How did it affect the project?

Where ProjectPro Fits

ProjectPro is an AI-powered construction ERP built on Microsoft Dynamics 365 Business Central, with Microsoft 365 Copilot as the intelligence layer.

ALT TEXT

Its construction-focused capabilities cover project accounting, job costing, billing, commitments, and financial management within one platform.

For Saudi contractors evaluating ProjectPro, the implementation discussion should go beyond the product demonstration. The right questions include:

Saudi VAT configuration
ZATCA/Fatoora integration approach
Project billing and retention workflows
Payroll and workforce integrations
Local reporting requirements
Data and implementation scope
Integration requirements with existing systems

The real test is whether the ERP can run your actual construction workflow without creating a parallel accounting process in spreadsheets.

The Netsmartz View: Start With the Project, Not the Compliance Checklist

ZATCA compliance should be treated as an ERP architecture test, not a separate finance project. Start with one real project. Take its contract value, budget, commitments, costs, progress billing, retention, variations, labor, VAT, invoice, receivable, and projected margin.

Then ask the vendor to connect the entire chain in the construction ERP. The result should be a clear financial trail from the project transaction to the final margin, without duplicate entries, disconnected spreadsheets, or manual reconciliation between project and finance teams.

For Saudi contractors, that is the standard to apply before implementation:

Can the system keep the project financially traceable from contract to final margin while meeting the country’s tax and e-invoicing requirements?

That question will tell you more about ERP readiness than a feature checklist alone.

See How ProjectPro Fits Your Construction Workflow

Don’t evaluate an ERP from a feature checklist. Test your actual contract, billing, retention, commitments, labor costs, VAT, and reporting workflow.

[Book a ProjectPro Workflow Assessment →]

Netsmartz can help you assess the integrations, data flows, construction-specific requirements, and implementation considerations that need to be addressed before moving forward.

FAQs

Look beyond general accounting and VAT functionality. A construction ERP should connect project contracts, budgets, commitments, costs, progress billing, retention, VAT, receivables, payroll-related project costs, and project margin.

The key test is whether finance and project teams can trace a financial result back to the underlying project transaction.

For Wave 25, announced on July 24, 2026, ZATCA identified taxpayers whose VAT-subject revenues exceeded SAR 187,500 during any of 2022, 2023, 2024, or 2025. Targeted taxpayers must integrate their e-invoicing solutions with Fatoora by February 1, 2027.

However, contractors should check their own ZATCA notification and applicable wave rather than assuming that Wave 25 applies to them.

Technically, an external e-invoicing solution can be part of an organization’s architecture. The more important question is whether the integration preserves the connection between project billing, VAT, customer balances, and supporting transactions.

If teams still need spreadsheets to reconcile project billing and accounting after adding e-invoicing, the compliance gap may be addressed while the project-accounting problem remains.

Not necessarily. The important requirement is that relevant payroll and timesheet information can flow reliably into project costing. A contractor should be able to determine the actual labor cost associated with a project, activity, or cost code without repeated manual allocation.

Use an actual project rather than a generic product demonstration.

Test one complete workflow: Contract → Budget → Commitment → Cost → Progress Billing → VAT → Invoice → Receivable → Project Margin

Then test exceptions such as retention, variations, subcontract costs, and labor allocation. If the ERP can handle the workflow with clear traceability and limited manual reconciliation, you have a much stronger basis for evaluating implementation readiness.

Construction ERP for AI Agents: Your Agent Is Only as Good as Your Ledger

Ask an AI agent how much you have left to bill on a job, and it will answer, confidently. Whether the answer is right depends on something the agent never touched: whether someone, months ago, coded that cost correctly. That is the unglamorous truth about the construction of AI, and it is why we built the ledger first. A construction ERP for AI agents has to be right before the agents are clever, and the Netsmartz Intelligence Platform is built in that order.

Where construction AI is landing first: the back office

Intuit’s construction AI adoption report, dated September 30, 2026, says 46% of construction AI users name bookkeeping as their top use case, while only 7% of U.S. construction firms currently pay for AI tools. The survey behind it covers 809 U.S. construction owners and senior leaders. So, AI agents’ construction accounting teams meet first are going to work on invoices, coding and billing. That is good news and a warning in the same breath: the first jobs agents get are the ones that read your ledger.

Your agent inherits every shortcut in your data

An agent that prepares a pay application reads the contract, the schedule of values, the change orders and the costs to date. If a change order is sitting in someone’s inbox, the agent does not know it exists. If two cost codes mean the same thing, the agent treats them as two things. None of that is an AI problem. It is a record problem, and AI makes it louder, because a person might notice the gap and an agent will not.

A scenario, invented for illustration. A project manager asks an agent for a draft pay application on a job with a pending change order. The change order was approved by email on Tuesday and keyed into the system on Friday. The agent drafts the application on Thursday, without it. Nothing malfunctioned. The record was accurate on Thursday and wrong by Friday’s standards. The fix is not a smarter agent. It is a rule about when approved changes enter the system, and who enters them.

What an agent reads before it prepares a pay application, and what goes wrong when the record is soft. Illustrative.

ProjectPro Business Central: where the facts start

ProjectPro is a construction ERP built natively on Microsoft Dynamics 365 Business Central. With ProjectPro Business Central users get job costing, procurement, project accounting, invoicing and financial reporting on one Business Central instance, so cost, commitment and invoice data live in one place. Progress billing supports the G702 and G703 formats. Subcontract management tracks retention by vendor, lien waivers on the subcontract record and insurance certificate expiry dates.

One exception worth knowing about. ProjectPro is not a payroll product. Payroll runs through providers such as ADP and Paychex and connects to ProjectPro by data sync. We say so because an agent reasoning payroll cost needs to know where that data enters the record.

What a pay application an agent can trust looks like

Picture the same job, with the record in better shape. Approved change orders enter the system on the day they are approved, with a date and an owner. Cost codes follow one list. Retainage is held and owed by vendor in the ledger, not in a side spreadsheet. When the agent drafts the application, it reads one source and shows its working: which contract value, which changes, which costs to date. A person reviews the draft, and the system records who approved it and when. That is the standard we would hold any agent to, ours included.

Notice what is missing from that picture: cleverness. The agent is doing arithmetic and assembly. The value is in the speed and the consistency, and both depend on the record being right.

Where a construction ERP for AI agents sits in the platform

In platform terms, the ERP is the systems layer, where the work and the money are recorded. Above it sits the record layer, a shared and structured view of the business built on Microsoft Fabric, which is what agents read. Above that, the coworkers, each with a written scope and limit and a named person approving what they do. The order is deliberate. Skip the systems layer and the agents read a mess. Skip the record layer and they read the same mess differently each time. We keep the internals of the record layer, its model and its rules, to ourselves. What matters for you is the order.

Where ProjectPro sits in the Netsmartz Intelligence Platform. Layer view only.

Construction ledger data quality: what we would check first

Construction ledger data quality is not about perfect books. It is about whether the facts an agent needs exist in the system, with dates, in one place. Four failures show up again and again:

Approved changes that live in email or a shared folder until someone keys them in.
Cost codes that overlap, so the same cost can land in two places depending on who coded it.
Commitments, retainage and lien waivers tracked in a spreadsheet beside the system.
No date on the events that start a clock: invoice received, work completed, notice given.

None of those is expensive to fix on one job. All of them are expensive to find after an agent has been reading the data for six months.

Ontario Construction Act invoice deadlines: the ledger now runs a stopwatch

This matters more for Canadian contractors this year. Ontario’s amendments to the Construction Act took effect on January 1, 2026. Law firm summaries describe three clocks. First, an invoice is deemed proper unless the owner gives written notice of a deficiency within seven days of receiving it. Second, owners have 14 days to pay accrued holdback once the lien period expires, and contractors then have 14 days to pay their subcontractors. Third, parties have a 90-day window after completion, abandonment or termination to give notice of adjudication.

Each clock starts from a date in your accounting records: the day an invoice arrived, the day a lien period expired, the day the work finished. An agent can watch those clocks only if the ledger holds the dates. These Ontario Construction Act invoice deadlines are general information, not legal advice, so read the Act or ask counsel for your own position.

Ontario Construction Act invoice deadlines: the ledger now runs a stopwatch

Three Ontario clocks, and the record each one starts from. Summary only, not legal advice.

Five questions to put to your own records this week

Pick one active job and put five questions to your own records. Is every approved change order in the system, with a date? Does each cost code mean one thing? Can you see retainage held and owed, by vendor? Are lien waivers and insurance certificates attached to the subcontract, not sitting in a folder? Could someone find the date the last invoice was received? If three or more answers are no, an agent will not fix that. A better record will.

Why ProjectPro, and why Netsmartz

ProjectPro is a Netsmartz product, so the people who built the ERP are the same company that built the platform on top of it. Netsmartz has more than 26 years in technology and more than 1,500 people. According to our Microsoft partner page, we are a Microsoft Solutions Partner with four designations and have more than 200 Dynamics 365 consultants. For you, that means one team can look at your ledger, your Business Central set-up and what an agent would read, and tell you plainly where the gaps are.

If you are on Business Central today, the second layer is already yours. If you are on something else, the useful question is not which agent to buy. It is whether your system holds the facts an agent would need. A ProjectPro demo is a good place to look at that question.

See your records through an agent’s eyes

Book a ProjectPro demo and we will go through the five questions with you, on Business Central.

FAQs

An agent needs a reliable record of the business to read. For a contractor, the ERP is usually where jobs, costs, commitments and billings are recorded, so the quality of the ERP sets a ceiling for what an agent can do.

The G702 and G703 formats, percent, unit and lump sum methods, and the creation of a new billing version when a billing is rejected.

No. ProjectPro is not a payroll solution. Payroll runs through providers such as ADP and Paychex and connects to ProjectPro through data sync.

Usually it means AI features or agents that read and act on the records in a construction ERP: coding invoices, drafting pay applications, flagging overruns. Their usefulness is limited by the quality and structure of those records.

Whether the facts an agent or a person needs are in the system, with dates, coded consistently and in one place: approved changes, cost codes, commitments, retainage, lien waivers and the dates that start clocks.

Ontario’s Construction Act changes, in effect since January 1, 2026, put dated deadlines on invoices, holdback and adjudication notices. The dates come from your accounting records. This is general information, not legal advice.

It is how Netsmartz delivers AI coworkers to construction companies on Microsoft, in layers: the ground, the systems, the record, the crew and supervision. ProjectPro on Business Central is part of the systems layer.

Why Construction ERP Feature Checklists Fail: What Contractors Should Test Instead

Most ERP evaluations test features. Contractors should test the financial chain of a real project.

A contractor can spend eight months evaluating construction ERP software, score five vendors against the same feature matrix, and still choose a system that creates problems after go-live. Months later, finance may still reconcile project costs outside the ERP, while project managers build workarounds because the system does not fit how they run jobs.

The problem is not always missing features. It is what happens when those features have to work together.

In construction, a labor overrun can change the forecast. A subcontractor’s commitment can affect projected costs. A change of order can alter the contract, budget, billing, WIP, and expected margin. Late field activity can leave finance working with outdated numbers.

The best ERP demo is not a feature tour. It is your project, run from estimate to final margin.

Start With the Financial Chain, Not the Feature List

Most ERP evaluations begin with a checklist:

Job costing? Check.
WIP? Check.
Payroll integration? Check.
Mobile access? Check.

Those answers matter, but they do not show whether the system connects the financial consequences of a real project. Take a job where labor runs high, a subcontractor submits a change, material costs increase, and billing needs to change.

The real test is whether you can trace:

Estimate → Budget → Commitments → Actual Costs → Changes → Billing/WIP → Projected Final Margin

This is what contractors should use throughout an ERP evaluation.

Microsoft Dynamics 365 Business Central, for example, supports project budgets, resource and employee time tracking, project supplies, invoicing, project analytics, and WIP methods. For contractors, the evaluation question goes further: how do those capabilities work with the construction processes surrounding them?

1. Can the Estimate Become a Controllable Job?

Start with an actual estimate and ask the vendor to show how it becomes a project budget. Follow labor, materials, equipment, subcontractors, cost codes, and assumptions into the awarded job.

Check for:

Estimate-to-budget handoff
Original vs. revised budget
Cost codes and categories
Forecast cost to complete

The key question: Does the original estimate remain a meaningful benchmark after the project starts? If the team must rebuild the budget manually, the ERP has created a gap between what was sold and what is being managed.

2. Test Job Cost Visibility Before the Problem Becomes a Report

Give the vendor one scenario: labor is over budget, a subcontract commitment increases, materials cost more, a change order is pending, and the project manager revises the forecast.

Then ask:

What changes in projected cost to complete and final margin, and when can the team see it?

That matters in today’s labor environment. AGC reported in September 2026 that contractors continue to struggle to fill open positions, while workforce shortages remain a significant constraint on construction projects. An ERP cannot solve a labor shortage, but it can help contractors see the financial impact of labor constraints sooner

An ERP cannot solve a labor shortage. It can help contractors see its financial effect sooner.

3. Make Field Activity Part of the Financial Record

Do not stop at asking whether the ERP has a mobile app. Follow a real field event:

Field activity → Project record → Actual cost → Forecast → Financial reporting

Test time entry, equipment activity, project updates, approved changes, and anything requiring re-entry. The goal is to reduce the distance between what happens on the job site and what finance knows about the job.

4. Use Change Orders and Billing as Stress Tests

Change orders expose whether an ERP’s modules actually work together. Take one pending and one approved change order and follow:

Contract → Budget → Commitment → Cost → Billing → WIP → Forecast

Can the system distinguish pending from approved work? Does the approved change update project values and the forecast? Can finance see the effect on billing and WIP?

Then test a project with costs incurred before billing, partial completion, retainage, approved changes, and a revised forecast.

Ask the vendor to show:

Revenue
WIP
Billing
Projected profitability

Business Central supports WIP methods including cost value, sales value, recognizable cost, percentage of completion, and completed contract.

But “Does it support WIP?” is not enough.

Can it produce the accounting result your construction business needs from the project data it captures?

5. Your Contractor Type Changes the ERP Test

Construction is not an operating model.

Contractor type	What to test	Why it matters
General contractors	Commitments, changes, billing, project controls	Future costs can be missed before they become actuals.
Specialty contractors	Labor, materials, project profitability	Delayed labor data can hide margin problems.
Equipment-heavy	Equipment costs, utilization, allocation	Equipment economics can materially affect project performance.
Multi-entity	Intercompany, consolidation, permissions	Growth adds reporting and control complexity.

Instead of asking, “Does the ERP support construction?”

Ask: Does it support how your business builds, bills, and makes money?

6. Test Integrations, Migration, and Implementation Together

An integration logo proves very little. Ask which system owns each data set, how often information syncs, what happens when it fails, who maintains it, and how upgrades are handled.

Then treat migration as a financial continuity issue, not just a technical task.

Ask:

What historical data will migrate?
How will open jobs and cost codes be handled?
How will historical reporting work?
Who validates the migrated data?

If a vendor says “we can migrate your data” without showing you what that data looks like inside a working project, they are treating migration as a technical task rather than a financial continuity issue.

The same scrutiny should apply to the implementation partner. Ask what they would not customize and why, how they handle field adoption and data validation, and what typically causes comparable construction projects to go off track.

A good implementation should not simply reproduce the old system. It should distinguish genuine requirements from processes that need to change.

Don’t Let AI Become a Band-Aid for Bad Data

AI should not distract from the underlying ERP architecture. If job costing, WIP, commitments, and change orders are disconnected, AI cannot reliably answer questions about financial information it cannot access.

Gartner forecasts that AI-enabled solutions will account for 62% of cloud ERP spending by 2027, up from 14% in 2024. Gartner also cites data quality, integration complexity, skills gaps, and inconsistent multi-entity support among adoption challenges.

For contractors, test AI against the same project scenario:

Can it identify unusual spending?
Can it explain a change in projected margin?
Can it access job cost, WIP, commitments, and change-order data?
Can users verify the numbers behind its answer?

The Real ERP Test: Run Your Project Through It

Give every shortlisted vendor the same project scenario:

Estimate → Award → Budget → Purchase → Labor → Materials → Subcontract → Change Order → Progress → Billing → WIP → Final Margin

Then ask:

Can you trace a field event to the financial record?
Can a change update the forecast without manual reconciliation?
Do finance and operations see the same underlying numbers?
Can the system preserve the project’s history from an estimate through a final margin?

Those answers tell you more about construction ERP software than a feature-count comparison.

The Bottom Line: Test the Chain, Not the Checklist

A construction ERP should not win because it checks the most boxes. It should survive the project scenario that matters to your business.

Take one real job from estimate through budget, commitments, costs, changes, billing, WIP, and final margin. Then test field workflows, integrations, migration, implementation, and AI against that same reality.

If a vendor cannot show you how the pieces connect, a feature list will not fill the gap. That is the difference between evaluating what an ERP has and what it can actually do for a construction business.

Want to Put the Framework to the Test?

If you’re evaluating construction ERP software, bring your project scenario and toughest financial workflow to Netsmartz at Booth #1608 at Community Summit North America 2026, October 11–15 in Nashville.

ProjectPro is an AI-powered construction project management solution that connects job costing, procurement, billing, financials, labor, equipment, and project controls in one system. Built on Microsoft Dynamics 365 Business Central and powered by Microsoft 365 Copilot, it gives contractors a connected view of project performance from the field to the back office.

Book a meeting with our construction technology experts To discuss your project workflows, ERP requirements, and how ProjectPro can fit your business.

FAQs

Look at estimating, job costing, commitments, field activity, change orders, billing, WIP, integrations, and reporting. More importantly, test how those capabilities work together on an actual project.

Use a real project as the test case. Follow the estimate into the budget, field activity into job cost, changes into the forecast, and project data into finance. Use the same scenario with every vendor.

Ask the vendor to demonstrate estimate-to-budget, purchasing, labor, changes, billing, WIP, and projected final margin using the same project scenario. Ask what requires customization, integration, or manual reconciliation.

The partner affects configuration, migration, integrations, adoption, and process fit. Ask about comparable contractors, common implementation problems, and what the partner recommends not customizing.

Capabilities vary by platform and implementation. Ask vendors to demonstrate the systems you use, explain data ownership and synchronization, and show how integration failures and upgrades are handled.

At Community Summit North America 2026, contractors can meet Netsmartz at Booth #1608 to explore AI Coworkers, ProjectPro, and ProjectPro Field for construction. See how construction teams can connect project management, job costing, field operations, and AI-powered assistance across the project lifecycle. You can also book a meeting with our construction technology experts to discuss your specific requirements.