Job Costing, AIA Billing, and Fleet Management for Construction Finance

Construction margins are thin — typically 3-8% for general contractors and 10-15% for specialty trades. A 2% cost overrun on a $5M project erases $100,000 in profit, and cost overruns do not announce themselves. They accumulate silently through small budget variances: a material price increase here, an extra day of equipment rental there, overtime labor on a Friday that was not in the bid. The problem is that most construction firms do not see these variances until the project accountant reconciles job costs — a process that happens monthly at best, often quarterly for smaller firms. By the time the overrun is visible in a report, the money has been spent. The project manager's opportunity to adjust scope, negotiate change orders, or reallocate resources has passed. EezyFinance delivers real-time job cost visibility by integrating data from every cost source: vendor invoices parsed by EezyAutomation, labor hours captured by EezyClock, equipment charges tracked by EezyFleet, and material purchases from the general ledger. Each cost is coded to a specific cost category (labor, materials, equipment, subcontractor, overhead) and project phase (sitework, foundation, framing, mechanical, electrical, finish), providing granular budget-to-actual comparison at any level of detail. The cost-to-complete projection is the most valuable output of this system. Instead of simply reporting what has been spent, EezyFinance projects what will be spent based on current burn rates, committed costs (approved subcontracts and purchase orders not yet invoiced), and remaining scope. When the projected total cost exceeds the budget, the system alerts the project manager with enough time and detail to take corrective action — before the margin is gone. For firms running multiple simultaneous projects, the consolidated view is equally important. A company-wide dashboard shows each project's margin status, cash flow position, and billing status on a single screen. The CFO can see which projects are profitable, which are at risk, and which are consuming disproportionate cash — enabling resource allocation decisions that optimize the portfolio, not just individual jobs. Month-end close for construction firms is notoriously painful, often taking 2-3 weeks because job costs must be reconciled across multiple systems before financial statements can be produced. With EezyFinance maintaining continuous job cost data, the month-end close becomes a verification exercise rather than a data gathering exercise, reducing close time to 3-5 days.

The AIA G702/G703 billing format is the industry standard for construction pay applications, and it is spectacularly difficult to manage in spreadsheets. The schedule of values (G703) lists every line item in the contract, tracks percentage of completion for each line, calculates retainage at potentially different rates for different phases, and accounts for stored materials that have been purchased but not yet installed. The application for payment (G702) summarizes the current billing period, deducts retainage, and presents the net amount due. For a general contractor on a $20M project with 150 line items in the schedule of values, producing a monthly pay application requires updating completion percentages for every active line item, verifying that stored materials are properly documented, calculating retainage at the correct rate (which may step down from 10% to 5% after substantial completion), and reconciling the cumulative billing to the original contract value plus approved change orders. EezyFinance automates this entire process. The schedule of values is maintained as a living document that updates as costs are incurred and progress is reported. Project managers update completion percentages through a mobile-friendly interface — no more emailing spreadsheets back and forth between the field and the office. Stored materials are tracked against delivery receipts parsed by EezyAutomation. Retainage calculations follow the contractual terms, including step-down provisions and release conditions. Change orders are particularly well-handled. When a change order is approved, EezyFinance adds the new line items to the schedule of values, adjusts the total contract value on the G702, and recalculates all cumulative percentages automatically. This eliminates one of the most common sources of billing errors: manual adjustment of the schedule of values after change orders, which frequently introduces discrepancies that delay payment. The output is a complete, print-ready AIA G702/G703 package that can be submitted electronically or on paper. The package includes all required supporting documentation — lien waivers, insurance certificates, stored material documentation — compiled from EezyDocs. For owners and architects who review pay applications, the consistency and completeness of EezyFinance-generated packages reduces review time and accelerates payment approval. For subcontractors submitting pay applications to general contractors, the same system works in reverse: EezyAutomation parses incoming sub pay applications, validates them against the subcontract schedule of values, flags discrepancies, and queues them for project manager review. This bilateral automation means less time arguing about numbers and more time building.

Equipment is the second-largest cost category for most construction firms, behind only labor. A mid-size general contractor might have $2-5M in owned equipment — excavators, loaders, dozers, cranes, compressors, generators — plus $500K-$1M in annual rental expense. Yet most firms track equipment costs at the asset level (total cost of ownership per machine) rather than at the project level (what did this machine cost on this specific job). The result is that equipment costs are allocated to projects using crude formulas — hours on the job times an internal rate — that may or may not reflect actual operating costs. EezyFleet brings precision to equipment cost tracking by monitoring utilization at the project level. Each piece of owned equipment has a calculated internal rate based on depreciation, insurance, maintenance history, and fuel consumption. When the equipment is assigned to a project, EezyFleet tracks hours of operation, idle time, fuel consumption, and maintenance events, producing a true project-level equipment cost that feeds directly into EezyFinance's job cost system. For rented equipment, EezyFleet tracks rental agreements, delivery and pickup dates, and rental invoices against the project budget. The system flags situations where renting would be cheaper than using owned equipment (or vice versa) based on utilization patterns, giving the fleet manager data-driven guidance on rent-vs-own decisions. Workforce management through EezyClock adds the labor dimension. Field workers clock in and out with GPS verification, confirming they are at the correct job site. Time is allocated to specific cost codes and project phases, producing labor cost data that matches the project's work breakdown structure. For projects subject to prevailing wage requirements, EezyClock applies the correct wage determination based on trade classification and project location, ensuring compliance and accurate cost reporting. The combination of EezyFleet and EezyClock gives construction firms a complete picture of their two largest variable costs — labor and equipment — at the project level, in real-time. When the project manager sees that equipment costs on the foundation phase are 20% over budget, they can investigate immediately: Is the excavator running more hours than estimated? Is fuel consumption higher than the internal rate assumes? Is a piece of rental equipment still on-site after its task is complete? These are questions that cannot be answered from monthly accounting reports but can be answered instantly from operational data integrated into the financial system.