Custom construction project management software for general contractors and specialty contractors — budget tracking, RFI management, submittal workflows, change order processing, AIA billing, and subcontractor coordination — built for firms doing $10M–$500M in annual revenue that have outgrown spreadsheets but refuse to overpay for Procore.
There is a $10M–$500M revenue band in construction where project management falls into a dead zone. Below $10M, a combination of Excel, email, and a shared Dropbox folder is painful but survivable. Above $500M, Procore's enterprise pricing and implementation overhead are justified by project volume and the internal IT staff available to configure and maintain it. But in the middle — where the majority of commercial GCs and specialty contractors actually operate — you are stuck choosing between tools that do not fit. Procore's per-project licensing model means a GC running 15 active projects at $2M–$20M each is paying $40,000–$100,000 per year for a platform designed for firms running $50M+ projects with dedicated project controls teams. You are paying enterprise prices for enterprise complexity when what you need is a system that tracks budgets, manages RFIs, routes submittals, processes change orders, and generates AIA pay applications — without requiring a three-month implementation and a full-time Procore administrator.
Buildertrend, CoConstruct, and similar platforms target residential builders and remodelers. They handle client selections, allowance tracking, and homeowner communication portals — features that are irrelevant to a commercial mechanical contractor or a concrete subcontractor. Their change order workflows assume a homeowner approval chain, not the GC-to-owner-to-architect chain with contractual markup rights, time-and-material backup documentation, and AIA G701 formatting that commercial work demands. PlanGrid was the best field markup tool in the industry until Autodesk acquired it and folded it into Autodesk Build, a BIM-heavy platform that has drifted away from the simple plan-review-and-punch-list workflow that made PlanGrid indispensable. Bluebeam Revu remains outstanding for PDF markup and plan review on the desktop, but it is not a project management platform — it does not track budgets, manage submittals, or generate pay applications.
The result is predictable. Your project managers maintain parallel systems. The official PM tool has the submittals and RFIs because someone insisted on it, but the real budget tracking lives in a spreadsheet that the PM updates manually because the software's cost tracking does not match how your company actually structures job costs. Change orders are tracked in a Word document because the PM tool's change order module cannot accommodate your contractual markup structure. The subcontractor payment application process runs entirely through email and a shared drive because the tool does not support the lien waiver collection and retention tracking workflow that your accounting department requires. Every Friday, someone spends three to four hours reconciling the PM tool's data with the spreadsheets, email threads, and accounting system entries that represent what actually happened on the project that week.
This reconciliation overhead is not a minor annoyance. On a $15M commercial project with 25 active subcontracts, the project manager and project engineer together spend 8–12 hours per week on administrative tasks that exist solely because their tools do not talk to each other and do not match their actual workflows. Over a 14-month project, that is 500–700 hours of PM labor — roughly $40,000–$55,000 in loaded cost — burned on data entry, reconciliation, and workarounds. Multiply that across 10 concurrent projects and you are spending $400,000–$550,000 per year on the gap between your tools and your processes. That is not an IT problem. That is a margin problem. For a contractor operating at 4–6% net margin, that administrative overhead represents the equivalent of $7M–$14M in additional revenue needed just to cover the cost of bad software.
Procore's per-project pricing runs $40K–$100K/year for mid-size GCs — enterprise cost for non-enterprise firms with no dedicated Procore administrator
Residential-focused tools (Buildertrend, CoConstruct) lack commercial change order management, AIA billing, and multi-trade submittal routing
Project managers maintain parallel spreadsheets because PM software cost tracking does not match the company's actual job cost code structure
Change orders tracked in Word documents because the tool cannot handle contractual markup percentages, T&M backup, and AIA G701 formatting
8–12 hours per week per PM spent reconciling PM tool data with spreadsheets, email threads, and accounting entries — $40K–$55K per project in wasted labor
Subcontractor pay application workflows run entirely through email because the PM tool does not support lien waiver collection and retention tracking
No bidirectional sync between PM software and accounting (Sage 300, Viewpoint, Foundation) — committed costs, change orders, and pay apps manually re-entered
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FreedomDev builds custom construction project management software that matches your workflow instead of forcing your workflow to match the software. The difference sounds subtle but it is the single biggest determinant of whether a PM tool gets adopted or abandoned. When a superintendent can open the app and see exactly the information they need — today's deliveries, open RFIs pending architect response, submittals due this week, and the current budget status for their active change orders — without navigating through menus designed for a different type of contractor, that tool becomes indispensable. When a project manager can process a change order from field identification through pricing, owner negotiation, subcontractor buyout, and accounting integration in a single workflow that mirrors their actual contractual process, the Friday reconciliation sessions disappear.
We build these systems for general contractors, specialty subcontractors, and construction managers in the $10M–$500M revenue range. The platform architecture is modular — you start with the workflows that cause the most pain and expand over time. A typical starting scope includes budget tracking with your specific job cost code structure, RFI management with configurable routing and response tracking, submittal workflows with ball-in-court visibility, change order processing with contractual markup calculations, and AIA G702/G703 pay application generation. From there, firms commonly add subcontractor management (prequalification, insurance tracking, payment application processing with lien waiver collection), daily log capture with the offline-first field architecture described on our construction industry page, and integration with their accounting system for bidirectional cost synchronization.
The key architectural decision that separates a good construction PM system from a mediocre one is the job cost structure. Every construction company organizes costs differently. Some use CSI MasterFormat divisions. Some use a custom phase-cost code-category hierarchy inherited from their accounting system. Some use a hybrid that maps to their estimating format for bidding but restructures for cost tracking during construction. Off-the-shelf PM tools impose their own cost structure, which means either the estimating team reformats every budget to fit the tool's structure (losing the granularity they need for future estimating) or the cost tracking in the PM tool operates at a different level of detail than the accounting system (guaranteeing reconciliation problems). We build the PM system around your cost structure, not the other way around — which means budget imports from your estimating tool land in the correct format, cost tracking aligns with your accounting system's job cost hierarchy, and the WIP report pulls from a single source of truth instead of requiring manual merging.
Your budget module should reflect how your company actually costs work, not how a software vendor thinks you should. We build budget tracking around your specific cost code hierarchy — whether that is CSI MasterFormat, a custom phase/cost-code/category system, or a hybrid that maps estimating line items to accounting job costs. Budgets import directly from your estimating tool (Excel, Sage Estimating, HCSS HeavyBid, or a proprietary template) with no reformatting required. Original budget, approved changes, revised budget, committed costs, actual costs, projected final cost, and variance are tracked at every level of your hierarchy. Cost-to-complete projections update in real time as invoices are processed and change orders are approved. The budget dashboard gives project managers a single view that answers the only question that matters: where does this project stand financially, right now, and where is it going to land?
RFIs on commercial projects follow a contractual chain: subcontractor to GC, GC to architect, architect responds to GC, GC distributes to subcontractor and affected trades. Off-the-shelf tools either oversimplify this chain (losing the audit trail that matters in disputes) or overcomplicate it with routing logic designed for mega-projects. We build RFI workflows that match your contractual relationships. The system tracks days outstanding by party — how long the GC held it before forwarding, how long the architect took to respond, how long the sub waited for the answer — because that breakdown matters when schedule impacts are claimed. Cost impact fields tie RFIs directly to potential change orders. Drawing and specification references link RFIs to the affected documents. The dashboard shows ball-in-court status at a glance: 14 RFIs outstanding, 8 with architect, 3 with structural engineer, 2 with owner, 1 pending internal review. Response time analytics over the project lifespan identify bottlenecks before they become schedule delays.
Submittal management on a commercial project involves hundreds of individual submittals across every trade — shop drawings, product data, samples, mix designs, test reports, certifications. Each follows a routing chain through the GC's project team, to the architect, to the relevant engineering consultants, and back. The average commercial project has 300–800 submittals. When 15% of those are overdue, the procurement schedule slips, fabrication is delayed, and the project falls behind before a single day of field work is affected. Our submittal module tracks every submittal from specification requirement through preparation, submission, review, and approval. The ball-in-court indicator shows exactly who has each submittal and how long they have had it. Automated reminders escalate overdue reviews. The submittal log ties directly to the procurement schedule so you can see exactly which material deliveries are at risk because their submittals have not been approved. Status codes follow AIA convention — Approved, Approved as Noted, Revise and Resubmit, Rejected — with revision tracking that maintains the full history of every resubmission.
Change orders are where construction projects make or lose money, and the workflow from field identification to final accounting entry is where most PM tools fall apart. A change starts as a field condition — unforeseen site conditions, design conflicts, owner-requested scope changes — and needs to flow through pricing (with contractual markup percentages applied correctly to labor, material, equipment, and subcontractor costs), proposal submission to the owner, negotiation, approval, subcontractor buyout (often at different terms than the owner-approved amount), and finally accounting entry as adjusted committed cost and revised contract value. Most PM tools handle the first half of this workflow and ignore the second half. We build the full lifecycle: potential change event identification in the field, COR (Change Order Request) creation with cost breakdown and markup calculation per your contract terms, owner proposal generation with supporting documentation, negotiation tracking with revision history, approved change order execution including subcontractor change orders with independent markup structures, and automatic budget and committed cost updates that sync to your accounting system. The change order log becomes your single source of truth — not a spreadsheet maintained by the PM and a separate entry in Sage maintained by accounting.
AIA G702 (Application and Certificate for Payment) and G703 (Continuation Sheet) are the standard billing documents in commercial construction. Generating them correctly requires pulling together the schedule of values, approved change orders, work completed to date, materials stored, retention calculations, and previous payment amounts — data that typically lives in three or four different systems. Our PM platform generates AIA pay applications directly from the project data. The schedule of values is maintained in the system with the original contract breakdown. Approved change orders automatically append new line items or modify existing ones. Percent complete is updated by the PM for each line item (or pulled from field progress data for firms that track completion in the field). Retention is calculated automatically based on your contract terms — standard 10% through 50% complete reduced to 5% thereafter, or whatever your specific agreement specifies. The system produces PDF output formatted to the AIA standard that your owner's rep and architect will recognize, with the continuation sheet showing every line item, the math checked to the penny. Subcontractor pay application intake follows the same structure in reverse — subs submit their G702/G703, the system validates their math, the PM reviews and approves, and the approved amounts flow into accounts payable.
Managing 20–40 subcontractors across a $15M commercial project is an administrative marathon. Before work starts, you need insurance certificates verified and tracked (with expiration alerts), contract documents executed, and for some firms, a prequalification review of financial statements, safety EMR, bonding capacity, and reference checks. During construction, you need to track subcontract values, approved change orders, payment applications, retention balances, lien waiver collection (conditional and unconditional, partial and final), and compliance documentation. At closeout, you need final lien waivers, warranty documentation, O&M manuals, and as-built submissions before releasing final retention. Our platform manages this entire lifecycle. The subcontractor directory maintains prequalification data, insurance tracking with automated renewal reminders, and a performance history database that informs future bid invitations. During the project, the payment application workflow collects sub pay apps, routes them through PM review, validates retention math, tracks lien waiver collection status, and generates payment recommendations for accounting. The system will not release a payment recommendation until the required lien waivers for the previous billing period have been received — enforcing the compliance workflow that protects your company from double-payment exposure.
We were paying Procore $65K a year and our PMs were still running change orders in Excel because Procore's CO module could not calculate our contractual markups correctly. FreedomDev built us a PM platform where the change order workflow mirrors our actual contract terms — field identification through owner-approved CO through sub buyout — and it syncs directly to Sage. Our senior PM told me it saves him six hours a week. Over 12 active projects, that is 72 hours of PM time per week back on actual project management instead of data entry.
We do not start with a feature list. We start by sitting with your project managers, project engineers, superintendents, estimators, and accounting team to document how projects actually flow through your company — not the aspirational process in your quality manual, but the real one with the workarounds, the spreadsheets, and the Friday reconciliation sessions. We map every document type (RFIs, submittals, change orders, pay apps, daily logs), every routing chain (who reviews what and in what order), every handoff point between field and office, and every integration gap between your PM tools and your accounting system. We review your job cost code structure, your contractual markup terms, your retention policies, and your subcontractor payment workflow. Deliverable: a workflow map that shows your current state, a prioritized list of pain points with estimated cost impact, and a recommended build scope with a phased rollout plan.
The foundation of every construction PM system is the job cost structure. We design the data model around your specific hierarchy — phases, cost codes, cost categories, cost types — so that budget tracking, cost reporting, and accounting integration all operate on the same structure. We map your estimating format to your accounting format, identify where they diverge, and build the translation layer that lets both sides work in their native structure without manual reformatting. We also design the document routing models for RFIs, submittals, and change orders based on your contractual relationships and approval chains. The data model is reviewed with your PM team and your accounting team before development begins to ensure both sides agree on the single source of truth.
We build in priority order, starting with the module that addresses your highest-cost pain point. Each module is developed, tested, and demo'd to your team in two-week cycles. Budget tracking with your cost code structure comes first because everything else depends on it. RFI management with your specific routing chain, submittal workflows with ball-in-court tracking, and change order processing with your contractual markup logic follow. Each module includes role-based dashboards — the PM sees what the PM needs, the super sees what the super needs, the executive sees the portfolio view. Integration endpoints for your accounting system are built in parallel so that the accounting connection is ready when the modules go live, not bolted on afterward.
We build the bidirectional integration between the PM platform and your accounting system — Sage 300 CRE, Viewpoint Vista, Foundation, CMiC, or QuickBooks. Job cost codes sync between systems. Approved change orders in the PM platform create committed cost adjustments in accounting. Subcontractor payment applications approved in the PM workflow generate AP vouchers with supporting documentation. AIA G702/G703 pay application data flows from the PM platform's schedule of values and change order log to produce billing documents that reconcile with accounting's revenue recognition on the first pass. The integration runs on scheduled sync with real-time event triggers for financial transactions. We run parallel for at least one full billing cycle to verify that every dollar matches between systems before cutting over from the manual reconciliation process.
The system goes live on one active project with a PM and project engineer who participated in the discovery process. This is not a demo environment — it is a real project with real subcontractors, real RFIs, and a real billing cycle. The pilot surfaces the edge cases that no requirements document captures: the change order that has three tiers of markup because the subcontractor is a minority-owned business with a contractual discount, the submittal that needs to route to two consultants simultaneously instead of sequentially, the pay application where the owner withholds retention on stored materials. We refine the system based on real usage data and real user feedback for one full billing cycle before expanding to additional projects. After pilot validation, rollout to the full project portfolio follows with role-specific training for PMs, superintendents, and accounting staff.
| Metric | With FreedomDev | Without |
|---|---|---|
| Annual Cost (GC, $20M–$80M revenue) | $100K–$250K build cost, $15K–$30K/year maintenance — you own it | Procore: $40K–$100K/year subscription, no ownership, price increases annually |
| Job Cost Structure | Built around your specific cost code hierarchy — estimating and accounting aligned natively | Procore: generic cost structure, requires reformatting budgets to fit their model |
| Change Order Workflow | Full lifecycle: field event → pricing with contractual markups → owner proposal → sub buyout → accounting sync | Procore: tracks COs but does not calculate contractual markups, generate proposals, or sync sub buyout to accounting |
| AIA Billing (G702/G703) | Generated directly from schedule of values with automated change order line items and retention math | Procore: basic pay app support, most firms still generate G702/G703 in Excel or Sage |
| Subcontractor Pay App Workflow | Intake, validation, PM review, lien waiver tracking, AP voucher generation — end to end | Procore: collects pay apps but does not enforce lien waiver compliance or generate AP data for accounting |
| Accounting Integration (Sage/Viewpoint) | Bidirectional real-time sync — cost codes, change orders, committed costs, pay apps, WIP data | Procore: third-party connectors (Ryvit, GCPay) with limited field mapping, manual reconciliation still required |
| Specialty Contractor Fit | Workflows built for your trade — crew scheduling, prefab tracking, T&M documentation, coordination with GC | Procore: GC-centric workflows, specialty contractors pay for modules they do not use |
| Feature Changes | $5K–$20K per feature, shipped in 2–4 weeks by your development team | Feature request to Procore's roadmap — 6–18 months if ever implemented |
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