Connect the two products only through a route their vendors document for your exact software pair: start with a supported native connector, check for a named integration partner next, and use a custom API or controlled export only when the documentation supports it. A connector between an accounting platform and a construction-management system does not, by itself, establish a direct connection to a separate forecasting tool.
First, confirm the full product pair
Before configuring anything, identify the construction accounting or ERP product and edition, the forecasting tool, how each is deployed, and the region in which you operate. Ask both vendors whether that exact pair is supported, which company owns the connector, and what data it transfers in each direction.
Procore’s current support FAQ lists supported ERP integrations including Trimble Spectrum and Vista, QuickBooks Desktop and Online, Sage 300 CRE, Sage Intacct, NetSuite, Acumatica, MRI Platform X, Sage 100 Contractor, CMiC, Workday, Xero, and Yardi Voyager. That list describes Procore-supported ERP connections; it does not show that each listed product connects directly to every independent cash-flow forecasting tool. See Procore’s supported ERP integrations FAQ and verify the live list for your configuration.
Procore also describes partner-built integrations and an open API commitment on its construction software integrations page. Those statements do not guarantee that a particular forecasting vendor, data object, or API endpoint is available for your use. Confirm support, prerequisites, limits, upgrade compatibility, and responsibility for troubleshooting with the vendors.
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Choose a documented connection route
| Route | When to consider it | What to verify |
|---|---|---|
| Native connector | Both vendors document the exact product pair and the data you need. | Supported editions and deployment, transferred objects, direction of sync, refresh timing, mappings, exceptions, and support owner. |
| Named integration partner | No suitable native connector is documented, but a vendor identifies a partner integration for the pair. | Which vendor or partner supports it, implementation prerequisites, data coverage, refresh schedule, mapping controls, and compatibility after upgrades. |
| Custom API or controlled export | Vendor documentation supports the required API access or export/import route and your team can own the ongoing controls. | Available endpoints or file formats, access limits, field definitions, update direction and cadence, error handling, security, and reconciliation responsibility. |
Compare credible routes against the same needs: supported data objects, sync direction and timing, project and cost-code mapping, exception visibility, auditability, and ongoing support ownership. Also confirm that the route can preserve expected cash dates, time-phased costs, cash lags, and nonproject cash activity where those matter to your forecast.
Define what the forecast must receive
List the records and fields the forecast needs before asking a vendor to configure a connector. Depending on your process, these may include project identifiers, budgets, commitments, actual costs, receivables, payables, expected payment dates, and project status. Treat this as a requirements checklist, not an assumption that any connector transfers every item. Ask each vendor to confirm the supported objects, field-level mappings, and direction of transfer.
Construction forecasting needs more than a general-ledger snapshot. Viewpoint’s 2021 guide, Cash Flow Forecasting in the Construction Industry, discusses project and work-in-hand forecasts, cash lags, nonproject income and expenses, and updating assumptions when project conditions change. Use those concepts to check whether your forecasting tool can represent the timing and project context your finance team relies on; the guide is not a current product-compatibility list.
Map and test the data before relying on it
- Document the source of truth. For each field, decide whether accounting, the construction system, or the forecasting tool owns it. Record which system may update the value and whether the connection overwrites, appends, or only reads it.
- Map identifiers and dates. With the vendors’ documentation, map project codes, cost codes, accounts, vendors, and relevant dates. Resolve mismatches explicitly rather than assuming similarly named fields mean the same thing.
- Test a representative project. Use an active project with known accounting actuals and expected cash timing. Check project identity, amounts, dates, and any relevant commitments or receivables against the source systems.
- Test a changed assumption and an exception. Change a forecast assumption, such as an expected payment date, and confirm the intended system reflects it. Find out how failed transfers or unmapped records appear and who can resolve them.
- Reconcile before rollout. Compare forecast totals and project-level timing with the accounting records and documented assumptions. Do not treat a successful connection indicator as proof that the data is complete or correctly mapped.
These are prudent implementation checks, not a universal vendor-prescribed click-by-click setup sequence. Exact screens, fields, and test procedures depend on the product pair and deployment.
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Set refresh, exception, and review routines
Agree how often data should refresh based on the forecasting decisions it supports; do not assume a connector is real-time or two-way unless its documentation says so for your configuration. Name the person or team responsible for failed syncs, unmapped items, and reconciliation. Finance should review accounting actuals alongside forecast assumptions, while project teams update timing inputs when scope, progress, or expected payment dates change.
Procore says its accounting integrations can make accounting information available to project teams for budgeting and forecasting, and its product materials describe integrations and data access. Viewpoint’s guide emphasizes updating forecasts as project conditions change. These sources support the need for current inputs and continued review; neither supplies a universal reconciliation cadence or procedure.
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Common connection problems to prevent
- The wrong compatibility assumption: A documented link from construction software to an accounting system is not proof of a link from that accounting system to your forecasting product. Verify every hop in the data path.
- Totals match but timing does not: General-ledger balances alone may omit project cash timing, expected payment dates, cash lags, or nonproject activity needed by the forecast.
- Codes do not align: Different project, cost-code, vendor, or account identifiers can produce missing or misclassified records unless mappings are confirmed and monitored.
- Ownership is unclear: If users do not know which system controls a field, updates can be overwritten or contradictory assumptions can persist. Assign field ownership and write down the intended transfer direction.
- No exception owner: A failed sync or unmapped record can undermine the forecast unnoticed. Define who monitors errors and how reconciliation findings are resolved.
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