Keep project cost information connected to the work
Bring budgets, cost information, forecasts, and project changes into a project-controls workspace instead of reconciling disconnected workbooks after the fact.
How cost information is meant to stay related
Project Controls rollups compare planned and current values on the same structure. The steps below describe the information model, not an automated nightly process.
- 1Estimate
- 2Baseline / budget
- 3Commitments
- 4Actual costs
- 5Forecast
- 6Variance
Who uses it
Project controls managers, commercial managers, and project managers who need budget versus actual and forecast visibility without rebuilding the cost structure every reporting cycle.
The practical task
Compare planned cost, committed cost, incurred cost, and expected final cost against the same issued structure.
What you do and produce
You inherit the issued estimate as budget, record commitments and actuals, and maintain a stored forecast. The output is variance on one structure — not a rebuilt workbook. Totals in the public sample are a line, not whole-project CAPEX.
How that output helps another team
Estimating sees whether the issued baseline still holds. Procurement sees exposure before the invoice. Execution records installed quantities against categories the budget already uses.
Example
On the public Red Mesa demonstration, the foundation line budget comes from Estimate Rev 04. The committed value comes from RFQ RMS-FND-004 after a person records the award. See the product tour.
Next step
See module pricing, or read Project Controls documentation.
What are construction project controls?
Construction project controls are how a team keeps planned cost, committed cost, incurred cost, and expected final cost related to the same scope. The work is not “another dashboard.” It is preserving the relationship between the issued estimate, the budget that inherited it, and the cost events that arrive later.
Infrenta’s user-facing name for this workspace is Project Controls. Rollups expose total budget, actual, forecast, committed, pending, remaining, and variance.
What breaks when the structure fragments
Spreadsheets remain useful for analysis. The failure mode is losing controlled relationships as the job grows:
- the budget uses a different cost breakdown than the estimate that won the work
- invoices and cost transactions arrive without the category or WBS context the baseline used
- commitments live in a purchasing tracker that Project Controls never sees
- forecasts are rebuilt by hand from last week’s export
- teams price and report against different estimate revisions
- a scope change is recorded in email while the budget still reflects the previous issued picture
- monthly reporting becomes a consolidation exercise instead of a comparison against one structure
When those relationships break, variance is a narrative. The number can still be calculated; it no longer answers *against what*.
Who this is for
Project controls managers, commercial managers, and project managers who need budget versus actual and forecast visibility without rebuilding the cost structure every reporting cycle. Estimating, procurement, and field leads benefit when they inherit the same categories instead of translating them.
Capabilities the workspace actually supports
Budget visibility
Budgets are structured cost records. Canonical solar EPC categories include racking, racking shipping, foundation / piles, pile shipping, installation, engineering, equipment, procurement, miscellaneous, and contingency. The same categories should appear in the estimate if you intend to compare them later.
Cost tracking
Actuals land from cost transactions, invoices, and related records. The point is to keep incurred cost on the same project and category structure as the baseline—not to replace your accounting system.
Commitments
Purchase orders and similar commitments consume budget before the invoice arrives. Controls that ignore commitments understate exposure. Project Controls can roll committed values next to actuals.
Forecasting
Forecast engines refresh expected final cost from project cost information. That is not an automatic prediction of the job, and it does not invent missing engineering or commercial decisions. Use it as a maintained expected-final view, not as a substitute for judgment.
Variance
Variance is the difference between planned and current outcomes—budget versus actual and forecast. Alerts can surface over-budget conditions, high burn, forecast drift, missing cost codes, and related operational signals. An alert is a prompt to review, not proof that the estimate was wrong.
Change and revision impact
When the commercial baseline moves, Project Controls is only useful if the budget follows the issued revision. The workspace can record budget revisions and related alerts. It does not independently decide whether a field change is a change order.
How it connects across the project
Estimating should issue a revision that Project Controls can inherit as a baseline. Procurement should turn awarded values into commitments the rollup can see. Execution should record installed quantities against categories the budget already uses. GeoLab assumptions that change foundation strategy belong in the issued commercial picture before they are treated as a controls surprise.
The value is not a separate controls product. It is keeping cost context attached as responsibility moves from estimating to buying, reporting, and the field.
These handoffs are governed by issued records and shared structure. They are not claimed as silent, always-on synchronization.
Direct answer: budget versus actual
Budget versus actual construction reporting only works when both sides share a cost structure and a revision. Project Controls is built to hold those values together so remaining, committed, and forecast figures are comparable—not so a spreadsheet export can be pasted into a slide.