Independent contract curve — default
Distribute contract value independently over the activity-derived execution duration. Choose linear or S-curve; an S-curve can be Back-loaded, Balanced or Front-loaded.
How it works
CashflowPot separates execution from commercial cash timing. Build enough of the execution model to support the decision, apply known contract terms and explicit assumptions, then review the resulting cash position.
Step 1
Enter the contract value and the project information already available. Record known contract terms separately from the assumptions needed to forecast future behaviour.
Step 2
Distribute contract value independently over the activity-derived execution duration. Choose linear or S-curve; an S-curve can be Back-loaded, Balanced or Front-loaded.
Use the combined activity execution profile as the contract-value timing shape when that is the better representation of expected client-side value.
Step 3
Model execution at the level needed for a credible financial forecast.
Step 4
Turn the value and cost profiles into expected receipts and payments.
Step 5
CashflowPot calculates the commercial cash view across the model periods.
Step 6
Keep separate tender, base, current or recovery scenarios and update them as the project changes. Export a professional Excel schedule when the forecast needs to move into a tender, management or financing workflow.
A detailed programme can inform activity timing when it is available and current. CashflowPot does not require a detailed programme for every cash decision: a focused execution model can be more appropriate for tendering, lender review or a rapid mid-project reforecast.
Read the methodologyNear-term direction
AI-assisted project setup is in development. AI may propose activities, costs, durations, subcontracted shares and starting assumptions from a short project description, but the user reviews those inputs and the CashflowPot calculation engine remains responsible for the forecast.