Our consultancy runs on P6 Schedule Analytics, a platform we designed and built. Upload a Primavera P6 XER or XML and in minutes see whether the programme will stand up to scrutiny. Try the free demos below.
Reads Primavera P6 XER and P6 XML files up to 400 MB. Load earlier updates or a baseline to unlock trend, submission and delay analysis.
The platform tells you what is wrong with a programme. Our planners tell you why it matters contractually and fix it. Many clients start with the software and call us in when a submission is due or a dispute looms.
| Plan | For | Indicative price |
|---|---|---|
| Free | Evaluation: one project, DCMA summary | £0 |
| Professional | Planners: DCMA, Insights, EVM, Repair XER | £32.50 / user / month |
| Team | Adds forensic, QSRA, NEC4, time-chainage | £99 / user / month (min 3) |
| Project pass | All modules, one project, 90 days | £149 one-off |
| Consultancy | Our planners use the platform on your project | Fixed fee / day rate |
Prices exclude VAT and are taken from planassure.co.uk/pricing. [Confirm before launch]
Edit the network, three-point estimates and risk register, then run thousands of iterations. Each iteration performs a full CPM forward and backward pass, as in a real QSRA.
ACTIVITIES: durations in days. Predecessors are finish-to-start, comma-separated.
| ID | Name | Pred. | Min | ML | Max |
|---|
RISK EVENTS: probability % and impact (days) added to the activity.
| Risk | P% | On | Min | ML | Max |
|---|
Demonstration model only. A real QSRA starts with a schedule health check, facilitated risk workshops, correlation between activities, and a calibrated risk register run on the full P6 network.
Enter cumulative PV, EV and AC by period (£k). The last PV value is taken as the budget at completion (BAC). Leave future EV and AC blank.
| Period | PV | EV | AC |
|---|
CV = EV − AC · SV = EV − PV · CPI = EV ÷ AC · SPI = EV ÷ PV
ES = C + (EV − PVC) ÷ (PVC+1 − PVC) · SPI(t) = ES ÷ AT · IEAC(t) = PD ÷ SPI(t)
EAC = BAC ÷ CPI (and AC + (BAC − EV); AC + (BAC − EV) ÷ (CPI × SPI(t)) for the range)
TCPI = (BAC − EV) ÷ (BAC − AC) · VAC = BAC − EAC
Send an XER. We'll run the full analysis and walk you through the results.