Your AI-powered Primavera scheduling analyst — backed by semantic intelligence and your live project data.
Every week without analytics is a week flying blind.
Your schedule is updating every two weeks. Your team is exporting to Excel and sending PDFs. By the time a problem shows up in a report, you’ve already lost 3–4 update cycles of corrective time. Float is gone. The path is critical. The subcontractor is already behind.
The real cost isn’t the analytics subscription. It’s the liquidated damages clause you couldn’t defend, the claim you didn’t see coming, and the baseline you locked too early with bad logic.
Migration takes 12–18 months. Your project doesn’t have that.
Primavera Cloud requires data migration, workflow redesign, retraining, and IT involvement — during active project delivery. That’s 12–18 months of disruption on a live construction schedule.
We’re not proposing that. This platform sits directly over your existing environment. It reads your XERs as they are updated. Your schedulers keep working exactly as they do today. You get the analytics without touching your environment.
Primavera shows you a critical path. We show you the real one.
Primavera calculates the critical path based on logic and constraints — but hard constraints, retained logic settings, and missing ties can make non-critical activities appear critical and vice versa.
Our CPM + High Speed Graphing Engine identifies both the calculated and true critical paths simultaneously. It maps multiple competing critical paths, flags near-critical activities within your float threshold, and tracks float consumption velocity — the leading indicator of which path is about to become your problem.
You either have the evidence or you don’t.
Delay claims come down to one question: can you prove your schedule was right and the delay was caused by something outside your control?
Our forensic XER engine creates an auditable, timestamped record of every schedule revision, logic change, and baseline modification. We generate forensic-grade QC reports formatted for litigation and arbitration — with methodology documented and findings attributed. When the claim lands, you’re ready.
We also run period-specific delay analysis: tell us the window (‘Q3 2025’), we build the causation chain, impacted activity list, and float delta report.
Your Primavera scheduling analyst. Available now.
SuperWave is our AI scheduling analyst — trained specifically on Primavera P6 scheduling methodology, your project’s XER data, and our semantic layer and knowledge graphs.
Ask SuperWave: ‘What’s driving the critical path this update?’ ‘How does a 3-week weather delay in November affect our Q2 turnover?’ ‘Is this baseline ready to lock?’ ‘What changed in the last 4 schedule revisions?’
SuperWave doesn’t replace your scheduler. It makes them 10x faster — and gives your project executives answers at 6am before the site walk.
Model the delay before you live through it.
Monte Carlo simulation runs 10,000 iterations of your schedule against your risk register. It factors in weather probability for your project location and work types, risk event probabilities, and duration uncertainty ranges.
Output: P50 and P80 finish dates, a Schedule Risk Index, cost confidence bands, and a risk-adjusted EAC your owner can trust.
This is how you walk into an owner’s meeting and say: ‘There’s a 20% chance we’re late — here’s why, here’s the impact, and here’s what we’re doing about it.’ That’s the conversation that builds trust.
Ask SuperWave anything about your schedule. It knows your XER history, your project’s logic, your risk register, and DCMA methodology — all backed by our semantic layer, skill files, and knowledge graphs.
"What's driving the critical path this update?" "Is this baseline ready to lock?" "What changed in the last 4 revisions?" "Model a 3-week weather delay in November." Get More from Your Primavera Assets
SuperWave turns raw Primavera data into beautiful, real-time visual dashboards. Your PMs get spoken or on-screen answers immediately — no more exporting to Excel or guessing what last week’s numbers actually mean.
SuperWave adds Monte Carlo simulation, weather delay modeling, and probabilistic forecasting directly on top of your existing P6 schedule. You can now ask “What if?” and get instant, grounded answers.
Every query, change, and answer is automatically fingerprinted with Daubert-standard PIT provenance. When a claim arrives, you can instantly prove exactly when, why, and how your schedule was built — fully auditable and court-admissible.
SuperWave automatically validates baselines, flags overrides, and calculates EVM metrics in real time. No more locked-in bad baselines or weeks of manual cleanup.
SuperWave continuously monitors float consumption and alerts you the moment your critical path starts quietly losing days — weeks before it shows up in a monthly review.
SuperWave tracks actual production rates against bids and instantly shows which crews or subcontractors are outperforming or underperforming — all available by voice or dashboard.
Before any baseline is locked, SuperWave runs a full QC check (logic density, hard constraints, open ends, etc.) and gives you a clear “Ready to Baseline” score with an audit trail.
SuperWave gives every schedule a readiness score and a complete, immutable audit trail so you know exactly what you’re locking in — before it becomes a problem downstream.
Core Capabilities
14 core capabilities. Click any to see what it measures and why it matters on your project.
We identify both the logic-driven critical path and the true critical path — because they’re often different. Float analysis reveals which activities are actually driving your finish date vs. which ones just look critical due to constraints or bad data.
Real projects don’t have one critical path. They have several competing paths that converge at milestones. Our High Speed Graphing Engine (GPM + CPM) maps all of them simultaneously — including near-critical activities within your defined float threshold.
Track how fast float is being consumed, period over period. A path burning 3 days of float per update cycle will be critical in 4 weeks. You’ll know before it happens.
Poorly connected schedules collapse without warning. We score logic density, flag hard constraints, and surface problematic lags before they corrupt your baseline.
Run 10,000 schedule iterations against your risk register. Get P50/P80 finish dates, cost confidence bands, and a Schedule Risk Index your owner will actually trust.
Model historical weather patterns against your schedule’s location and work types. Quantify the probability and duration impact of weather-driven delays before they’re claimed.
Isolate and analyze delays within a defined window — e.g., ‘What caused the Q3 2025 slippage?’ We produce a causation chain, impacted activities list, and float delta report for any period you specify.
Tie your existing risk register directly into schedule simulations. Each risk gets a probability, a duration impact range, and a cost exposure estimate. Output: a risk-adjusted EAC your estimators can defend.
Full EVM suite: SPI, CPI, TCPI, VAC, EAC, CV, SV. Pulled directly from P6 resource and cost data. No Excel gymnastics. Integrated cost-schedule performance, every update cycle.
DCMA 14-point automated score every update. Baseline adherence percentage. On-time activity completion rate. One scorecard. One number. Leadership-ready.
Track observed, standard, and forecasted production rates by discipline and vendor. When your ironworkers are running at 78% of their bid rate, you know this week — not at the monthly review.
Actual vs. budget by WBS. Burn rate. Contingency drawdown. Cost curve overlaid with schedule progress. The full picture in one view.
Every XER update creates a forensic record: what logic changed, what dates shifted, what baselines were revised and when. Full revision diff, timestamped. Litigation-grade audit trail.
Generate court-ready schedule quality reports for use in disputes, arbitration, or claims defense. Methodology documented. Findings attributed. Expert-witness quality output, automated.
Score every baseline before it’s locked. Pass/fail against your defined quality gates. Open items list. Approval workflow. No more locking in a schedule that’s going to haunt you for 18 months.
Each phase delivers standalone value. Phase 2 is billable before Phase 3 starts.
Weeks 1–4
Automated XER upload, parsing, version diffing, and change audit log. Every schedule update creates a forensic record. This is the data layer everything else sits on.
Weeks 5–8
DCMA 14-point auto-scoring, logic density, hard constraint audit, lag analysis, open-end detection. One-page scorecard per update cycle. Deliverable your client can act on immediately.
Weeks 9–12
Live CPM + GPM with High Speed Graphing Engine. True vs. calculated critical path. Multiple critical path tracking. Float velocity trending. Near-critical alerts.
Weeks 13–16
Full EVM calculations from P6 data. Cost adherence curves. CPI/SPI trending. EAC forecasting with scenario modeling. Production rate tracking by crew and vendor.
Weeks 17–22
Probabilistic simulation against risk register. Weather delay modeling. Period-specific delay analysis. P50/P80 completion dates. Risk-adjusted EAC.
Pricing
Layered on top of your existing managed services contract. No migration. No new software licenses.
XER Forensic Audit
Schedule QC Scorecard
DCMA 14-Point Score
Baseline Readiness Gate
Forensic QC Reports
Everything in Field Intelligence
CPM / GPM Analytics
True vs. Calculated Critical Path
Float Velocity Trending
EVM Dashboard
Talk to SuperWave
Everything in Project Command
Monte Carlo Simulation
Weather Delay Modeling
Period Delay Analysis
Risk Register Integration
Production Rate Intelligence
Litigation-Ready Reports
Schedule a Live Demo of SuperWave for Primavera
You can reach us in a variety of ways: