Answer a few questions and RunF9 builds the schedule with you. Already have one? Upload it and RunF9 checks it, compares every update and models delays.
One RunF9, the same features everywhere. Use our cloud, connect your own AWS, Azure or Google Cloud storage (a different one for each client if you need), or run it on your own servers.
Hosted, updated and backed up by RunF9.
RunF9 does the repetitive parts of scheduling and shows its work, so you can review and defend the result.
A baseline from a conversation.
RunF9 interviews you like a senior scheduler (scope, permits, long-lead equipment, site and calendar) and builds a CPM schedule with a written basis for every duration and link.
All 14 DCMA checks, every time.
Upload a P6 or MS Project file. Each failing check lists the activities involved and a suggested fix, with the published thresholds or your organization’s own.
Know the finish before it moves.
Monte Carlo risk analysis over the full network gives P50 and P80 finish dates. When a date slips, recovery options are re-scheduled and priced from your labor cost.
The baseline is the first week. RunF9 keeps working every month after it: what changed, why the finish moved, and what a delay does to the dates.
Upload this month’s P6 or MS Project update. RunF9 pairs it with the last one, activity by activity.
Every difference is listed with its activity ID, and exports to Excel.
Model a delay event as a fragnet, insert it into the status-date schedule and recalculate.
A schedule calculation, not an opinion on entitlement. The report (PDF, Excel) says so.
Import .xer and .xml with activities, logic, lags, constraints and calendars, and export the same formats. Excel and PDF imports read activities and dates; a PDF carries no logic.
Forward and backward CPM passes with calendars, holidays, lags and constraints. Total and free float for every activity.
All 14 checks, with the published thresholds by default or your organization’s own.
Questions are ranked by how far each answer can move your finish date.
Monte Carlo analysis (200 to 1,000 iterations of the full network) gives P50 and P80 finish dates; recovery options are priced from your labor cost.
Plain-English questions and narrative drafts with a version-pinned model (Anthropic Claude by default, OpenAI as an approved alternate) or one inside your own network. Calculated figures such as DCMA results come from the engine, not the model. AI can be switched off.
Answer the interview, or upload a P6 (.xer), MS Project (.xml), Excel or PDF schedule.
The CPM engine computes dates, float and the critical path. This is arithmetic, not AI.
DCMA 14-Point checks, date logic and risk analysis, with the reason for every finding.
Export to P6, MS Project, Excel or PDF, with a Basis of Schedule narrative. Then compare each update and model delays.
Drafted by AI from your schedule’s calculated figures. Review them before you send them: the figures come from the schedule, the wording from the model.
RunF9 is in private beta: firms join by invitation. These are the plans we will offer.
For trying RunF9 on real projects.
For schedulers and consultants who need every report and export.
For organizations deploying across teams.
Every figure on this page is reproducible. Customers and auditors can ask us to run the tests below in front of them.
All fourteen checks of the DCMA 14-Point Assessment are implemented, each with a unit test that makes it pass and fail. Checks that need data a file doesn’t have (for example baselines) are reported as not applicable, never as passed.
An automated performance test schedules synthetic networks of 10,000, 50,000 and 100,000 activities, with mixed relationship types, lags and two calendars, on every code change. It measures the CPM calculation, not file upload.
Five test schedules (different calendars, delivery methods and a required finish) are exported to P6 XER and MS Project XML, imported back and re-scheduled from scratch. Every activity’s early start, early finish and total float must match exactly. This proves RunF9’s files keep the logic intact; a side-by-side comparison with P6 and MS Project calculating the same reference projects is planned and will be published here.
RunF9 is in a private beta. New firms join with an invitation, and members join through their organization’s admin. Plan limits are listed in the pricing table and enforced by the server.
Start with the interview, or upload a P6 or MS Project file and see the DCMA 14-Point results in seconds.
Request accessPrivate beta · by invitation. Already invited? Sign in.