All of project controls. One platform.
Schedule, estimate, cost, resources and risk in one application, on one live project model. Change the plan and every number that depends on it moves.
- Primavera XER in and out
- What-if scenarios in seconds
- AACE Class 5 → 1 estimates
- Monte Carlo P10 · P50 · P80
- DCMA 14-point
- 4 forensic delay methods
- 4D on the live schedule
- AI drafts, you approve
Built for capital projects
24
modules in one application, every one in every plan
14
DCMA checks on the live model, failing activities listed
4
forensic delay methods, AACE-recognised, over your own updates
5 → 1
AACE estimate classes, versioned, with markup build-up
P80
Monte Carlo over three-point durations: P10, P50, P80
3
exchange formats: XER, MSPDI and Excel, in and out
Activity CPM view
Our scheduling engine and Activity CPM interface are built from the ground up for connected project controls. Logic, calendars and constraints drive one live plan.
Everything on this page is in the product today. Bring your own schedule to a live demo and watch it run.
One umbrella
Everything that used to be five tools. One model.
The schedule, the estimate, the budget, the resource pool, the risk register, the DCMA score, the delay analysis, the 4D model and the monthly report all read and write the same project. Change a duration and every number that depends on it moves. No export, no re-key, no second licence.
Built for every seat at the table
Whatever your role, the whole platform is yours.
Planners, project managers, controls specialists, PMO managers, directors, engineering companies, consultants and owners work from the same model, and every seat includes every module. Pick your role.
Planners & schedulers
Build a schedule you can defend. Share it with your clients in XER.
Critical-path scheduling, efficient activity editing and schedule analysis in one workspace, so you can update the plan and check its consequences together.
- Forward and backward pass with total and free float, calendars with per-day hours and holidays, eight constraint types, level-of-effort activities and inclusive end dates.
- Edit activities with field-level undo and redo, fill down, and copy and paste to keep routine schedule changes quick.
- XER in with constraints, calendars and the data date intact. The export is reconstructed from the verbatim source file, so the client recognises what comes back.
- Run the DCMA 14-point assessment and trace float paths on the schedule you have open, before anyone else runs them on it.
- Scenario mode: test a what-if against the plan in seconds, save it, or make it a project. Let the AI builder draft the first pass of WBS, logic, resources and risks for you to approve.
Review logic, run quality checks and exchange XER files from one workspace.
The tour
Nine stops. One application.
Scroll the whole platform, or jump to the part you came for.
01 · Schedule
A CPM engine, not a bar chart.
Forward and backward pass, total and free float, negative float where it belongs, on a Gantt that stays smooth at thousands of activities.
- All four relationship types with leads and lags, and eight constraint types that hold their dates and warn when violated instead of moving silently.
- Work calendars, global and per project, with per-day hours and holidays. Imported XER durations convert on each activity’s own calendar, so a 12-hour shift never inflates a duration.
- Actuals drive the plan: record an actual start or finish and the dates, progress and status follow. Durations include the final working day.
- Duration from production rate, quantity divided by crew output, calendar-aware. Line of Balance charts those quantities over time for repetitive work.
- Keyboard editing with undo, redo and fill down, float-path tracing, saved and restorable baselines, and a scenario mode that reschedules against the live engine without touching the live project.
02 · Scenarios
Ask what if. See the impact in seconds. Keep it as a project.
Switch the Gantt into scenario mode and change durations, logic and dates freely. The plan stays underneath as ghost bars, every number reschedules live against the real engine as you type, and nothing is written over the live project until you say so.
- A late delivery, a re-sequence, a crash, a longer shutdown: change it and watch the critical path, the float and the finish date recompute against the baseline you choose.
- Save it as a scenario, or turn it into a new, independently schedulable project in one click. The original stays untouched.
- Critical-path crash and Monte Carlo hand their results into the same sandbox, so a recovery plan or a risk-adjusted plan is one more scenario rather than a spreadsheet.
- Open the scenario project beside the live one and compare the two in one Gantt. Ctrl+Z reverses the whole experiment.
03 · Cost & estimating
The estimate becomes the budget. Once.
Versioned estimates from AACE Class 5 to Class 1, with a markup build-up, that push their line items straight into cost assignments. Idempotently, so pushing twice never doubles the budget.
- Unit rates composed from resource components, so a rate is a build-up you can defend rather than a number someone typed.
- Earned value, CPI and SPI on the same model as the schedule, read at the status date you choose.
- One assignment solver: edit units, hours, rate or cost and the other three re-derive from whichever one you touched.
- Capacity against demand, per resource. Over-allocation is never pooled away by averaging across the pool.
- Multi-currency with an exchange-rate matrix, and S-curves from activity dates alone, before any cost data exists.
04 · Risk
Threats, opportunities, and a P80 you can defend.
A register that treats opportunities with the same rigour as threats, each on its own matrix, linked both ways to the activities they affect. Monte Carlo runs on the schedule you have open.
- Probability and impact matrices for threats and for opportunities, with type-specific response strategies, owners, actions and residual scores.
- Monte Carlo over three-point durations and per-activity probability: P10, P50 and P80 marked against the deterministic finish.
- Risk scenarios feed P-level durations back into the CPM run, so you see the risk-adjusted plan rather than arguing about a percentile.
- One Risk column on the Gantt opens the register entry, and the register points back at the activity.
05 · Forensics & schedule quality
The analysis that usually costs a second licence.
DCMA, forensic delay and critical-path crash, run against the model you have open. No bolt-on, no round trip, no claims consultant on retainer to find out what slipped.
DCMA 14-point, on the live schedule
All fourteen checks, run against the model you have open rather than an export of it. Expand any failing check to the activities behind it, and compare one revision against another.
Forensic delay analysis
Four AACE-recognised methods — as-planned vs as-built, impacted as-planned, time impact analysis, collapsed as-built — over your own saved updates, backed by a standing delay-events register.
Critical-path crash
Rank the secondary and tertiary float paths, build the crash cost curve, and find the day the critical path changes over as you compress. Then run Monte Carlo over the compression plan.
06 · 4D planning
Link the model to the schedule. Watch it get built.
Connect the IFC model to time. Link elements to activities, scrub the timeline, and review the build sequence as the programme changes.
- IFC model elements linked directly to schedule activities. No separate 4D tool with its own copy of the programme to keep in sync.
- Scrub the timeline and watch elements appear, stay in progress, or complete as their linked activities move.
- Move an activity and the sequence it drives moves with it, because the link is to the live schedule, not a snapshot exported into a viewer.
- A second colour mode shows how far each element has slipped against the saved baseline, directly on the building. Play the sequence back and export it as a video.
07 · Reports
The monthly report writes itself from the model.
A block document whose tables and charts are bound to the schedule, cost and risk modules and re-read live at the report’s status date. Issue it and the numbers freeze as a numbered revision.
- Data blocks bound to the modules — a progress table, an S-curve, a risk matrix, a lookahead — pull live figures at the report’s status date rather than being pasted in once.
- Issuing a report freezes it as a numbered revision, so last month’s report still reads last month’s numbers after the schedule has moved on.
- Monthly and executive formats come from the same model, so the board pack and the site team’s report never disagree.
08 · Data exchange
Primavera XER and Microsoft Project, in and out.
Import the schedules you already have, work on them here, and hand back a file your client’s P6 opens. Bulk edits round-trip through Excel.
The import carries what usually gets lost
Activities, relationships with leads and lags, the WBS, constraints, calendars including 12-hour shift and holiday calendars, and the data date. Durations convert on each activity’s own calendar rather than an assumed 8-hour day.
The export is your file, updated
The XER you imported stays on the project record. The export is reconstructed from it with your changes applied, so what your client opens in P6 is recognisably the file they sent you.
Bulk edits in Excel, safely
Export the activities, edit a thousand rows in a spreadsheet and bring them back. The whole file is validated before anything is applied, and your export templates are kept for next month.
The retained-source round trip is the P6 XER path. Microsoft Project MSPDI reads a schedule in fully, constraints and calendars included; the export writes dates, progress and logic back, not constraints.
09 · AI assistant
AI that drafts the plan. You approve it.
Describe the scope and choose the level of detail. The assistant drafts the WBS, the activities, the logic and the durations, staffs and prices the plan from your library, and lists the risks against the activities they threaten. AI Check then reviews whichever module you are in against the whole project. Nothing is written until you approve it.
- WBS, activities, relationships and durations, including durations from production rates, at the level of detail you choose. Big programmes build in stages, a branch at a time.
- Resources and roles assigned to activities with units, so work and cost derive from the schedule. Cost types and cost assignments priced from your library.
- Risks drafted and linked to the activities they threaten. AI Check then reviews the register for gaps in coverage, weak responses and missing owners.
- Logic verification on demand: open ends, leads and lags, constraints and unusual float, beside the DCMA findings. Then the deterministic CPM engine does the scheduling.
What you should know
- Runs on Anthropic’s Claude models, on an API key you or your organisation supply. With no key entered, the assistant does nothing.
- Your key is encrypted, resolved only on the server, and never sent back to your browser.
- Using it sends project data to the AI provider. If that is not acceptable on your project, do not use the module.
- An administrator can hide the module role by role, so an organisation can switch it off entirely.
Why GETSEVEN
Six reasons teams move the whole discipline onto it.
Not a scheduling tool with extras bolted on, and not a task tracker that grew a Gantt. A project controls platform, built as one thing from the start.
One model, every discipline
There is no export step between the schedule and the DCMA score, the estimate and the budget, the register and the activity. There is no second database.
Every module in every plan
Risk analysis, DCMA, forensic delay, crash, 4D and AI are not add-ons or tiers. A Solo seat has the same modules as an Enterprise seat.
Project data that travels with you
Import XER files with constraints, calendars and the data date. Export your changes using the retained source file to preserve the detail your project partners need. Exchange schedules through MSPDI and round-trip bulk edits through Excel.
What-ifs in seconds, kept as projects
Scenario mode reschedules against the real engine as you type, with the plan underneath as ghost bars. Save it, or make it a project in one click.
An AI builder with a review gate
It drafts the WBS, schedule, resources, assignments, costs and risks; you approve. Runs on Claude, on your own API key, and never writes on its own.
Enterprise access when you need it
SSO through SAML or OIDC, SCIM provisioning, five roles with per-module permissions, an append-only audit log, and a database you can point at your own server.
Bring a real schedule. We will run it live, not a demo project.
Book a demoPricing
Every module. Every plan. Per named seat.
Risk analysis, DCMA, forensic delay, 4D and AI are included at every tier. Billed annually; the tier changes who can share what, never which modules you get.
Solo
$175per user / month
One planner or consultant. Every module.
- Most popular
Team
$165per user / month
Shared library, roles and permissions. Every module.
Enterprise
from $249per user / month
SSO, SCIM, audit log, your own database server. Every module.
Questions
The things people ask first.
Bring your worst schedule.
An XER goes in, the full DCMA assessment runs against your real schedule, and every connected module responds. Not a demo file.
Pick a time that suits you. Microsoft Teams or Google Meet, your choice.