A real scheduling engine under every view your teams like
Gantt, board, cards and calendar are lenses over the same activities — with float, cascade and baseline control underneath. Move a card and the schedule moves; move a date and the platform tells you what it costs.
One schedule, four ways to work it
Planners get a critical-path Gantt, delivery teams get a board, executives get the roll-up — all writing to the same activities, so nothing needs re-entering.
- Float, lag, dependencies and baseline variance on every node
- Card moves and status changes write straight to the plan
- Milestones, chains and cascade impact computed continuously
Gates that cannot be talked past
Every stage gate carries its named approver, required evidence and a deadline. Unanswered approvals escalate on their own — no chasing, no quiet drift.
- No-code gate design per project type
- Evidence checklist enforced before a gate can pass
- Auto-escalation to the next forum after the SLA
Overload shows on the peak week, not in an average
Capacity is modelled per person per month, so a single systems lead on three critical paths is visible before a date slips because of them.
- Supply vs demand by team, role and stream
- Key-person risk and single points of failure named
- Cost to fill each gap, priced from the role model
RUNS ON
CPM ALGORITHMDEPENDENCY ENGINEGATE AUTHORITYRESOURCE ENGINEESCALATION RULES
SAME ENGINES THE SCREENS RUN ON
The PMO toolkit
Real float, lag and dependency maths — not a Gantt-shaped picture.
Every view writes to the same activities; no re-entry, no drift.
Frozen baselines with variance, and a governed rebaseline route.
No-code gates with named approvers, evidence and auto-escalation.
Capacity vs demand per person and month, with cost to fill.
One moved date priced across the portfolio in days of impact.
See it on your own program, with your own numbers
A 45-minute working session: we load a slice of your portfolio and show the roll-up, the exceptions Polaris finds, and the pack it generates.