Every shift has one true status.
Dispatchers build the schedule in a drag-and-drop Master Project View. Nothing reaches the field until it's explicitly published. Protect client SLAs, cap unbudgeted overtime, and eliminate per-seat headcount taxes.
lifecycle shift statuses
one legally defensible operational vocabulary across dispatch, field, and payroll
emergency replacement dispatch
broadcast open shifts to qualified, available workers to prevent $500–$2,500 SLA breach penalties
decoupled operating stages
save and balance drafts privately, then explicitly publish when rosters are final
Built on the Master Project View: drag a worker onto a shift, done.
Every shift on the board carries one of eight statuses—the same vocabulary a dispatcher, a field worker, and an enterprise client read identically. This lifecycle vocabulary is enforced natively on the scheduling board to maintain an audit-proof trail between operational intent and payroll execution.
Work-in-progress roster invisible to field staff until explicitly published.
Published assignment awaiting worker arrival and on-site clock-in verification.
Worker verified on site within the 10m geofence with active timestamp telemetry.
Shift completed, exit checks confirmed, and gross-pay wage math locked.
Worker failed to report; requires typed supervisor reason and opens replacement queue.
Authorized ad-hoc worker punched on site; flagged for supervisor payroll reconciliation.
Worker clocked in without verified exit punch; requires mandatory note before sign-off.
System detects double-booking, impossible travel transit, or overtime threshold breach.
One screen, one date, the whole day's coverage.
The Master Project View is a full-screen board for a single date. It splits into two halves: jobs and their assigned workers on the left, everyone still available to assign on the right. Numbers shift live as assignments are made without latency or database locks. This is the same board a facility-management operator uses to see coverage across dozens of properties on a single pane of glass.
Per-PM job cards, left side
The board is grouped by Project Manager. Each PM's section opens with a summary sub-table of their jobs and total hours, then one card per job showing the job code, location, start time and the Field Manager assigned. Assigned workers sit on the card as draggable chips with an inline status dot and a pencil to edit them.
Available Employees, right side
A searchable roster of every employee not yet placed on a job that day, each chip tagged by role and certified credentials. Dragging a chip onto a job card assigns it; an empty card reads "Drop employees here" until someone is placed.
Date and filter controls, top
Date-navigation arrows move the whole board a day at a time. "All PM" and "All Jobs" filters narrow the view, and a "Last published" timestamp sits at the top so a dispatcher always knows how current the live version is.
Each job card also carries a Job Notes counter that opens the job's own context thread, keeping shift instructions and site-gate codes attached to the job instead of lost in third-party messaging apps.
Frontline scheduling operational decision criteria.
Frontline workforce dispatch cannot rely on consumer calendar widgets or disconnected spreadsheets. See how Hirebase compares to point scheduling apps and manual workflows across mission-critical operational requirements.
| Operational Requirement | Hirebase Frontline Platform | Point Tools (Deputy, When I Work) | Spreadsheets & Paper Roster |
|---|---|---|---|
| Multi-Site Drag-and-Drop Board | Native Master Project View grouped by PM and Job with live hours calculation | ~Single-site calendar grids requiring tab-switching for multi-property operations | Manual cell entry with zero real-time visibility into active site coverage |
| 8-Status Shift Lifecycle | 8 distinct operational states with mandatory typed reasons on No Show and Missed Punch | ~Binary punch-in/out toggles without mandatory operational exception notes | Static text comments buried in cell notes with zero automated audit trail |
| Draft vs Publish Discipline | Strict two-stage review; rosters publish only when explicitly confirmed by dispatch | ~Immediate notifications or partial batch updates that generate field notification churn | No automated notifications; requires manual WhatsApp or SMS group messages |
| Emergency SLA Breach Mitigation | Automated alert flags unfilled shifts 60 min prior; 90-second replacement dispatch | ~Manual open-shift broadcast to all staff without automated credential filtering | Frantic phone calls taking 45–90 minutes while client SLA penalties compound |
| Overtime & Fatigue Guardrails | Real-time hours calculation at chip assignment; blocks unbudgeted 1.5x payroll burn | ~End-of-week reporting warnings after excess overtime hours have already been worked | Zero automated calculation; overtime discovered retrospectively during payroll |
| Enterprise Headcount Pricing | Zero per-seat headcount tax; predictable platform license regardless of roster size | ~Compounding $4–$8 per employee/month tax that penalizes seasonal and high-turnover staff | Free software, but tens of thousands lost in unbudgeted overtime and billing disputes |
Eliminate $500–$2,500 Contract SLA Penalties
Unfilled security posts, missed logistics shifts, and delayed healthcare coverage trigger strict liquidated damages. Automated early-warning alerts and 90-second replacement broadcasts protect your service commitments.
Recover 4%–9% of Payroll from Unbudgeted Overtime
Schedulers dragging employee chips immediately see running weekly hours. Hard overtime guardrails prevent accidental 1.5x wage commitments before rosters are published to the field.
Dropping a chip opens an editable assignment.
Dragging an employee chip from the Available Employees panel onto a job card creates the assignment. A dispatcher can then open it to confirm or adjust: the employee, their role, the project (shown with a status dot, job code, client and Project Manager for context), a start and end date, and a start and end time.
Total Hours is calculated live from the time range entered, not typed in separately. A 01:00 AM to 09:30 AM shift resolves to 8.5 hours the moment both times are set, flagging overtime thresholds before commitment.
Pulling someone off a past shift asks why.
If a dispatcher unassigns an employee from a job whose scheduled time has already passed, the board detects that the shift window is over and pre-fills a warning: "This schedule time has passed and is marked as No Show." Confirming requires a typed no-show reason before the record can be closed out.
Unassigning is not a quiet edit. It ends in a distinct, explicit confirmation with an auditable reason code, not a chip that just disappears from the card.
A no-show requires a note, not just a tap.
Marking a shift No Show is not a single click. A dispatcher has to type why, so the record explains itself later without anyone having to remember the context during client billing reviews or union disputes.
The same mandatory-note pattern applies to Missed Punch and Conflict, so exceptions stay documented with operational ground truth, not left as ambiguous blanks.
Drafts don't leak to the field.
A schedule stays in Draft while it's being built. Publishing opens its own review screen first: a list of exactly which draft schedules are about to go live, the specific employees who will be notified, and a separate count of who is still not assigned for that date. Nothing goes out until a dispatcher confirms that screen.
Publishing is a distinct action from saving, by design: draft and live are never the same view. A finished day can also be copied forward to a new date, so a recurring roster isn't rebuilt from a blank board.
Exceptions get a name, not a note buried in someone's inbox.
No Show, Missed Punch and Conflict are values in the same eight-status legend every dispatcher, worker and client reads. When a shift goes wrong it gets labelled, not described—and No Show and Missed Punch each require a typed reason before they close, so the record carries why, not just what. A staffing agency dispatching a roster that turns over weekly reads the same reason-logged exceptions across every client site.
Frequently asked questions about frontline shift scheduling.
Clear operational answers to how Hirebase handles high-velocity shift allocation, emergency replacement dispatch, and enterprise compliance.
How does the Master Project View prevent client SLA breach penalties?
When a scheduled worker fails to check in within the configured site grace period, Hirebase automatically shifts the record to 'No Show' and alerts the dispatch console. Schedulers can instantly broadcast the open slot to qualified, available workers in the Available Employee Drawer, filling critical posts in under 90 seconds and eliminating $500–$2,500 contract breach penalties.
What is an eight-status shift vocabulary and why does it require mandatory notes?
Instead of simple binary 'clocked-in' or 'clocked-out' toggles, Hirebase tracks shifts across 8 lifecycle stages: Draft, Not Punch In, Punch In, Punch Out, No Show, Unscheduled, Missed Punch, and Conflict. For exception states like No Show and Missed Punch, dispatchers must record a typed reason before the record can be closed, creating an auditable paper trail that eliminates client billing disputes.
How does two-stage draft and publish scheduling protect field operations?
In Hirebase, dispatchers build and adjust schedules in a protected Draft mode. Crew changes, time adjustments, and role swaps remain completely invisible to field workers until the dispatcher explicitly clicks 'Publish'. Publishing opens a dedicated review screen displaying exactly who will be notified and which posts remain open, preventing middle-of-the-night notification churn.
How does Hirebase eliminate the per-seat headcount tax for shift-based workforces?
Traditional scheduling point solutions bill frontline employers between $4 and $8 per employee every month, creating a severe financial penalty for companies with seasonal spikes or high staff turnover. Hirebase operates on an enterprise platform model with zero per-seat taxes, allowing operations teams to maintain thousands of qualified reserve workers in their system at zero incremental cost.
Onboarding
Activation
Field Execution
Monitoring
Completion
Exit
Scheduling is where Field Execution begins: a published shift is what turns an activated worker into a dispatched one.
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