A reminder, confirmation and rescheduling assistant that confirms upcoming visits, makes it effortless to move an appointment instead of skipping it, and automatically backfills the empty slot from a waitlist.
Revenue protection & schedulingThe pain point
No-shows and last-minute cancellations leave chairs empty, staff idle and revenue lost. Worse, manually chasing confirmations and refilling gaps is a daily drain on reception.
7.4% + 15.5%
of confirmed appointments lost to no-shows plus advance cancellations (Planet DDS 2025, 3,400 practices)
Up to 30%
no-show rate at some practices; average 10 to 15%
How the chatbot solves it
Runs a multi-channel confirmation sequence over SMS and chat. When a patient cannot attend, it offers one-tap rescheduling rather than a silent no-show, then instantly offers the freed slot to waitlisted patients to keep the chair full.
Staggered reminders at booking, 3 days and 1 day out with one-tap confirm.
If they cannot make it, offers live alternative slots in the same flow.
Empty slot is pushed to the waitlist so another patient fills it.
No manual phone chasing for confirmations or gap-filling.
UX interaction diagram
End-to-end flow from appointment reminder through confirmation, rescheduling, and waitlist backfill.
Sample conversation flow
Patient reschedules via the reminder flow; freed slot is automatically offered to the waitlist.
FriendlyBot
Online now
Reminder sent: 1 day before appointment
Original 2:00 pm slot released to waitlist
Gap filled: chair stays productive
Design interactions that ease the pain
Reschedule beats skip
The easiest action is always to move, not vanish.
One-tap confirm
Via chips, no app or login needed.
Staggered cadence
Respects the patient and avoids reminder fatigue.
Automatic waitlist fill
Turns a cancellation into a filled chair.
Silent-no-response path
Flags reception only when human contact is needed.
Closes the loop
From the booking assistant in use case 1.
Success metrics
No-show rate
Reschedule rate
Waitlist fill rate
Reception hours saved
Sources