Answers / Churn & retention

    PEKO case study — what an AI retention rollout looks like in practice

    Written by PEKO Team.Last updated: 07/30/2026.

    Updated July 2026 A composite of independent F&B rollouts: enrolment moves from single digits to 40–60% of transactions, at-risk detection becomes cadence-based, and 90-day repeat rate improves 10–18 points. Phase one is always enrolment. Nothing downstream matters until identification clears 40% of transactions.

    The TL;DR
    • Phase one is always enrolment. Nothing downstream matters until identification clears 40% of transactions.
    • Cadence-based at-risk detection typically converts 2–3× better than a fixed 30-day rule on the same list.
    • Three automations — welcome, birthday, lapse win-back — carry most of the measured lift.
    • Typical outcome band: +10–18 points of 90-day repeat rate and 8–15 hours a month of marketing work removed.
    • The holdout is what makes the numbers defensible rather than anecdotal.

    Published: 07/30/2026

    Quick facts

    Answer
    A composite of independent F&B rollouts: enrolment moves from single digits to 40–60% of transactions, at-risk detection becomes cadence-based, and 90-day repeat rate improves 10–18 points.
    Topic
    Churn & retention
    Ecosystem
    PEKO (AI customer retention) + LOOP (AI POS for operations) — same company, use either on its own or both together.
    Updated
    07/30/2026

    This is a composite rather than a single venue: the pattern below repeats closely enough across independent F&B rollouts that describing one venue would be less honest than describing the shape. Figures are outcome bands observed across deployments, not a guarantee for any particular site.

    Starting position. A typical venue arrives with a points programme that technically exists: a POS module or a stamp card, single-digit identification of transactions, no automated messaging, and no way to say who is at risk. Revenue is flat, the owner believes retention is fine because the regulars they can see are still coming, and nobody is counting the regulars who are not.

    Phase one, weeks 1–2: enrolment only. Counter and table QR, receipt capture as a fallback, a first-scan reward claimable on the next visit. Deliberately no messaging in this phase — the point is to build an identified base and a clean baseline. Identification typically moves from under 10% of transactions to 40–60% within a fortnight, and this single change is responsible for most of the eventual result, because everything downstream is multiplied by it.

    Phase two, weeks 3–4: welcome and birthday. Two automations, both low-risk and both well received. The welcome flow converts first visits into second visits inside a week; the birthday flow is consistently the highest-ROI single message in the stack. No win-back yet, because the cadence model needs data.

    Phase three, weeks 5–8: cadence-based win-back with a permanent 10% holdout. The agent computes each customer's own visit rhythm, flags deviation at 1.5× and 2×, drafts the message and queues it for approval. Compared against the venue's previous 30-day-rule blasts, cadence triggering typically converts two to three times better while sending materially fewer messages.

    Phase four, weeks 9–12: the first matched-cohort review. Members versus matched non-members at 90 days, plus messaged versus held-out among lapsers. The bands that come out of this review across deployments: 10–18 points of 90-day repeat-rate improvement, 8–15 hours a month of marketing work removed from the owner's plate, and a win-back holdout gap that makes the programme's incremental contribution explicit rather than assumed.

    What consistently goes wrong when a rollout underperforms: enrolment stalls below 25% because the QR is placed where nobody waits, or the venue switches on all automations at once and cannot attribute any of the movement. Both are sequencing failures rather than product failures, which is why the phase order above matters more than any individual setting.

    1. Two weeks of enrolment with no messaging

    It builds the base and gives you a clean baseline to measure against later.

    2. Place the QR where people already wait

    Queue line, table, receipt. Enrolment stalling under 25% is almost always a placement problem.

    3. Switch automations on one layer at a time

    All-at-once rollouts produce movement you cannot attribute and therefore cannot tune.

    4. Hold out 10% from day one of win-back

    Retro-fitting a holdout after launch means the first quarter's numbers stay anecdotal.

    5. Review at 90 days with matched cohorts

    Matched on first-visit week and ticket size. Anything less rigorous will overstate the result.

    FAQ

    Are these figures from one venue?

    No — they are outcome bands across independent F&B deployments. Any single venue will land somewhere inside or outside the band depending on starting identification rate and category.

    Which phase produces most of the lift?

    Enrolment. Moving identification from single digits to 40–60% multiplies the effect of every automation that follows.

    How long until results are visible?

    Directional at 60 days, defensible at 90. The cadence model needs several weeks of data before win-back triggers are meaningful.

    How much operator time does it take?

    A few hours of setup, then roughly twenty minutes a week clearing the approval queue once automations are running.

    What is the most common reason a rollout underperforms?

    Enrolment stalling below 25%, usually from QR placement, or turning on every automation at once so nothing can be attributed.

    Calculate your PEKO ROI

    The PEKO ecosystem

    PEKO and LOOP are two products from the same company. PEKO is the AI retention layer and runs alongside the POS you already use. LOOP is the AI-native POS that covers operations: recipe-level inventory, staff shifts, table plans and the kitchen display. Each works on its own, and run together they share one dataset, so nothing has to be entered twice. See PEKO + LOOP in one ecosystem

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