An ordering, reservations, kitchen, and loyalty engineering practice. PCI-aware payment flows, Square and Toast POS integrations, delivery-marketplace APIs that retire the tablet farm, and loyalty built as membership instead of discounting — shipped from NY + Delhi on a six-week cadence.
Restaurant software fails during dinner service, not in the demo: the ordering app that stalls at the Friday 7pm spike, the delivery tablet nobody heard chime, the reservation book that double-seats table twelve. Eight build shapes cover most of what operators and hospitality-tech founders bring us, each engineered for rush-hour reliability first. Every engagement runs on the same six-week cadence as our fintech software practice, with a written scope inside 48 hours of the first call.
iOS and Android ordering on your own channel: menu sync from the POS, timed pickup slots, PCI-aware payments, and push-driven reorder loops. Every order here is an order a marketplace didn't take a cut of.
Launch your own ordering channel →Booking widgets, floor-plan table management, waitlists with SMS updates, and deposit holds for peak slots — tuned to cut no-shows without making regulars feel carded at the door.
Fill covers, cut no-shows →Direct-booking engines with room inventory, rate calendars, package upsells, and payment flows the property controls. Direct bookings keep the commission an OTA would have taken.
Take bookings direct, keep the margin →Loyalty as membership, not blanket discounting: tiers, stored value, visit-triggered rewards, and early access to menu drops. Built as retention infrastructure with the math to prove itself.
Turn regulars into members →Real-time KDS with station routing, ticket timers, all-day views, and bump bars — interfaces designed to stay legible at Friday-rush density, on greasy screens, from six feet away.
Route tickets at rush speed →One menu source of truth pushed to web, app, kiosk, and marketplace listings. Prices, modifiers, 86'd items, and allergen data update everywhere from one edit — no more Sharpie-on-the-printout drift.
One menu, every channel →Catalog sync, order injection, payments, and reporting wired against Square and Toast primary APIs — so your ordering app, KDS, and loyalty program all speak to the system your staff already runs.
Wire the POS once, correctly →DoorDash and Uber Eats marketplace APIs consolidated into one order stream that lands directly in the POS and KDS. No tablet farm, no re-keying, no order missed because a battery died mid-service.
Retire the tablet farm →An honest note first: compliance attestations are statuses your business earns from an auditor — no development partner can hand them over. What we do control is the architecture underneath: whether card data ever touches your servers, whether a guest with a screen reader can order dinner, and whether allergen data is a database field or a stale PDF.
Card data never touches your servers. Tokenized fields and hosted checkout elements keep scope to the smallest PCI SSC self-assessment footprint your ordering flow allows.
Ordering, reservation, and booking surfaces built against WCAG guidelines — keyboard-navigable menus, screen-reader-labelled modifiers, and contrast that survives a sunlit patio.
Catalog, orders, payments, and webhooks built against Square's developer platform and Toast's API documentation — primary docs, not marketplace-plugin folklore.
Where ordering runs off-POS — web ordering, gift cards, event deposits — we build on Stripe's documentation with idempotent webhooks and refund paths that reconcile cleanly against the POS ledger.
Allergens, dietary tags, and calorie data modeled as first-class menu fields — informed by FDA menu-labeling requirements — so every channel shows the same answer to "does this contain peanuts?"
Marketplace order ingestion and menu publishing built against DoorDash's developer platform and the Uber Eats API, consolidated into the same order pipeline as your own channels.
Four failure patterns show up in almost every restaurant stack we inherit. Each has a structural fix — not a patch — and each fix pays for itself in margin, covers, or repeat visits.
Every marketplace order pays a commission and surrenders the guest relationship — their data, their reorder habit, their inbox. We keep marketplaces as a discovery channel and build the owned ordering app underneath, so the second order and every one after it lands commission-free.
Restaurant traffic isn't a curve, it's a cliff: most of the day's orders arrive in two service windows. We load-test against seeded rush traffic before launch, queue order submission so nothing silently drops, and route tickets to stations with explicit state so the kitchen sees truth, not hope.
Each delivery platform ships its own tablet, and a human re-keys every order into the POS — slow, error-prone, and unstaffable at rush. We integrate the marketplace APIs into a single order stream that injects directly into Square or Toast and onto the KDS, turning five chiming tablets into zero.
Points-for-discounts trains guests to wait for the deal. We engineer loyalty as membership — tiers, stored value, early access, a direct line to the house. In our craft coffee archetype, the membership tier reached 41% of active subscribers within six months, and members churned at a third the rate of discount-only subscribers.
Most restaurant software is app-shaped, so the honest ranges follow app complexity. A clean ordering MVP — 5-10 screens on one platform — runs $25,000 to $50,000 over 8-12 weeks. A cross-platform build on React Native or Flutter with 15-25 screens and a custom backend runs $50,000 to $120,000 over 12-20 weeks. A complex native iOS + Android app with payments, real-time features, and push runs $120,000 to $250,000 over 20-32 weeks, and enterprise builds with multi-role access and ERP or CRM integration run $250,000 to $500,000. PCI-DSS payment work adds $15,000-$40,000 where it applies, and you should budget 15-25% of the original build cost per year for maintenance. The full tier-by-tier math — including the four hidden drivers that move the bill 4x — lives in our mobile app development cost guide.
| build | timeline | market range |
|---|---|---|
| Ordering MVP (single platform) | 8-12 weeks | $25K-$50K |
| Cross-platform app | 12-20 weeks | $50K-$120K |
| Complex native iOS + Android | 20-32 weeks | $120K-$250K |
| Enterprise / multi-location | 26-40 weeks | $250K-$500K |
Scope moves price, not the conversation. Every quote arrives in writing within 48 hours of the intro call, itemized by build shape.
6-month cohort retention on subscription, versus a 28% industry median.
Scheduled shipments skipped — the healthy band for coffee.
Monthly churn including pauses and downgrades.
Membership share of active subscribers within six months of launch.
Why it matters here: this is the retention math every hospitality loyalty build chases. The pattern — a consumption-profile quiz mapping cadence to how guests actually drink, a 48-hour roast-to-ship SLA that pushed freshness complaints under 1% of tickets, one-tap skip-before-ship that converts cancellations into pauses, and a membership tier whose members churn at a third the rate of discount-only subscribers. It is the same engineering we put behind restaurant loyalty apps and owned ordering channels. Read the full craft coffee archetype, or see the taproom-to-doorstep version in the Milwaukee craft beverage archetype.
The cadence is the contract. Every build runs in six-week cycles with a demo every Friday, so you watch the product grow weekly instead of hoping at the end of a quarter.
A 30-minute call on your service model, locations, POS stack, and where the margin leaks. Written scope — build shapes, timeline, fixed fee — lands inside 48 hours of that first call.
Weeks one to two: the order flow from guest to kitchen to hand-off, the menu data model with modifiers and allergens, and a clickable prototype of the ordering screens before a line of production code.
Weeks two to five: senior engineers on a staging environment you can click from day three. POS and payment sandboxes wired early, and the whole pipeline load-tested against seeded Friday-rush traffic.
Week six: soft launch in one location or daypart before the full cutover, app-store submission where it applies, monitoring and alerting live, and runbooks your managers can actually follow mid-service.
The next six-week cycle is scoped from live service data — order throughput, ticket times, repeat-order rates, loyalty redemption — not from a backlog written before the first cover was seated.
Restaurant software rewards proven primitives: typed languages, relational databases, reconnect-safe real-time channels, and payment rails with real documentation. The novelty budget goes on your guest experience, not the plumbing.
115 people across two HQs and three satellites. No fake local offices, no bait-and-switch juniors — the engineers on the call are the engineers on the build.
Your dinner service ends as Delhi's morning begins. A bug reported at close is often fixed, tested, and deployed before your next lunch rush opens the doors.
The cadence is public and non-negotiable. You see working software weekly; a slipping build has nowhere to hide by week two.
Our cost guides print the real ranges before you ever book a call, and every scope arrives itemized in writing within 48 hours. Clutch 4.9, Upwork Top Rated Plus.
Our ERP and client portals run our own 115-person business daily. We know what software that has to work every single service feels like to operate — that instinct ships with your build.
One build shape — an ordering app, a POS integration, a reservation system — scoped, priced, and shipped on the six-week cadence. Best when the outcome is nameable.
A standing senior pod running successive six-week cycles — new locations, loyalty features, and optimization scoped from live service data each cycle.
Senior engineers embedded in your restaurant-tech team's standup, repo, and review process. You direct; we ship at your bar or above it.
Not sure which shape? Start from the tier math in the mobile app development cost guide — its ranges map one-to-one onto these engagement shapes.
The pre-flight list we run before an ordering or loyalty app hits the stores: review, payments, push, rollback.
The decision tree for ordering and loyalty apps, where offline resilience and payment SDKs decide the answer.
The stage-gated plan for restaurant-tech founders taking a multi-location platform from written scope to first paying operator.
Restaurant software follows mobile-app cost tiers. A clean ordering MVP with 5-10 screens on one platform runs $25,000 to $50,000 over 8-12 weeks. A cross-platform React Native or Flutter build with a custom backend runs $50,000 to $120,000. Complex native iOS + Android with payments and real-time features runs $120,000 to $250,000, and enterprise multi-location builds with ERP or CRM integration run $250,000 to $500,000. PCI-DSS payment work adds $15,000-$40,000 where it applies. Every engagement starts with a 30-minute call and a written, itemized scope inside 48 hours.
A single-platform ordering MVP — menu, cart, payments, pickup slots, order status — runs 8-12 weeks. A cross-platform app that also carries loyalty and push runs 12-20 weeks, usually two six-week cycles. POS integration with Square or Toast is built in parallel, not bolted on after. Constants throughout: a Friday demo every week and a soft launch in one location before full rollout.
Yes — both, against their primary developer documentation. For Square: catalog sync, order injection, payments, and webhooks. For Toast: menu, order, and configuration APIs. The integration pattern matters more than the platform: your ordering app, KDS, and loyalty program should treat the POS as the operational source of truth, so staff never manage two systems. Mid-migration between POS platforms? We build the abstraction layer so the switch is configuration, not a rewrite.
Yes. Both platforms publish marketplace APIs for order ingestion and menu publishing. We consolidate them into one order stream that injects directly into Square or Toast and onto the kitchen display — retiring the tablet farm and the human re-keying step with it. Menu updates flow the other way: one edit updates your app, website, and marketplace listings together, so a marketplace never sells an 86'd item.
Yes — custom KDS builds for operators whose station flow doesn't fit an off-the-shelf product: multi-station routing, fire-and-hold ticket timers, all-day counts, and expo views. The engineering bar is real-time reliability under a rush: explicit ticket state, reconnect-safe websockets, and interfaces that stay legible from six feet away. Where an off-the-shelf KDS already fits your flow, we say so and integrate with it instead.
Yes. Direct-booking engines are one of our hospitality build shapes: room and rate inventory, availability calendars, package upsells, deposit and cancellation flows, and PCI-aware payments. The business case is the commission math — every direct booking keeps the margin an online travel agency would have taken, and the guest data stays with the property. For groups, the same platform extends to multi-property inventory and central reporting.
As structured data, never as a PDF. Allergens, dietary tags, and calorie counts live as first-class fields on the menu item and its modifiers, informed by FDA menu-labeling requirements, so every channel — app, web, kiosk, marketplace listing — shows the same answer. Modifier-aware logic matters most: swapping a bun or adding a sauce can change the allergen profile, so the data model follows the plate, not just the menu item.
Yes — and for restaurant software we insist on a defined handover either way. Launch includes monitoring, alerting, and runbooks a shift manager can follow. Most operators continue on a product retainer: successive six-week cycles scoped from live data such as order throughput, ticket times, and loyalty redemption. As a planning number, budget 15-25% of the original build cost per year for maintenance and iteration.
A 30-minute call on your service model, your POS stack, and where the margin leaks. You leave knowing which build shape fits and what it costs; the written scope follows within 48 hours.
Senior Full Stack Developer · Lucknow · 8 posts on the site
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