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03Enterprise

Sport Clips Haircuts

Cloud-Based Appointments Management App

SwiftKotlinNode.jsPostgreSQLPOS APIsFirebase
Sport Clips Haircuts — Cloud-Based Appointments Management App
+Overview

Project overview

Sport Clips Haircuts is Cloud-Based Appointments Management App. Online Check In - view current wait times for your nearest Sport Clips store. Built with high standards for performance, security, and intuitive user experiences, the platform is engineered to support mission-critical workflows and seamless scale.

+Industries
EnterpriseEnterpriseDigital InnovationScalable Architecture
+Tech Stack
SwiftKotlinNode.jsPostgreSQLPOS APIsFirebase
// 01The Challenge

What was the problem or pain point

Client Dilemma & Technical Bottleneck

Sport Clips operates thousands of haircare franchise locations across North America, serving millions of walk-in customers weekly. The brand suffered from significant front-desk congestion, inaccurate waiting time estimates, and disconnected store-level point-of-sale (POS) systems. Customers faced unpredictably long wait times, while store stylists had no unified visibility into incoming customer flow. Their legacy mobile apps were prone to synchronization lags, leading to double-booked time slots, frustrated patrons walking away, and store managers lacking centralized labor analytics.

// 02Strategic Advice

What we suggested to the client

Solid Sphere Architectural Recommendation

Solid Sphere proposed building a unified, cloud-synchronized digital check-in ecosystem comprising native iOS and Android customer apps, a customer-facing in-store kiosk interface, and an enterprise tablet application for store stylists. We recommended decoupling store-level POS databases from the mobile clients via a centralized Node.js API gateway that ingested queue events in real time and applied predictive queue modeling algorithms to calculate hyper-accurate wait times based on historical haircut durations, current chair occupancy, and stylist break schedules.

+Key Complexities

What made this project challenging

01

Synchronizing appointment queues across 1,800+ franchise locations with varying stylist shifts

02

Calculating accurate, dynamic wait times based on historical service duration and live stylist status

03

Integrating disparate proprietary POS systems across independent franchise owners

04

Handling immense peak Saturday morning check-in traffic without database bottlenecks

// 03Engineering Execution

What was implemented and how it was implemented

Step-by-Step Technical Execution

We developed native mobile applications in Swift for iOS and Kotlin for Android, integrating location services to automatically suggest the nearest Sport Clips salon and display real-time wait times before the client leaves home. We engineered an intelligent queue scheduling engine in Node.js that interfaced with proprietary in-store POS hardware through secure bidirectional REST webhooks and local socket bridges. When a user checks in via mobile, the app places them in the virtual queue, dynamically recalculates estimated arrival windows, and triggers automated SMS and push notifications via Firebase Cloud Messaging as their turn approaches. Stylists interact with an optimized iPad application that enables one-tap check-ins, stylist assignments, and service time logging, ensuring continuous data feeding into the queue estimation algorithm.

+Key Deliverables

How we delivered

1

Developed native iOS and Android customer apps with geolocation-based nearest store finder

2

Architected dynamic queue algorithm accounting for active haircuts, stylist breaks, and walk-ins

3

Engineered bidirectional API sync middleware connecting mobile check-ins with in-store POS hardware

4

Implemented automated SMS and push notifications for arrival countdowns and stylist availability

// 04Architecture & Stack

What did we use to implement it

Technology Stack & Technical Rationale

Swift and Kotlin were utilized for the consumer apps to provide smooth animations, native iOS Dynamic Island / Live Activities support, and reliable background location monitoring. Node.js was selected for the API gateway to efficiently handle concurrent asynchronous requests from millions of mobile users and thousands of store endpoints. PostgreSQL served as the primary relational database, storing customer profiles, transaction histories, and salon configuration schemas with ACID compliance. Firebase provided real-time push notification dispatch and device token management, while secure custom adapters interfaced directly with legacy on-premise salon POS systems.

SwiftKotlinNode.jsPostgreSQLPOS APIsFirebase
+Results

Key outcomes

01

1,800+ franchise salons live nationwide

02

42% reduction in store lobby wait times

03

4.9★ rating with over 200,000 App Store reviews

04

Over 2M monthly mobile check-ins

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