A digital platform designed to support a network of self-service private fitness studios. The system allows users to register, book training sessions, manage memberships and access the gym through a fully automated entry system.
Client
Revulio
Industry
Fitness & smart facility management
Scope of work
Web platform, reservation system, access management
Timeline
Discovery → design → development → launch
Role
Product architecture, UX design, full-stack development
Traditional fitness centers rely on staffed operations and shared spaces, which can limit flexibility and create operational overhead.



We designed the platform as a digital infrastructure for a fully automated fitness operation.
Designing a reservation system for selecting location, date and time
Building a user account system for managing bookings and memberships
Creating an automated access mechanism linked to active reservations
Developing an admin interface for managing locations and reservations
Reservation system for booking time slots
Digital access control for gym entry
Admin dashboard for managing locations and reservations
Operational data about facility usage and reservations
We delivered a digital platform that enables Revulio to operate a network of self-service fitness studios.
Online reservation system for training sessions
User accounts with booking and payment management
Automated access to fitness studios
Admin interface for managing locations and reservations
Operational overview of bookings and facility usage
Enables a fully automated self-service fitness concept
Simplifies booking and access for customers
Reduces the need for on-site staff
Provides the operator with visibility into facility utilization


Tina S.
Personal Trainer

This project demonstrates how digital platforms can enable automated physical services and smart facility management.
Building a business based on self-service physical locations
Managing facilities that require reservation and access control
Looking to automate operations through digital platforms
Creating scalable infrastructure for location-based services
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