Trimly Salon App —
Proprietary Mobile Product
Offline-first appointment calendar and client CRM engineered for beauty studios and independent stylists. Eliminates double-booked chairs and stores client styling preferences with zero loading delay.
The Core Challenge
Independent beauty studios and hair salons struggle daily with overlapping chair bookings, lost client preference notes, and spotty mobile reception in basement spaces.
Field research into independent salons revealed that managing bookings across paper notebooks and messaging apps created double-booked time slots, forgotten client styling preferences, and awkward scheduling delays between appointments.
Engineer a tactile, offline-first mobile product that empowers stylists to book appointments, manage chair schedules, and store client preferences in seconds without internet lag.
Strategic Approach & Solution Plan
Design an intuitive calendar timeline displaying multi-stylist chair availability at a glance with smart conflict prevention
Build an offline-first local database so stylists can check and update their schedule instantly even with zero cell coverage
Create fast client profile cards to log contact details, visit histories, and personal styling preferences
Integrate staff management tools for tracking daily service commissions, business hours, and revenue trends
Engineered by Ultmos as a commercial-grade mobile product to prove how tactile design and offline resilience solve daily salon friction.
Native Touch Architecture & Handheld Screen Flow
Tactile Multi-Stylist Calendar Timeline with weekly date scrubber, appointment status tracking, and 1-tap WhatsApp reminders
Verified Results & Business Outcomes
Experience the Production Artifacts
Inspect deployed web portals with pre-configured demo credentials, download compiled field binaries, or explore verified design specifications.
Installable Field Binaries & Companion Apps (1)
Trimly Studio Companion (Android APK)
Figma Design File & Component Library
Browse verified interactive component variants, design tokens, responsive breakpoints, and tactile mobile screen prototypes.