Case Studies / Media & Entertainment
Spin, Win and Keep Coming Back
Novatore helped TheLuckybones build an interactive rewards wheel where community members spin to win stickers, whitelist spots and free mints.
0%
More repeat engagement
0x
Session-to-reward conversion
0x
Reward types: stickers, whitelist spots, free mints
0x
Interactive prize wheel
Executive Summary
TheLuckybones wanted a fun way to keep its NFT community engaged. Static loyalty pages weren't giving people a reason to come back. Novatore designed and developed an interactive rewards wheel with Vue.js, React and Node.js, where users spin to win stickers, whitelist spots or even free mints.
The Challenge
Static Pages Weren't Keeping Users Engaged.
Community members visited once, then had little reason to return.
Low repeat visits
Static loyalty content didn't give people a reason to come back.
Rewards felt distant
Whitelist spots and mints were hard for most members to win.
Engagement hard to measure
The team couldn't easily see which rewards drove activity.
Our Solution
A Game That Rewards Every Visit.
We built an interactive rewards wheel on Vue.js, React and Node.js.
Outcome
A Community That Keeps Coming Back.
TheLuckybones turned a static loyalty page into an experience people return to.
More Repeat Visits
Repeat engagement rose by 25–35%.
Higher Reward Conversion
Session-to-reward conversion doubled.
Fun for Every Member
Everyone has a chance to win something on each visit.
Clear Reward Tracking
The team can see which rewards drive activity.
Ready for New Prizes
The platform makes it easy to add new reward types.
Tools & Tech Stack
Technologies We Build With
Results
Proven Builds, Not Just Prototypes
Real projects, real outcomes, from AI-powered platforms to products used every day.

AI-Powered Triage System for Regional Hospital Network
AI-driven triage system for a regional hospital network. Cut ER wait times by 62% and tripled diagnostic throughput.
Symptom Triage
62% reduction
System Efficiency
3x faster
Challenge: Regional hospital teams faced long emergency-room wait times and fragmented symptom-assessment workflows that slowed diagnosis and patient routing.
Solution: We built an AI-powered triage platform that analyzes symptoms, prioritizes clinical urgency, and routes patients through one coordinated diagnostic workflow.
Result: The platform reduced ER wait times by 62% and made diagnostic throughput three times faster.
Read Case Study
FHIR-Compliant Data Unification Platform
Unified patient records across 12 hospital systems using FHIR standards. Achieved 100% data interoperability with real-time EHR sync.
Symptom Triage
100% unified
System Efficiency
EHR sync
Challenge: 12 disconnected hospital systems stored patient records in incompatible formats, forcing clinicians to manually reconcile data across platforms.
Solution: We built a FHIR-compliant integration layer that unifies patient records in real time and syncs directly with each hospital's EHR system.
Result: Achieved 100% data interoperability across all 12 systems with live EHR synchronization.
Read Case Study
Remote Patient Monitoring for Chronic Care
IoT-enabled remote monitoring platform for chronic care patients. Reduced hospital readmissions by 40% with 24/7 vital tracking.
Symptom Triage
40% reduction
System Efficiency
24/7 tracked
Challenge: Chronic care patients required frequent in-person visits to track vitals, straining clinical staff and delaying early intervention.
Solution: We built an IoT-enabled remote monitoring platform that streams vital signs to care teams around the clock.
Result: Reduced hospital readmissions by 40% with continuous 24/7 vital tracking.
Read Case Study