Amara Raja Smart Battery Monitor
Bluetooth-Connected Mobile App for Real-Time Battery Health & Diagnostics
88%
Task Completion
60%
Time Reduction
84%
User Satisfaction
76%
Adoption Rate
Users operating Amara Raja battery systems had no centralized, accessible way to monitor battery health, performance, and diagnostics from their mobile devices — relying on manual inspection and hardware readouts that provided limited real-time insight.
Conducted user research with field technicians and end users to understand how battery monitoring was currently performed and which diagnostic insights mattered most. Designed a Bluetooth-first mobile experience that simplified hardware pairing and surfaced critical battery data in a clear, scannable format.
Designing an intuitive mobile experience that bridges the gap between physical hardware and digital monitoring — making complex battery diagnostics understandable and actionable for users with varying technical backgrounds.
Delivered a Bluetooth-connected smart battery monitoring app with real-time health indicators, multi-battery management, diagnostic alerts, performance history tracking, and a guided hardware pairing flow — optimized for quick field use by both technical and non-technical users.
Enabled real-time battery monitoring from mobile for the first time. Simplified the hardware pairing experience for non-technical users. Improved visibility into battery health and reduced reliance on manual inspection for routine diagnostics.
How We Solved the Problem
User & Hardware Research
Researched how field technicians and end users currently monitored battery systems. Mapped the hardware interaction model and identified what diagnostic information was most critical for mobile access.
- User interviews
- Field observation
- Hardware capability review
- Use case mapping
Mobile UX Strategy
Defined the core mobile use cases: quick battery health check, Bluetooth pairing flow, multi-device monitoring, and alert management. Established a clear information hierarchy for critical versus secondary diagnostic data.
- Use case prioritization
- Information hierarchy
- Bluetooth UX patterns
- Alert model design
Mobile Interface Design
Designed a scan-friendly mobile UI with real-time health indicators, status gauges, diagnostic detail views, and a streamlined Bluetooth device pairing flow accessible to non-technical users.
- Mobile UI design
- Pairing flow design
- Health dashboard
- Alert & notification design
Field Usability Testing
Conducted usability testing with both technical and non-technical users in field conditions. Iterated on pairing flow clarity, data visualization readability, and alert comprehension.
- Field usability tests
- Prototype testing
- Pairing flow validation
- Design iteration
Delivered Designs
Battery Connect App
Bluetooth-connected mobile interface showing real-time battery health, diagnostics, and device management.