nStreamConnect
IoT entertainment device experience for travelers — production frontend, media playback, and tight collaboration with embedded hardware.
The challenge
Travelers needed a polished entertainment experience on a dedicated IoT device — with media playback that felt intentional, not like a bolted-on browser demo.
The approach
Developed the complete frontend UI from Figma, integrated media/video playback, and worked directly with embedded hardware teams to ship a device-ready experience.
The solution
A device-facing entertainment interface that translates design into production UI and stays coordinated with the hardware constraints of the product.
Architecture
Device-facing frontend layered over embedded capabilities, with media playback integrated into the traveler entertainment flow.
Interactive System Architecture Flow
Field Device / OS
Component NodeRaspberry Pi or telemetry sensor node running tailored Linux configurations.
Challenges
- Shipping polished UI under device and hardware constraints
- Coordinating frontend delivery with embedded timelines
- Making media playback feel native on the device
My contributions
- Owned the complete frontend UI delivery
- Converted Figma into production interfaces
- Integrated media/video playback and partnered with hardware teams
Outcomes
- Complete production frontend for the traveler entertainment device
- Figma designs implemented as shippable UI
- Media/video player integration on device
- Collaboration loop with embedded hardware engineers
Lessons learned
- IoT frontends succeed when designers, frontend, and embedded teams share one definition of done.
- On devices, performance and clarity matter more than feature count.
Early career product work at NEON TSS — where software quality shows up on physical devices.
Building something similar?
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