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Media-Optimized Connected Home Display System for Enhanced User Interaction
  1. case
  2. Media-Optimized Connected Home Display System for Enhanced User Interaction

Media-Optimized Connected Home Display System for Enhanced User Interaction

thedroidsonroids.com
Consumer products & services

Identify Challenges in Media Sharing and Device Management for Smart Home Display Systems

The client faces difficulties in supporting large media uploads across multiple user channels while maintaining app responsiveness. Additionally, managing media and device interactions without a touch interface poses significant usability challenges in a connected home environment.

About the Client

A technology company specializing in smart home devices focusing on media sharing, remote content management, and user engagement through connected displays.

Define Goals for Developing a Media-Rich IoT Home Display Platform

  • Develop a scalable platform supporting multiple simultaneous media uploads to various user-created channels.
  • Implement remote setup, control, and content management features for the display device.
  • Enable display of photos, videos, and social media content with real-time updates.
  • Facilitate manual content browsing and channel navigation via physical controls.
  • Integrate video chat capabilities between devices and smartphones.
  • Ensure over-the-air firmware updates, automatic notifications, and social media synchronization.
  • Design robust backend infrastructure for content storage, user management, and analytics.

Core Functional Specifications for the Media-Sharing Connected Display System

  • Support for multi-user content uploading across multiple channels with scalable infrastructure.
  • Remote device setup and control via Bluetooth Low Energy and WiFi connections.
  • Display of photos and videos, including social media and cloud-sourced content, with real-time updates.
  • Manual content navigation using physical knobs and curated channel selection.
  • Notifications for new media, channel creation, and video chat requests.
  • Video calling functionality between display devices and smartphones.
  • Photo transition effects (e.g., Ken Burns effect) with customizable display durations.
  • Adjustable screen brightness and automatic dimming based on ambient conditions.
  • Over-the-air firmware updates and remote software management.
  • Channel creation and invitation system for content sharing among users.
  • Instant content sharing from smartphones, social media, and other sources.
  • Secure login/signup options via email, social media accounts.
  • Content and channel management including deletion functions.
  • Backend data storage for content, user profiles, channels, and analytics with scalable cloud solutions.

Recommended Technologies and Architectural Approaches

Custom architecture optimized for non-touch interfaces
Mobile app development in Kotlin (Android) and Swift (iOS)
MVVM architecture with coordinators for app navigation
Reactive programming with RxJava/RxSwift for UI responsiveness
Database solutions like Realm (Android) and Core Data or SQLite (iOS)
Networking with Retrofit (Android) and Moya (iOS)
Asynchronous display rendering with Texture SDK
Video calling with SDKs such as Tokbox (OpenTok)
Push notifications via Pushy and APNs
Analytics integration using MixPanel
Continuous integration and deployment tools

Critical External System Integrations

  • Social media platforms (YouTube, Facebook, Instagram) for content synchronization
  • Cloud storage solutions (AWS S3) for media storage
  • Media processing services (AWS Lambda, Elastic Transcoder) for content encoding/transcoding
  • Push notification services (Pushy, APNs)
  • Video call APIs (Tokbox/Oppentok)
  • Analytics platforms for user engagement monitoring

Essential Non-Functional System Requirements

  • System scalability to support concurrent media uploads and user sessions.
  • Responsiveness tailored for devices without touch input, ensuring smooth navigation via knobs.
  • High performance with minimal latency during media uploads and content updates.
  • Security for user data, media content, and device communication.
  • Reliability with over 99.9% uptime for backend services and device firmware updates.
  • Automatic handling of large media files to prevent app crashes and ensure a responsive experience.

Projected Business and User Engagement Benefits

The implementation of this media-rich connected display system aims to enhance user engagement by supporting simultaneous multi-user media sharing, real-time content updates, and seamless device control. Expected results include improved responsiveness during high-volume media uploads, increased user satisfaction through intuitive manual navigation, and higher adoption rates for social and video communication features, ultimately strengthening the client’s market position in connected home devices.

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