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Software Requirements Specification (SRS) for Moviek

1. Introduction

1.1 Purpose

Moviek is a sophisticated web-based platform that facilitates unrestricted access to a curated library of films, integrating advanced search functionalities, high-performance streaming capabilities, and comprehensive user management. It is designed to support multiple user roles—general users, administrators, and content contributors—while ensuring optimal content delivery, regulatory compliance, and a seamless viewing experience. The system prioritizes high availability, scalability, and adherence to copyright governance.

1.2 Scope

Moviek is engineered as a cloud-native streaming service that enables users to search for, watch, and interact with films through ratings and reviews. It incorporates account management, AI-driven content recommendations, and collaborative watch-along features. The architecture is optimized to handle large-scale user interactions with real-time content personalization, ensuring minimal latency and uninterrupted streaming.

1.3 Intended Audience and Reading Suggestions

This document is intended for software architects, developers, UX/UI designers, quality assurance engineers, and legal advisors overseeing compliance aspects. It serves as a foundational technical blueprint delineating the system’s requirements, functional architecture, and key performance constraints.

1.4 Product Overview

Moviek will provide:

  • A globally accessible, high-performance streaming infrastructure
  • Intelligent search and discovery mechanisms
  • User-centric content engagement through reviews, watchlists, and ratings
  • Multi-tiered administrative controls for platform governance
  • Secure content delivery via DRM enforcement

2. Overall Description

2.1 Product Perspective

Moviek is a standalone SaaS-based streaming platform that integrates with CDNs, scalable database clusters, and AI-driven recommendation engines. It is designed for high-concurrency environments and ensures optimal resource allocation for varying traffic loads.

2.2 User Classes and Characteristics

  1. General Users:
    • Content Access: Browse and stream a diverse catalog of movies.
    • Search & Filtering: Use keyword-based and category-based search with AI-powered recommendations.
    • Engagement Features: Write reviews, rate movies, and curate personalized watchlists.
    • Watch-Along Mode: Synchronize movie playback with other users and interact via real-time chat.
  2. Administrators:
    • Movie Management: Approve, update, or remove movies from the platform.
    • User Management: Control user access, assign roles, and handle disputes.
    • Promotions & Marketing: Design and execute content-based promotions and campaigns.
    • Analytics & Reporting: Monitor platform activity and generate reports on user engagement.
  3. Contributors:
    • Content Upload: Add new movies to the platform with metadata such as title, description, and tags.
    • Self-Management: Track and modify self-posted content.
    • Copyright Compliance: Upload licensing documents for verification.
    • Engagement Tracking: Access analytics on movie performance and user interaction.

2.3 Operating Environment

  • Cloud-native web architecture deployed on a multi-region infrastructure.
  • Fully responsive user interface, optimized for web and mobile devices.
  • Integration with edge servers for latency reduction and seamless streaming.

2.4 Design and Implementation Constraints

  • Free-to-access content model with advertiser-supported revenue streams.
  • Robust user authentication and multi-role access control.
  • AI-powered recommendation engine for personalized viewing.
  • Secure content storage and encrypted delivery mechanisms.
  • Compliance with international copyright laws and licensing frameworks.

3. Functional Requirements

3.1 User Functions

  • Account Management:
    • Register, log in, and manage user profiles.
    • Implement OAuth-based authentication.
  • Movie Search & Discovery:
    • AI-powered recommendations and multi-faceted search filtering.
    • Real-time auto-suggestions for search queries.
  • Streaming Services:
    • Adaptive bitrate streaming for optimal quality based on network conditions.
    • Subtitles, multi-language audio, and playback speed adjustments.
  • Engagement Features:
    • Review and rate movies.
    • Create and share watchlists.
    • Participate in discussion threads.
  • Personalized Recommendations:
    • Machine learning-based content suggestions based on viewing history and preferences.
    • Trending and featured movie highlights.
  • Synchronized Viewing:
    • Watch movies simultaneously with friends via a virtual viewing room.
    • Real-time chat and reaction features.

3.2 Admin Functions

  • Content Governance:
    • Role-based access control for movie management.
    • Flagging and removal mechanisms for inappropriate content.
  • User & Role Management:
    • Manage user registrations, roles, and account suspensions.
    • Handle copyright disputes and user complaints.
  • Promotional & Marketing Tools:
    • Schedule promotional banners and featured content.
    • Integrate analytics-driven advertising strategies.
  • System Analytics & Performance Monitoring:
    • Dashboard with insights into user engagement, content performance, and server load.
    • Predictive analysis for content recommendations and demand forecasting.

3.3 Contributor Functions

  • Content Submission & Metadata Management:
    • Upload new movies with metadata, tags, and descriptions.
    • Request content approval from administrators.
  • Engagement Metrics & Analytics:
    • View statistics on movie views, watch duration, and audience demographics.
    • Access feedback from user reviews.
  • Copyright Compliance:
    • Submit legal documentation verifying content ownership.
    • Undergo AI-based copyright scanning and verification.

3.4 Copyright Compliance

  • Content Verification System: Automatically authenticate licensing claims before approval.
  • AI-Based Content Scanning: Detect potential copyright violations using fingerprinting technology.
  • Administrative Pre-Screening: Manual verification of licensing before content publication.
  • Dispute Resolution Mechanisms: Process for handling copyright disputes and claims.
  • Mandatory Terms-of-Use Acknowledgment: Required agreement for all content uploaders.

4. External Interface Requirements

4.1 User Interface

  • Intuitive and responsive UI for a seamless user experience.
  • Dedicated dashboards for administrators and contributors.

4.2 Hardware Interface

  • Cloud-hosted backend with auto-scaling capabilities.
  • Adaptive streaming via edge computing architectures.

4.3 Software Interface

  • RESTful API endpoints for content management and user interactions.
  • AI-based recommendation engine leveraging behavioral analytics.
  • DRM (Digital Rights Management) integration for secured playback.

4.4 Communication Interfaces

  • Encrypted API transactions (TLS 1.3) for data security.
  • WebSockets for real-time interactions and synchronized viewing sessions.
  • Integrated CDN for high-availability streaming.

5. Non-Functional Requirements

5.1 Performance Requirements

  • Sub-second latency for search and navigation.
  • High throughput for concurrent streaming sessions.
  • Efficient content caching for global accessibility.

5.2 Security Requirements

  • End-to-end encryption for all user data transmissions.
  • DRM-secured content distribution with anti-piracy measures.
  • Multi-factor authentication (MFA) for administrative access.

5.3 Availability

  • 99.99% uptime SLA, ensuring continuous service availability.
  • Multi-region failover mechanisms for disaster recovery.

6. Appendices

Additional references, compliance frameworks, and supporting technical documentation will be provided in subsequent iterations.

This updated SRS includes more detailed function descriptions for clarity and precision. Let me know if further refinements are needed.

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