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Development of Cloud-Agnostic Web-Based CCTV Solution for Transport Surveillance

n-ix.com

Telecommunications

Automotive

Security

Business Challenge

Need to validate feasibility, budget, and timelines for a web-based CCTV solution to modernize transport surveillance systems, overcome limitations of traditional desktop/hybrid solutions used by competitors, and ensure compatibility with existing infrastructure while maintaining low latency and reliable performance.

About the Client

Leading provider of integrated connectivity solutions for buses, trains, trams, and coaches, offering WiFi, onboard entertainment, and remote monitoring services

Key Goals

Validate technical feasibility and economic viability of the web-based CCTV solution
Create a detailed project roadmap with cost and timeline estimates
Design a microservices-based architecture for scalability
Develop a user-centric UI/UX tailored to transport operators' needs
Ensure seamless integration with existing transport connectivity platforms

Core System Capabilities

Manual start/stop control for video/audio feeds
Configurable video wall (up to 20 simultaneous streams)
Multi-tab video stream management
Selective video segment downloading
Real-time transport location tracking integration

Technology Stack

React.js

AWS

Kubernetes

K3s

MySQL

MQTT

System Integrations

Existing transport connectivity infrastructure
Centralized command center systems
Vehicle hardware resource monitoring tools

Performance Criteria

Sub-500ms video streaming latency
High-availability architecture (99.99% uptime)
Cross-platform compatibility with major browsers
Secure data transmission (TLS 1.3+)
Scalable microservices architecture

Expected Business Outcomes

Enables competitive differentiation through modern web-based surveillance capabilities, improves customer retention through enhanced user experience, reduces operational costs via cloud-agnostic architecture, and creates opportunities for new revenue streams through advanced transport monitoring services.