Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Automated Media Transfer and Processing System for Broadcast Content Delivery
  1. case
  2. Automated Media Transfer and Processing System for Broadcast Content Delivery

Automated Media Transfer and Processing System for Broadcast Content Delivery

leobit.com
Media

Challenges Faced by Media Content Providers in Automated, Secure Video Workflows

The client enterprise requires a robust solution to accelerate and automate the transfer and processing of large media files, including format conversion and metadata management, to meet the demands of high-volume broadcast environments. Manual workflows hinder timely delivery, causing delays and inefficiencies in content distribution across multiple platforms and external systems. Additionally, the client needs integration with external media management systems via APIs to streamline editing, publishing, and archiving processes.

About the Client

A mid-sized media transfer and processing company serving broadcasters, television stations, and content creators, focused on efficient media file management and high-quality content delivery.

Goals for Developing an Automated Media Transfer and Processing Platform

  • Develop an end-to-end automated media transfer system capable of handling large files swiftly and securely.
  • Create a media hub for centralized storage, management, and processing of video and media files.
  • Implement customizable media processing scripts, including format conversion, transcription, and metadata management.
  • Enable seamless integration with external content management and broadcast systems via APIs, such as Avid, Dalet, Grass Valley, and others.
  • Ensure the solution supports multiple upload/download workflows, flexible configurations, and scheduled exports to external platforms.
  • Achieve high performance, with automated processing times less than a few seconds for large media files, even over low-bandwidth networks.

Core Functionalities for a Media Automation and Integration System

  • Media hub for storing and managing all uploaded media files, supporting multiple formats and metadata.
  • Desktop and mobile applications for uploading media files to the media hub, with selection of encoding formats and delivery networks.
  • Automated scripts for media processing tasks such as reformatting, transcription, and metadata enrichment.
  • Secure network infrastructure for uploading large media files from anywhere with internet access.
  • API integrations with external media systems (e.g., Avid, Dalet, Grass Valley) for bidirectional file exchange and editing workflows.
  • Automated export workflows to external websites or media platforms, including scheduled transfers and file conversions.

Preferred Technologies and Architectural Approach

.NET WPF for building desktop media management applications
MongoDB or similar NoSQL database for data storage and management
RESTful APIs for external system integration
FFMPEG for media format conversion
WebApi for backend services
Secure cloud or private network infrastructure for file transfer

External System Integrations for Media Workflow Orchestration

  • Avid Systems API for editing and media management
  • Dalet API for content management workflows
  • Grass Valley API for broadcast automation
  • Other APIs for connecting to media playout, distribution, or archiving platforms

Critical Non-Functional System Requirements

  • High scalability to support increasing media volume with minimal latency
  • Fast processing times, with large media files transferred and processed in under a few seconds
  • Secure data transfer and storage compliant with industry standards
  • Reliable operation with high availability and fault tolerance
  • Usability for operators through intuitive desktop and mobile interfaces

Projected Business Impact of Automated Media Workflow System

The implementation of this automated media transfer and processing solution is expected to significantly improve content delivery speed, achieving rapid, secure, and fully-automated transfers even on low-bandwidth networks. It will enhance operational efficiency, strengthen client reputation with top-tier broadcasting partners, and enable scalable handling of large media volumes, facilitating faster content turnaround and integration with external broadcast systems for a future-proof media workflow infrastructure.

More from this Company

Revamp of a Cross-Platform Dating Application to Enhance User Engagement and Offline Interaction Features
Comprehensive Inventory Management System for Retail Hardware Store
Development of a Scalable Environmental Impact and Recommerce Data Reporting Portal
System Optimization and Continuous Development for Large ECommerce Platform
Development of a Customizable Event Photo Booth Application with Real-Time Printing and Social Sharing