This rights management system will enable Media Company to manage its portfolio of linear and nonlinear rights in real time and avert core rights violations in the areas of, but not limited to, Period, Geography, Platform, Holdback and Syndication while empowering business and legal team with ease of access and information.

Scope

· The Centralized Rights Management System project will include the architecture, design, development, testing and delivery of the following systems-

· Asset repository: This system will be the centralized repository for all assets and will house the master data for content including the hierarchy of the same

· Central rights repository: This will be the centralized repository for rights & will house the rights tree. The design of the rights tree will factor in for the evolution of the rights structure in the Media industry

· Legal rights system: This will be a front end application to be used by the Legal team for inputting Acquisition and Syndication deals and selecting appropriate rights

· Provisional rights repository: This will be a front end application to be used by the Business team, in absence of a legal contract, for inputting Acquisition deals and selecting appropriate rights for broadcasting/publishing of the content

· Reporting/Syndicating portal: This will be a front end UI for reporting purpose to be used by Syndication (sales) team, business users

Asset Management Portal : This will be a front end UI for entering the asset metadata to the central rights repository

This project aims to migrate current monolith (design made on .NET Framework) functionality to new platforms that are expected to improve end-to-end business process that fulfill customer order processing. It is expected that moving to a new platform will result in higher availability and lower hardware and software costs.

Current Product Knowledge Base is one of Tiffany’s internal web applications which is built as monolith application and used by sales persons to search for various products and compare their attributes based on different price markets like US, Australia, Canada etc.

BMW Group, the world’s leading premium manufacturer of automobiles and motorcycles, has deployed Red Hat OpenShift Container Platform to support its delivery of business applications and services. Almost all cars the BMW Group ships are delivered with BMW ConnectedDrive, the company’s digital product that connects the driver and vehicle with a range of services and apps, which is subject to large fluctuations in service requests. Red Hat OpenShift Container Platform enables the BMW Group to do point scaling to adjust loads to peaks and troughs in demand and to deliver the continuous service that today’s consumers expect.

This application was built and assembled reproducible container images from the existing monolithic application source and on top of supported OpenShift images, as well as OpenShift-provided templates for inclusion of both messaging and logging infrastructures. All the modules of the project represent an upstream consumer instance that communicates with all of the microservices via the API Gateway pattern implementation (gateway-service). It’s a graphical interface representing a Gateway where users can register or login, generate service request, then track service order histories through to completion. All communication with the Gateway is done through RESTful calls via Apache’s HttpClient.