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Key Solution Tenets and Considerations for (Greenfield and Brownfield Development), Technology Upgradation

We have Envisioned A Solution To Address Immediate and Future State Roadmap Improved Digital Experience Human-centered design by responsive and high-performing systems for a seamless experience Omni-Channel experience Portable and High-quality user interface that gives Omni Channel user experience (RWD) Harmonized process and minimized redundancies in journeys  Experience Lead (XLE) lean agile methodology to deliver prioritized results quickly and evolve the product driven by market  validation to development Allow Multiple Users to collaborate on creating scenarios  Scalable, Modular Future Proof Architecture Cloud Native Microservices and Microfrontend based solution Decoupling of Backend and Frontend Expose Data via Containerized API Application Containerization and deployment through pipeline Responsive WebDesign driven SPA solution for Data processing, Intuitive, and better TCO DevSecops enabled application transformation Security by design based on zero trust securi...

Build Third party multi-service provider integration using Event-Driven based architecture & Reactive programming

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 Objective This document highlights the solution approach for multi telecom service provider integration on AWS platform using Event-Driven based Architecture & reactive programming using the Java based Spring Boot framework & Java RX. In telecom, there are two types of incident management of creating the ticket, CM i.e. change management & TM i.e. trouble management  CM  Creating the request/ticket for the infrequent events. This can be happened one/two times in a year, as a production release plan.  For the CM category, there are many service providers who are giving support for creating the ticket CM. TM  Trouble Management, request/ticket would be created frequently in a year, like creating the ticket for the network router, cable, device, etc. About to crate TM ticket, there is so many TM category of multi-service provider. Key challenges On-boarding the multi telecom service provider in a common platform is really challenging due to each service provid...

Enterprise Architecture (Draft version)

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 Togaf Roadmap  Part 1 : Introduction (Basic and core concepts)  Part 2 : Architecture Development Method (ADM)  Part 3 : ADM Guidelines and Techniques  Part 4 : Architecture Content Framework  Part 5 : E nterprise continuum  Part 6 : Architecture Capability Framework Preliminary Phase Preparation and Initiation activities to setup ARCH Capability. Architecture Vision (Phase A) Trigger the project,  Some KEY Definitions of EA. Drivers :   These  are the events, conditions or circumstances that motivate an enterprise to change some aspect of its goals and consequently its objectives. Please find out below examples of drivers. Legal or Regulatory -  a new law governing Credit Card Usage Cultural or Social -  acceptance of a product in a new market Financial and Economic -  reduction in profit due to changes of an exchange rate for borrowed foreign capital Organizational or Cultural -  high staff turn-over in a part...

ETL Process HL design (Draft version)

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Different ML model Orchestration (Draft version)

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In-Store location Coverage Model (HL Design) (Draft version)

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In-Store location Coverage Model.   In-Store Location Processor Service. Location Add * Listen to Q and get one record at a time, For that location, it will check if the location has In-Store information and skip if not related. * If store start date in X days then store is eligible for add. * If this is related to In-Store then call LOB rule service to get rules for In-Store. *Determine all Zipcode in 25/50/75 mile radius from the location Lat & Long with other rules defined for the LOB (GeoCoding service). * Based on the response from GeoCoding service. For each zipcode from the response , add this location id if more than one location exist for the LOB otherwise add the LOB to zipcode, if no location ID for the LOB, And other location information to Zipcode,   

Create a simple DOCKER image and Execute it in the Widows Platform

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This document is demonstrated step by step methodology i.e. how to install docker, create docker image, and run the Docker instance in the Windows platform. Install the Docker Tool Box in the Windows machine. Need to download the software from this  https://www.docker.com/products/docker-toolbox For your reference please find below image snapshots. After that, you need to double click on the ‘ DockerToolbox.exe ‘’ .exe file. While this .exe is running it will check ORACLE VM VIRTUAL BOX is present or not. If it is not present then need to install this software in your machine otherwise then need to check the checkbox of coming window boxes. Please find the below screenshot for your reference. Now double click on the ‘Docker Quickstart Terminal’’ icon on the desktop. After successfully running this program it will show below messages that the Docker terminal is running properly. Now open spring boot ID and create a simple rest controller...