STAR tube

Question . a . Briefly explain how a Radio-frequency identification works in a IoT environment, with an example.     [5M] b . Suppose you are the owner of a small-scale food industry producing food and beverages from last ten years. Your company is located far away from the city and your home location. Now you want to upgrade your company as per the new industrial revolution and digitalization. As a competitive business leader what will be your strategies using Internet of Things and cyber physical systems. Please explain briefly.        [5M] Solution : a . Radio-Frequency Identification (RFID) in IoT:    RFID is a technology used in IoT environments to identify and track objects using radio waves. It consists of RFID tags and readers. Each RFID tag contains a unique identifier and a small antenna. When the tag comes into the range of an RFID reader's radio signal, it responds by transmitting its unique identifier. This identifier can be associated with specific information in

Question . CEO and CTO and Various business units of a Cloud service Provider Organization were discussing on Various pricing models based on attributes which has to be offered There is a group discussion was going on various factors, features and functionality of the software, infrastructure, infrastructure services and the level of support provided by the SaaS provide to their customers. As a Cloud service provider what are all the various models of Pricing/Package you define based on attributes with example of each model?                     [5 Marks] Solution : As a Cloud service provider, you can offer various pricing models/packages based on different attributes to cater to different customer needs. Here are some common pricing models with examples: 1. Pay-As-You-Go (Pay-per-Usage) :    Customers are charged based on the resources they consume. For example, charging per hour or per minute of CPU usage, data transfer, storage, and other resources. 2. Subscription :    Customers pa

Complete FullStack Developer Roadmap Becoming a full-stack developer involves mastering both front-end and back-end development technologies, as well as understanding how to work with databases, version control systems, deployment, and more. Here's a comprehensive roadmap to guide you on your journey to becoming a full-stack developer: [With Resources To Learn + Jobs] Step 1 → Learn HTML CSS and JS Step 2 → Learn Git and GitHub Step 3 → Learn Frontend Frameworks [React Recommended] Step 4 → Learn Nodejs - Python Step 5 → Learn Backend Frameworks Step 6 → Learn Database Step 7 → Build Full Stack Projects Step 8 → Host Your Project [AWS] Step 9 → Apply for Jobs🚀 [Build Projects After Each Step] [Free Resources At the End] [Learning And Job Hunting] 1. Learn HTML, CSS, and JavaScript HTML - Basic syntax and rules  - Semantic HTML  - Forms and validations  - Embedding media  - Accessibility standards CSS - Basic styling properties (color, font size, background, etc.)  - Box model 

Design a real-time video streaming application that allows users to stream live video and interact with viewers in real-time. Explain how different cloud services, such as AWS Elemental Media Live for video encoding, AWS Elemental Media Package for content packaging, and Amazon CloudFront for content delivery, can be utilized to ensure a seamless and scalable real-time video streaming experience. Middleware Technologies Topic : Real-time Video Streaming Application We’ll go through a Case study on Real-time Video Streaming Application: Overview: Let us take an application STARtube  is a platform that allows users to stream live video content, such as gaming, events, workshops, and more. Users can create their channels, go live, and interact with viewers in real-time. Features: User Registration and Authentication: Users can sign up with their email or social media accounts. Authentication ensures secure access to the platform.   Channel Creation: Once registered, u