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Manoj Kumar  • Peerlist

This project outlines the creation of a home media server using the Raspberry Pi Zero 2 W, a compact and cost-effective single-board computer. The aim is to provide a guide for enthusiasts interested in setting up their own media server for streaming and accessing multimedia content within their home network. The guide covers the essential steps required to establish the media server, including hardware setup, software installation, and configuration. Key components such as the Raspberry Pi Zero 2 W, MicroSD card, power supply, and external storage are identified as necessary materials.The project discusses various media server software options, including Plex, Emby, and Jellyfin, and provides guidelines for installation and configuration. Emphasis is placed on mounting external storage devices and configuring the media server software to access multimedia content stored on the external drive. Once the media server is set up and running, users can access their media library from any device connected to the home network, allowing for convenient streaming and playback of videos, music, and other multimedia content. Overall, this project serves as a practical guide for enthusiasts looking to leverage the Raspberry Pi Zero 2 w to create a versatile and affordable home media server solution.

RPI MEDIA CENTER

This project is to seamlessly integrate home automation systems with decentralized technologies, specifically focusing on the Internet of Things (IoT) and the InterPlanetary File System (IPFS). By utilizing IPFS, the project aims to overcome the inherent limitations of traditional centralized systems, thereby providing enhanced security, improved data privacy, and effective real-time monitoring for smart home applications. The initiative is designed to establish a robust and efficient method for securely storing and sharing sensor data, while allowing users to monitor and control devices-such as sensors and actuators- from any location in real time. Additionally, the project seeks to facilitate faster communication between devices, ensuring timely responses to user commands and system events. This will significantly enhance the overall efficiency of home automation processes, creating a more responsive and user-centric environment. Ultimately, the project aspires to build a comprehensive smart home ecosystem that not only ensures data integrity and security but also minimizes reliance on centralized servers. By promoting decentralized architecture, this project aims to provide users with greater control over their home automation systems while supporting the evolution of smart technologies in the modern household

IPFS (INTERPLANETARY FILE SYSTEM): A NEW FRON

The project is designed to develop a Robotic Rover vehicle with a soft holding gripper. It can be used for pick and place of an object. It can sense whether the object picked is metallic or non-metallic. It can also detect the rover is in gaseous surrounding or not (LPG, IButane, Methane, Hydrogen, Alcohol, smoke). It can also tell the temperature and humidity level. The robotic vehicle is controlled by an android application for remote operation. At the transmitting end using an Android application device, commands are sent to the receiver to control the movement of the robot to move forward, backward, and left or right. The android application device transmitted acts as a remote control that has the advantage of a certain range, while the receiver end is fed to the micro controller to drive DC motors via motor driver IC for necessary work. Remote operation is achieved by any smart-phone/Tablet, etc. The main advantage of this robot is its holding arm, which is designed to avoid extra pressure on the suspected object for safety reasons. A Rover is the one which is used to pick up an object and place it in the  desired location. It is an articulated Robotic Rover, which contains a fixed robot with 3 vertical axes and rotary arms. Manipulator is the main body of the vehicle which consisting of several joints and links