$1.$ Linux Distro Exploration:

o Try out different Linux distributions $($e$.$g$.,$ Ubuntu, Fedora, Arch, Kali, Mint$).$

o Install them in virtual machines.

$1.$ Install a Linux distribution suitable for desktop use $($e$.$g$.,$ Ubuntu, Fedora$).$

$2.$ Choose a server$-$grade Linux distribution $($e$.$g$.,$ Ubuntu Server, CentOS$).$

o Compare features, package managers, and desktop environments.

$2.$ System Monitoring Tool:

o Create and configure a monitoring system in Linux.

o Monitor system performance, resource usage, and detect errors.

o Implement personalized services beyond built$-$in tools like htop.

o Gain insights into system health and operations.

$3.$ Automated System Configuration Script:

o Build$/$Create a script $($using Bash, Python, or another scripting language$)$ that

automates the setup and configuration of a Linux system.

o Include tasks such as installing packages, configuring network settings, creating

users, and setting up security features.

o Document the script$$s functionality and demonstrate its effectiveness.

$4.$ Log Analysis Tool:

o Create a script that parses and analyzes system logs $($e$.$g$.,$ syslog, journalctl$).$

o Identify patterns, anomalies, and potential security incidents.

o Generate reports or alerts based on log entries.

o Consider integrating it with email notifications or a web interface.

$5.$ User Management Script:

o Build a script that simplifies user management tasks.

o Allow administrators to create, modify, or delete user accounts.

o Include features like password policies, group assignments, and home directory

setup.

$6.$ File Integrity Checker:

o Write a script that computes checksums $($e$.$g$.,$ MD$5,$ SHA$-256)$ for files and

directories.

o Periodically verify file integrity by comparing checksums.

o Detect unauthorized changes or tampering.

o Display a report highlighting discrepancies.

$7.$ System Performance Analyzer:

o Write a script that collects system performance metrics $($CPU usage, memory,

disk I$/$O$).$

o Create visualizations $($graphs$,$ charts$)$ to display trends over time.

o Identify resource bottlenecks and suggest optimizations