🚀 Task 5 Completed: Password Strength Checker using Python As part of my Python learning journey, I developed a Password Strength Checker that evaluates whether a password is strong or weak based on basic security rules. 📌 Project Overview: This program asks the user to enter a password and then checks its strength using different validation conditions. 🔐 Password Validation Rules: • Minimum length of 8 characters • At least one uppercase letter (A–Z) • At least one number (0–9) • At least one special character (such as @, #, $, !) ⚙️ Concepts Used: 🔹 Python string manipulation 🔹 Regular Expressions using the "re" module 🔹 Conditional statements (if-else) 🔹 Pattern matching for password validation 💡 This project helped me understand how password validation works and how regular expressions can be used to check patterns in text. Small projects like this help strengthen programming fundamentals and introduce real-world applications of Python. Looking forward to building more Python projects and improving my coding skills. 💻🚀 #Python #CyberSecurityBasics #Regex #CodingJourney #LearningByDoing #BCA

Day 10 of My 30-Day Python Challenge at Global Quest Technologies Today I explored one of the most important data structures in Python — Lists . 🔹 Learned that lists can store heterogeneous data 🔹 Understood that duplicates are allowed 🔹 Practiced positive & negative indexing 🔹 Created lists using eval() and list() 🔹 Accessed elements using the slice operator 🔹 Learned that lists are mutable 🔹 Practiced traversing lists using for loop 🔹 Explored important built-in functions like len(), max(), min() 💻 Lists are powerful and flexible, making them essential for real-world programming. 💡 Today’s takeaway: Understanding lists is key to handling multiple data efficiently. ✨ “Strong fundamentals in data structures build strong programmers.”

🔐 Built a Secure Password Generator using Python! 💻 I’m excited to share my latest project — a Secure Password Generator Tool developed using Python. This tool helps users create strong and random passwords to improve online security. ✨ Key Features: ✔ Generates highly secure random passwords ✔ Includes uppercase, lowercase, numbers, and special characters ✔ User-defined password length (8–50 characters) ✔ Ensures strong password composition ✔ Interactive CLI-based interface 🛠️ Technologies Used: Python random module (SystemRandom for better security) string module 💡 This project helped me understand: Randomization techniques Input validation & error handling Writing clean and structured Python code 🎯 As a B.Tech CSE student, I’m continuously building projects to strengthen my programming skills and explore real-world problem solving. 📌 Watch the demo video below 👇 #Python #CyberSecurity #Programming #Projects #BTech #Coding #Developer #Learning #Tech #SoftGrowTech @SoftGrowTech

🚀 Python Project: Expense Tracker I’m happy to share my Python project “Expense Tracker”, which I created to track expenses for my friend’s birthday celebration. This program helps manage spending and compare it with the monthly pocket money budget. 🔹 Project Features: • Add expenses with date, category, and amount • View all recorded expenses • Calculate total expenses and percentage of monthly budget used • Display total expenses by category • Search expenses by date • High expense alert when a single expense exceeds 50% of the monthly budget This project helped me practice important Python concepts I’m continuously learning and improving my programming skills by building practical projects. GitHub URL-https://lnkd.in/g2Hbz_Kt #Python #PythonProject #ExpenseTracker #Programming

Built a USB Detector Program with Python. On this day, I completed this project on Python - A USB Detector. After learning more on python, exploring more packages and modules, I took upon a task of building a USB Detector Program. This program when ran waits only for USB Flash Drives upon insertion. When it detects one, it creates a special directory for it using its serial number for identification, extracts information about the drive and saves it to a file, copies from the drive: .txt, .jpg, .jpeg, .png, .pdf files, then scan for file extensions like ".bat" and ".py", if one is found the following happens respectively: # The drive gets automatically ejected # A webcam shot is automatically initiated # The system gets automatically and forcefully hibernated without warning, upon which a re-login is required on restart, limiting penetration when speaking of a malicious guest user. External drives are most times considered Threat in terms of Security, while they can carry with them malicious programs which could be used to automated exploit to the target host machine - defensive programs could also pose as a threat to such actions making the odds even. This project was indeed an exposure to the concept of Security. Sometimes, it is not all about memorizing a whole bunch of code always but being able to understand and manipulate them when you come in touch with one. What can you do with the information given? Can you find the loophole? Security Matters.

Day 20 of My 30-Day Python Challenge at GQT (Global Quest Technologies) Today, I explored the power of Lambda Functions and functional programming tools in Python, which make code more concise and efficient. 🔹 Lambda Functions ➕ Finding the sum of two numbers 🔢 Calculating the cube of a number 🥇 Determining the largest of two and three numbers 🔹 Functions Accepting Lambda as Parameters Used with built-in higher-order functions for cleaner and more expressive code. 🔹 Filter() Function ✔️ Filtering positive and negative numbers ✔️ Separating odd and even numbers ✔️ Selecting names starting with the letter 'A' 🔹 Map() Function 🔤 Converting all city names in a list to uppercase 🔹 Reduce() Function 🔁 Aggregating elements to produce a single result using functools.reduce 💡 Today’s Takeaway: Lambda functions and higher-order functions like filter(), map(), and reduce() enable writing elegant and efficient Python code with minimal syntax. ✨ “Write less, accomplish more – that’s the power of Python!”

Day 14 of My 30-Day Python Challenge at Global Quest Technologies Today I explored Tuples & Sets in Python and understood how they help in handling data efficiently. 🔹 Applied concatenation (+) and multiplication (*) on tuples 🔹 Converted list ↔ tuple using built-in functions 🔹 Revised key concepts with tuple summary 🔸 Introduced to Set data structure 🔸 Created sets using {} and set() 🔸 Learned how to create an empty set 🔸 Practiced important functions: add(), update(), copy(), pop(), remove(), discard(), clear() 💡 Today’s takeaway: Tuples ensure data safety (immutable) while sets help manage unique data efficiently. ✨ “Choosing the right data structure makes your code smarter and cleaner.”

🐍 A Python tool that scans folders to detect and remove duplicate files using SHA256 hashing. 📂 This project helps you clean up storage by finding identical files based on their content, not just filename. Features Scan any folder Detect duplicate files Uses SHA256 hashing Shows original and duplicate files Option to delete duplicate files safely Simple command line interface How It Works The program generates a SHA256 hash for every file. If two files produce the same hash, they are identical. Example: Original : photo.jpg Duplicate: photo_copy.jpg The user can choose whether to delete the duplicate file. Technologies Used Python hashlib os module GitHub: https://lnkd.in/d5UKgSHM

I’ve recently started learning Python, while already having a solid foundation in networking fundamentals. One thing I’ve realised early on is how closely these two areas connect. Today, I focused on understanding how basic networking concepts like IP addressing and ports work. At the same time, I explored how Python can interact with networks using simple scripts. It’s interesting to see how code can actually communicate over a network — something I previously only understood at a theoretical level. Key takeaway: Building skills in both Python and networking together makes the learning much more practical and meaningful. I’m still at the beginning of this journey, but I’ll continue sharing what I learn along the way. If you have any suggestions on beginner-friendly networking projects using Python, I would appreciate your input.

Exciting news for developers! Previously available only for Go, gosecrets now has a Python SDK. Check it out here: https://lnkd.in/dMqNhf8s This expansion makes it easier than ever to integrate secure secrets management into your Python projects. Explore the new capabilities today! #python #gosecrets #opensource