JavaScript, TypeScript, Python , PostgreSQL, MongoDB , Material UI, React, Redux, NodeJS, Express.

AWS | Cloud Computing | CI/CD | AWS S3, Transcribe | Cloud-Front | Sockets

OOP | Git | Microservices | Frontend | Backend | Full-Stack

Here are some of my recent projects::

• CrowRedis (in-memory Data store) | Blog-1 | Blog-2

  • A simple in-memory datastore like Redis to learn how it works internally and how databases are built.

  • Custom Client for the server to communicate via sockets.

  • Basic Operations(Set GET DEL), Transactions (multi/exec ), Data Persistence(snapshots, AOF) , Data Replication , TTL etc.

• maCrow( A macro Recorder) | Blog

  • A clean macro recorder to record your keyboard and mouse inputs , save them and replay whenever you want.

  • Record: Capture mouse movements, left or right clicks, scrolls , hold & drag , double clicks, and keyboard inputs with multiple key press combo(hotkeys).

  • Replay: Replay recorded actions to simulate mouse and keyboard behavior.

• CrowGit (A version Control) | Blog

  • build my own version control system in just 264 lines of Python code, featuring essential functions: add, commit, branches, and logs.

  • Also developed cli commands for it with flags like the original git

• FFTAudioBot

  • A Discord bot utilizing the Fast Fourier Transform for real-time audio analysis and visualization.

  • Implemented commands like !upload, !spectrum, !delete, and !alter, enabling users to process MP3 files and receive PNG visualizations.

• `Video Clips Maker |

  • Video Uploading using NodeJS fs module with Scales for precision and controlling the timing bar.

  • Used FFMPEG library to create video clips based on time stamps. This involved parsing the video file, extracting the desired frames, and then encoding the frames into a new video file.

• Social Media Forum

  • Developed a social media CRUD application using the MERN stack

  • The single-page application includes user walls, profiles, and sign-up/login pages , retrieving data from a NodeJS back-end server

  • Used Redux for state management with authentication using JWT Tokens and Data stored in Mongo DB database

• Isomer Generator | Blog

  • Developed a Python script utilizing the RDKit library to generate and visualize isomers of molecules in SMILES format, automating the process of isomer generation and IUPAC-like name assignment.

• Molecular Docking Automation Scripts

  • Developed a Python script utilizing the RDKit library to generate and visualize isomers of molecules in SMILES format, automating the process of isomer generation and IUPAC-like name assignment.

PyMOL | Open Babel | AutoDock Tools | AutoDock Vina | RDKit |Fasta |BLAST

NCBI GenBank | UniProt | PDB Biopython | PubChem | ChemSpider

In university I took deep interest in biotech and bioinformatics after finding out that DNA serves as a complex biological database, complete with its programming language. The striking resemblances between viruses and computer exploits made even more excited and had me read numerous papers on arxiv.org.

• DNA: The Cosmic Compressor - Unraveling the Singularity of Data Storage:

  DNA's data compression prowess stands as a testament to nature's unparalleled mastery of information storage. In essence, DNA represents a singularity of data compression, outperforming even the most advanced human-designed algorithms. It adeptly condenses the intricate blueprint of life into a minuscule package, pushing the boundaries of contemporary technological capabilities.

• The Viral Intrusion: A Biological Cyberattack

  Viruses, like computer exploits, employ cunning tactics to infiltrate and manipulate their host systems. The parallels between viruses and cyberattacks are uncanny:

  Infection Strategies: So a virus is essentially a package of genetic code wrapped in a protective shell. Much like a malicious software exploit, it remains dormant until it finds a host cell. Once inside, it launches its attack, hijacking the host's resources

  RNA as a Blueprint: Viruses use RNA as their programming language. It contains instructions that compel the host cell to replicate the virus. Think of it as a hacker sending a script to a compromised computer to execute specific tasks(buffer overflow).

  Reverse Engineering: Viruses even have a form of "reverse engineering" akin to cyberattacks. They convert their RNA code into DNA, effectively integrating themselves into the host's genetic database. This is similar to malware that modifies system files to persistently infect a computer.

1. Isomer Generations using RDKit library for mass molecular docking tests (part-1)

2. Theoretical explanation of RdKit function-`AllChem.EnumerateStereoisomers(input)` for the generation of Stereoisomers.

3. Exploring Stereochemistry with RDKit's EnumerateStereoisomers.py

4. Building a RFID/NFC card cloner(READER)

5. Molecular Docking : I did it

6. Introduction to Molecular Docking: Navigating the World of Drug Discovery

7. Building your own Glucometer in University Lab

8. Building a Simple Git(crowGit)-like Version Control System in Python

9. Building a simple redis like data-store "crowRedis" in Python

10. crowRedis Data Replication , delving into distributed systems.

11. How to make a macro recorder in python

• Building a RFID/NFC card cloner(READER) | Blog

  I was becoming increasingly bored and disheartened upon discovering that I couldn't do much with intercepted radio waves. It turns out they are encrypted, and my intended algorithms for reading the data were not feasible..

  Then I learned that most RFID systems are not encrypted, and I realized that I can not only read their data but also clone them., there is a whole library that handles the firmware and software side of it called : Proxmark3

  So I thought of Building a NFC/RFID card reader/cloner ,