About me

Hello, I'm SK Kishore, a final-year B.Tech student in Computer Science and Engineering with a keen interest in IoT, Cybersecurity, and Blockchain Technology. I’m passionate about building secure, efficient systems by merging my skills in ethical hacking and full-stack development, with a strong focus on backend technologies.

I’m deeply committed to exploring cutting-edge technologies that have the potential to shape the future. With a solid foundation in Python, Java, C, and C++, and growing expertise in JavaScript and Kotlin, I continuously expand my capabilities — currently diving into Android and cross-platform app development using Flutter.

Beyond the technical realm, I draw creative energy from science fiction films and find balance through music. These passions fuel my imagination and problem-solving mindset. Inspired by Sundar Pichai’s journey, I strive to push boundaries, grow through every challenge, and contribute to meaningful, impactful projects.

This website marks my first step into web development — a reflection of my curiosity, design thinking, and eagerness to evolve as a modern developer. It represents not just my skills, but my drive to build, learn, and innovate.

projects

Precision rescue intelligence Ambulance monitoring system (PRIAMS)

The Precision Rescue Ambulance Intelligence Monitoring System is designed to expedite the movement of ambulances through congested traffic. By leveraging GPS technology, the system identifies the location of approaching ambulances and communicates this information to nearby traffic signals. When an ambulance is within a specified distance (e.g., 2 kilometers) of a traffic light, the signal is automatically turned red to clear the intersection, allowing the ambulance to proceed without delay.

My role

Designed and Executed Wiring Setup

Developed the primary code for GPS tracking using the TinyGPS++ library to accurately monitor ambulance locations. Established a reliable communication link between ambulances and traffic signal control systems to prioritize emergency vehicles. Designed and Executed Wiring Setup Created and implemented the wiring configuration for the Arduino Uno board, ensuring seamless integration of all hardware components for optimal system performance.

DNA based encryption system

This project implements a novel encryption system that leverages DNA sequences for enhanced data security. Unlike traditional methods that rely on fixed DNA sequences, this system generates a unique 128-bit DNA sequence for each encryption cycle. The dynamic generation of DNA sequences makes the system more secure and harder to break, addressing the limitations of earlier encryption systems that used fixed sequences.

My role

Code development

developed a DNA-based encryption system using Python, incorporating advanced cryptographic techniques. Additionally, I implemented socket programming to facilitate more convenient data transmission within this encrypted system. GitHub

Skills

Programming languages

C
80%
C++
75%
Python
90%
Java
80%
JavaScript
70%
Kotlin
65%

Web development

HTML
80%
CSS
80%
Django
80%

databases

MySQL
85%