PHISHGUARD 2.0
An AI-powered cybersecurity platform that analyzes URLs, messages, files, and images to detect phishing and malicious content and generate a centralized risk assessment.

🧠 I build intelligence that thinks, 🤖 machines that move, and 🚀 ideas that become real.
I’m a B.E. student in AI&ML, building practical systems across AI, software, robotics, and digital product design.
B.E. in Artificial Intelligence & Machine Learning
Shetty Institute of Technology, Kalaburagi, 585105
7th Semester
2nd/3rd consecutive topper of the college for the last six semesters, with an average of 9 CGPA
2027
Machine learning, NLP, predictive modeling, and applied AI systems.
Web applications, APIs, development workflows, and containerized systems.
Competitive robotics, sensor-driven systems, line followers, and soccer bots.
Figma-based interfaces, prototyping, design systems, and human-centered product design.
An AI-powered cybersecurity platform that analyzes URLs, messages, files, and images to detect phishing and malicious content and generate a centralized risk assessment.
An industrial equipment rental platform that connects equipment owners with renters, enabling equipment discovery, rental management, and direct transactions.
An intelligent roadside assistance platform that connects vehicle owners with the right mechanic based on expertise, equipment, availability, and real-time assistance needs.
An AI-powered agricultural platform combining plant disease diagnosis with a smart farming assistant to help farmers make informed crop, treatment, and farming decisions.
A nearby buyers marketplace that connects farmers and local sellers with verified buyers, enabling direct communication and better access to local markets.
A web-based security architecture for PHISHGUARD that integrates multiple threat-analysis modules into a unified interface for real-time phishing and risk assessment.
An IoT-enabled waste-management system designed to monitor waste levels and support smarter, more efficient waste collection.
A rural and urban bus-tracking system designed to provide real-time bus location and tracking information for more efficient and accessible public transportation; selected for NAIN.
First place in national-level competitive robotics championship.
First place for the design architecture of EquipLease with Team Tech Tribes.
Second place in national-level autonomous navigation robotics event.
Third place recognition in idea pitching competition.
Open to building in AI, robotics, research, and software.