Yashita Mittal

• Collaborated with senior cybersecurity professionals to perform Vulnerability Assessment and Penetration Testing (VAPT) on enterprise systems, identifying critical vulnerabilities and providing remediation recommendations.

• Assisted in the development of security audit reports, detailing findings and suggested mitigation strategies, tailored for both technical and executive audiences.

• Created detailed, user-friendly documentation outlining newly implemented security protocols, ensuring ease of understanding for technical teams, business units, and non-technical stakeholders.

• Participated in real-time threat analysis and incident response efforts, contributing to the identification, containment, and remediation of security breaches.

• Developed Ticket Genie, a comprehensive cybersecurity ticketing system using Next.js, Tailwind CSS, and MongoDB.

• Implemented full CRUD functionality for efficient support ticket management.

• Designed an intuitive, user-friendly interface for seamless ticket creation, submission, and tracking.

• Optimized MongoDB for enhanced performance and efficient data storage, ensuring smooth handling of ticket data at scale.

• Developed Encode Me, a Python-based application using Tkinter for encoding plain text into various cryptographic algorithms.

• Implemented support for multiple algorithms such as SHA-256, MD5, and more, allowing users to easily convert plain text into secure hashed formats.

• Designed an intuitive Tkinter GUI for smooth user interaction, simplifying the encoding process.

• Ensured flexible functionality, enabling users to select desired algorithms and instantly view the encoded output.

• Conducted research on the impact of quantum computing on modern cryptographic protocols.

• Explored vulnerabilities in current wireless communication systems due to the quantum threat.

• Analyzed post-quantum cryptography techniques for securing wireless communications.

• Evaluated potential solutions to mitigate risks posed by quantum computers.

• Focused on developing cryptographic methods resilient to quantum attacks.

• Presented findings on the implementation of quantum-safe algorithms in communication protocols.

• Researched techniques for obfuscating printer surveillance mechanisms used to track printed documents.

• Analyzed the hidden patterns and tracking dots embedded in printed materials by modern printers.

• Investigated methods to bypass or obscure printer tracking systems for enhanced privacy.

• Explored cryptographic and obfuscation techniques to prevent document tracing.

• Proposed solutions to mitigate surveillance risks in printed documents.

• Presented findings on effective ways to protect users from printer-based tracking technologies.

• Served as Secretary & Board Member at Becoming I Foundation (BIF), a UN Recognized NGO focused on providing free, high-quality education to underprivileged children.

• Streamlined operational workflows, improving efficiency across key initiatives.

• Led recruitment, resource allocation, and performance management, ensuring optimal team functionality.

• Coordinated educational programs and led partnerships with institutions like St. Jude’s, aligning resources to deliver free education to underprivileged children.

• Recognized for effective leadership and contribution to the organization’s mission through strategic coordination and project management.