SHIVAM MISHRA Web Developer Experienced and skilled web developer with a passion for creating responsive and visually appealing websites. Proficient in both front-end and back-end development, with expertise in HTML, CSS, JavaScript, and various web development frameworks such as React, Angular, and Vue.js. Strong understanding of user experience (UX) and user interface (UI) design principles, ensuring intuitive and seamless navigation for users. Extensive experience in developing dynamic web applications using server-side languages like Node.js, Python, and PHP, coupled with database management systems such as MySQL, MongoDB, and PostgreSQL. Demonstrated ability to optimize website performance and ensure cross-browser compatibility through efficient coding practices and testing methodologies. Proven track record of collaborating with cross-functional teams to deliver high-quality projects within deadlines. Excellent problem-solving skills and a continuous learner, staying updated with the latest web development trends and technologies. Passionate about creating accessible and inclusive web experiences for all users. Skills Front-end Development: HTML5, CSS3, JavaScript, React.js, Angular, Vue.js Back-end Development: Node.js, Python, PHP Database Management: MySQL, MongoDB, PostgreSQL Responsive Web Design Problem-solving and Debugging Checkout My Portfolio My Portfolio

EDUCATION

• BTECH IN AERONAUTICAL ENGINEERING

Work Experience

Skills

Some Projects

1. Created a monitoring dashboard for an application

   The application monitoring dashboard aimed to provide real-time insights into various aspects of the application's performance and health. It utilized a combination of monitoring tools, custom scripts, and data visualization techniques to present actionable information to the development and operations teams. Key Components of the Dashboard: 1. Application Metrics: Displayed key performance indicators (KPIs) such as uptime, response time, and active user count. This section helped us quickly assess the application's overall health. 2. Server and Infrastructure Health: Monitored server resources, including CPU, memory, disk usage, and network metrics. By closely monitoring these parameters, we could detect potential bottlenecks and optimize resource allocation. 3. Database Performance: Tracked database query execution times, slow queries, and connection pool usage. This information allowed us to fine-tune database operations and improve overall system efficiency. 4. Error Tracking and Logging: Integrated with an error tracking system to monitor real-time error logs and stack traces. This enabled us to promptly address any issues, reducing downtime and enhancing user satisfaction. 5. User Analytics: Provided insights into user demographics, behavior, and usage patterns. These analytics guided our development efforts and helped prioritize feature enhancements. 6. External Service Monitoring: Checked the status of external services and APIs that the application depended on. This feature allowed us to identify and address dependencies' performance issues. 7. Security Monitoring: Implemented real-time security event tracking, such as failed login attempts and suspicious activities, to promptly respond to potential security threats. 8. Custom Metrics: Developed specific metrics relevant to the application's unique requirements. For instance, tracking financial transaction volumes and success rates for a financial application.

2. DICE GAME

   Created a web-based dice game using HTML, CSS, and JavaScript. Utilized JavaScript to generate random numbers for dice rolls and updated the DOM to display the results dynamically. Applied CSS for styling and layout to enhance the user experience.

3. DRUM KIT

   Developed an interactive drum kit application using HTML, CSS, and JavaScript. Implemented event listeners in JavaScript to trigger drum sounds when users click on virtual drum pads. Designed the layout and appearance with CSS to resemble a real drum kit.

4. SIMON GAME

   Implemented a digital version of the Simon electronic game using HTML, CSS, and JavaScript. Utilized JavaScript to create and manage game logic, including generating random sequences and tracking user input. Designed the user interface with CSS to replicate the original Simon game's appearance.

5. LANDING PAGE

   Designed a captivating landing page using HTML and CSS. Employed modern CSS techniques such as flexbox or grid for responsive layout and visually appealing design. Incorporated smooth scrolling and animations to enhance user engagement and navigation experience.

6. CHATBOT

   Developed an interactive chatbot using HTML, CSS, JavaScript, and possibly a backend technology like Node.js or Python. Integrated natural language processing (NLP) libraries or APIs to enable the chatbot to understand and respond to user input intelligently. Implemented a clean and intuitive user interface with HTML and CSS to facilitate seamless communication with the chatbot.

7. QUIZ GAME

   A fun and educational quiz game where users can test their knowledge on various topics. Created an engaging quiz game using HTML, CSS, and JavaScript. Designed a user-friendly interface with HTML and CSS to display questions and options. Implemented JavaScript for quiz logic, including randomizing questions, tracking user answers, and calculating scores. Utilized CSS for styling to enhance the visual appeal and interactivity of the quiz interface. Incorporated features such as timers, progress bars, and feedback messages to provide a dynamic and immersive quiz experience for users.

CERTIFICATIONS

1. CSS- HACKERRANK
2. JAVASCRIPT- HACKERRANK
3. NODE- HACKERRANK
4. JAVASCRIPT INTERMEDIATE- HACKERRANK
5. TECHNICAL SUPPORT FUNDAMENTALS- GOOGLE

Research Work

As an author, I have made substantial contributions to the book chapter titled "Understanding the Impact and Implications of Emagnet and Pastebin in Cybersecurity." This chapter delves into the critical investigation of Emagnet and Pastebin, focusing on their profound influence on data breaches and password security in the realm of cybersecurity. Indexed in the prestigious Scopus database, the chapter showcases its significance and relevance in the field of information security and cyber threat analysis.

• Research Objective: Our primary objective was to comprehensively analyze the role of Emagnet and Pastebin in cybersecurity incidents, particularly their impact on data breaches and the security of passwords. Through empirical studies and thorough investigations, we aimed to shed light on the effectiveness of these tools in facilitating cyberattacks and their evolution as preferred platforms for hackers.
• Emagnet and Pastebin Analysis: As an author, I actively contributed to the comprehensive analysis of Emagnet and Pastebin as powerful tools employed by cyber attackers to extract email addresses and passwords from leaked databases. The chapter investigates the intricacies of these tools, including their ability to avoid detection and track outdated uploads.
• Ethical and Legal Concerns: Our research delves into the ethical and legal implications of using Emagnet and Pastebin in cybersecurity attacks. We highlight the significant concerns related to user consent and privacy violations, underscoring the importance of responsible and ethical cybersecurity practices.
• Responsibilities of Platforms: The chapter emphasizes the ethical and legal considerations surrounding hacking tools and the responsibilities of platforms in preventing data breaches. It addresses the need for platform owners to be proactive in safeguarding user data from unauthorized access and misuse.
• Implementation Study: As part of our research, we conducted an implementation study to assess Emagnet's effectiveness in a controlled environment. The tool was tested on test accounts for a brute force attack, yielding successful results, further affirming its potential risks and implications.
• Countermeasures and Best Practices: Our research explores effective countermeasures and best practices that individuals and organizations can adopt to bolster their cybersecurity defenses. We aim to equip readers with actionable insights to safeguard against cyber threats associated with Emagnet and Pastebin.
• Advocacy for Proactive Cybersecurity: By presenting insights into cyber attackers' practices and vulnerabilities in the security landscape, our research advocates for proactive cybersecurity policies. It stresses the significance of increased user awareness and collaboration among stakeholders in combatting cyber threats effectively.
• Collaborative Efforts for Cybersecurity: The chapter underscores the collective responsibility of stakeholders, including researchers, organizations, and policymakers, to enhance cybersecurity measures and protect sensitive information from unauthorized access. This collaborative approach is crucial in building resilient and secure digital environments.
• Conclusion: In conclusion, this book chapter represents our collective efforts to understand the impact and implications of Emagnet and Pastebin in the domain of cybersecurity. The comprehensive analysis of these tools and their associated risks contributes to the advancement of knowledge in information security. Its inclusion in the Scopus database signifies its recognition as a valuable resource for researchers and practitioners seeking to address cyber threats effectively and promote a safer digital landscape.

Overall, as an author of the research work, I have contributed significantly to the advancement of the field of artificial intelligence and automated robotics.