🔍 Forensic Analyzer (Work in Progress)

It is a simple browser-based forensic tool made using HTML, CSS, and JavaScript.

Right now, the project is still under development, and I will keep adding more features as I learn.

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📌 Current Features

✔ Hash Generator (MD5, SHA1, SHA256). ✔ Base64 Encode / Decode.
✔ Many additional encryption and decryption tools will be included in the future.

These tools are basic but useful for learning digital forensics and simple analysis tasks.

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🚧 Upcoming Features (Planned)

• EXIF metadata viewer.
• File upload → hash generator.
• Better UI design.
• More forensic tools.
• More OSINT Features.

The following features are planned and will be added as the project evolves.

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✅ Functional Requirements

• The system shall provide a web-based interface to access multiple cybersecurity and forensic tools.
• The system shall allow users to select tools option-wise .
• The system shall support Caesar Cipher operations, including:
  • Encryption.
  • Decryption.
  • Automatic key detection (auto-decrypt).
• The system shall generate strong random passwords based on user-defined length.
• The system shall accept user input through web forms and process it using backend logic.
• The system shall execute Python-based tools on the backend and return results to the frontend.
• The system shall display tool output clearly on the same webpage without page reload.
• The system shall allow integration of external online tools via links or embedded views.
• The system shall be modular, allowing new tools to be added without redesigning the entire system.
• The system shall generate structured outputs in readable format for user analysis.

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✅ Non-Functional Requirements

• The system shall be platform-independent and accessible through any modern web browser.
• The system shall provide a user-friendly and intuitive interface suitable for beginners.
• The system shall ensure fast response time for tool execution and result display.
• The system shall be secure, allowing execution of only predefined backend tools.
• The system shall validate user input to prevent invalid or malicious data submission.
• The system shall be scalable, supporting future addition of forensic and security tools.
• The system shall maintain high availability for frontend access through static web hosting.
• The system shall ensure reliability, producing consistent results for repeated executions.
• The system shall be maintainable, with clean separation between frontend and backend code.
• The system shall follow standard coding practices for readability and ease of debugging.

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🌐 Live Preview (GitHub Pages)

Once hosted, the project will be available at:

https://forensic-analyzer.sayanimaity78.site/

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📂 How to Use

• Open the hosted website using the provided GitHub Pages link.
• Navigate to the Tools section from the homepage.
• Select a tool from the available options (e.g., Caesar Cipher, Password Generator).
• Enter the required input values in the form fields.
• Click Run Tool to execute the selected tool.
• The result will be displayed instantly on the same webpage.
• Some tools may open or embed external online tools within the interface when selected.

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🛠 Technologies Used

• HTML
• CSS
• JavaScript
• python

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👤 Creator & Developer of this project

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📌 Note

This is mainly a learning and practice project, and I will improve it step by step.