Description:
Initiate modifications to the user interface (UI) to elevate the overall aesthetics and visual appeal of the Streamlit application. The objective is to create a more engaging and user-friendly experience by introducing attractive graphics seamlessly into the UI design.

Goals:

UI Enhancement: Refine the existing UI to align with modern design standards and ensure a visually pleasing layout.

Graphics Integration: Introduce high-quality graphics within the Streamlit interface to enhance the overall user experience and provide a more visually appealing environment.

Streamlined Design: Ensure that the UI modifications are seamlessly integrated, maintaining a cohesive and streamlined design that complements the functionality of the application.

Benefits:

Enhanced User Experience: The refined UI, coupled with visually appealing graphics, aims to create a more enjoyable and intuitive experience for users interacting with the Streamlit application.

Aesthetic Consistency: Achieve a harmonious visual presentation by incorporating graphics that align with the overall design language, promoting aesthetic consistency throughout the interface.

Modernized Look and Feel: By leveraging improved graphics, the UI modifications contribute to a modern and sophisticated appearance, keeping the application in line with current design trends.

Note to Developers:
Collaborating developers are encouraged to explore creative graphic solutions that enhance the UI without compromising functionality. Attention to detail is key, and the modified UI should maintain responsiveness and accessibility. Documentation should be updated to guide users on the updated UI elements and their interactions.

Description:
Implement a key-based encryption and decryption mechanism to enhance the security and control over the image encryption algorithm. The goal is to generate a unique cryptographic key during the encryption process, which will be essential for decrypting the encoded image. This key should be securely connected to the encrypted image, establishing a direct link between the encoded data and the decryption process.

Objectives:

Key Generation: Develop a method for generating a cryptographic key during the image encryption process. The key should be sufficiently random and secure to prevent unauthorized access to the decrypted content.

Key Integration: Establish a secure association between the generated key and the encrypted image. This linkage ensures that the decryption process relies on the presence and accuracy of the associated key.

Decryption Dependency: Modify the decryption process to incorporate the generated key as a necessary component. The key should be an indispensable factor for successfully decrypting the image and reconstructing the original content.

Benefits:

Enhanced Security: Introducing a cryptographic key adds an extra layer of security, making it more challenging for unauthorized parties to access or manipulate the decrypted image.

Controlled Access: The key-based approach allows for controlled access to the decryption process, ensuring that only those with the correct key can decipher the encoded image.

Versatility: This enhancement facilitates the implementation of various encryption scenarios, supporting different use cases that require tailored security measures.

Note to Contributors:
Contributors are encouraged to explore established cryptographic principles and best practices when implementing the key generation and integration mechanisms. Consider the potential impact on performance and ensure that the key-based decryption process is seamless and user-friendly. Documentation should be updated to guide users on the proper usage of keys in the encryption and decryption workflows.

Introduction:
This proposal outlines the introduction of new features to enhance the functionality of our application. The approach involves a systematic implementation plan to ensure seamless integration, user satisfaction, and an overall improvement in the user experience.

New Features:

Real-time Collaboration:

Approach: Implement a collaborative editing feature that enables users to work on documents simultaneously. Leverage WebSocket technology to facilitate real-time updates across all connected users, enhancing collaboration and productivity.
Dark Mode:

Approach: Introduce a visually appealing dark mode to cater to user preferences and reduce eye strain during low-light conditions. Allow users to switch between light and dark modes easily through the application settings.
Enhanced Search Functionality:

Approach: Improve the search feature by implementing advanced search algorithms and filters. Enable users to search not only by keywords but also by date, category, or other relevant parameters for more precise and efficient results.
Multi-language Support:

Approach: Incorporate multi-language support to broaden the user base. Utilize internationalization (i18n) techniques to allow users to seamlessly switch between languages, enhancing accessibility and user inclusivity.
Integrated Analytics Dashboard:

Approach: Integrate an analytics dashboard to provide users with insights and data visualizations related to their usage patterns. Utilize data analytics tools and APIs to generate meaningful reports and charts within the application.
Approach Explanation:

User-Centric Design:

Methodology: Prioritize features based on user feedback and needs. Conduct user surveys and usability testing to identify pain points and preferences, ensuring that new features align with user expectations.
Agile Development:

Methodology: Adopt an agile development methodology to iteratively introduce and refine new features. Break down the implementation into sprints, allowing for continuous testing, feedback, and adjustments throughout the development process.
Collaborative Development:

Methodology: Foster collaboration among development teams by using version control systems and collaboration tools. Encourage open communication to ensure that all team members are aligned with the development goals and timelines.
Scalability and Performance:

Methodology: Implement features with scalability and performance in mind. Utilize scalable architecture and optimize code to accommodate increased user loads without compromising system performance.
User Education and Documentation:

Methodology: Develop user-friendly documentation and in-app tutorials to guide users through the new features. Provide tooltips, hints, or pop-ups to introduce users to the changes seamlessly, minimizing any learning curve.
By following this comprehensive approach, we aim to not only introduce exciting new features but also ensure a smooth transition for existing users while attracting new users with an improved and feature-rich application. Regular feedback loops and continuous monitoring will be essential to refine and optimize these features based on user interactions and preferences.

To make it more accessible for contributors and users. Clearly explain the genetic central dogma-based encryption and decryption processes and provide examples.