Transcendence

Developers

Emircan Kaymaz

Talha Acikgoz

Eyüp Kemal Karaoğlu

Sarp Erkiralp

Alp A. Yalman

Our score 110% (This is not the last version chat is unfinished here but challange yourself :))

To-do

To-do part 1

Minimal Technical requirement

• Docker: docker-compose up --build (rootless mode for security)
• Backend Module ruby -> Django (Backend module)
• Database -> PostGre (Database module)
• Frontend Module vanilla -> bootstrap (FrontEnd module)
• Single page
• Google chrome latest stable up-to-date version

Game Pong

• Pong, same keyboard input (Remote player module)
• propose a tournament
• registration system (standard user management module)
• matchmaking system
• (front-end module)
• (Graphics module)
• ness test

Security

• Hashing (in database for password)
• Protection SQL injections/XSS
• HTTPS
• Validation form for user input on the server side.
• .env file must be out.

Total score: 30%

Second Part

To-do part 2

WEB

Major module: Use a Framework as backend. +10

• Django.

Minor module: Use a front-end framework or toolkit. +5

• Bootstrap

Minor module: Use a database for the backend. +5

• PostgreSQL

User Management

Major module: Standard user management, authentication, users across tournaments. +10

• Users can subscribe to the website in a secure way.
• Registered users can log in in a secure way.
• Users can select a unique display name to play the tournaments.
• Users can update their information.
• Users can upload an avatar, with a default option if none is provided.
• Users can add others as friends and view their online status.
• User profiles display stats, such as wins and losses.
• Each user has a Match History including 1v1 games, dates, and relevant details, accessible to logged-in users.

Major module: Implementing a remote authentication. +10

• Integrate the authentication system, allowing users to securely sign in.
• Obtain the necessary credentials and permissions from the authority to enable a secure login.
• Implement user-friendly login and authorization flows that adhere to best practices and security standards.
• Ensure the secure exchange of authentication tokens and user information between the web application and the authentication provider.

Gameplay and user Experience

Major module: Live chat. +10

• The user should be able to send direct messages to other users.
• The user should be able to block other users. This way, they will see no more messages from the account they blocked.
• The user should be able to invite other users to play a Pong game through the chat interface.
• The tournament system should be able to warn users expected for the next game.
• The user should be able to access other players profiles through the chat interface.

Cybersecurity

Major module: Implement Two-Factor Authentication (2FA) and JWT. +10

• Implement Two-Factor Authentication (2FA) as an additional layer of security for user accounts, requiring users to provide a secondary verification method, such as a one-time code, in addition to their password.
• Utilize JSON Web Tokens (JWT) as a secure method for authentication and authorization, ensuring that user sessions and access to resources are managed securely.
• Provide a user-friendly setup process for enabling 2FA, with options for SMS codes, authenticator apps, or email-based verification
• Ensure that JWT tokens are issued and validated securely to prevent unauthorized access to user accounts and sensitive data.

Graphics

Major module: Use of advanced 3D techniques. +10

• Advanced 3D Graphics: The primary goal of this module is to implement advanced 3D graphics techniques to elevate the visual quality of the Pong game. By utilizing ThreeJS/WebGL , we aim to create stunning visual effects that immerse players in the gaming environment.
• Immersive Gameplay: The incorporation of advanced 3D techniques enhances the overall gameplay experience by providing users with a visually engaging and captivating Pong game.
• Technology Integration: The chosen technology for this module is ThreeJS/WebGL . These tools will be used to create the 3D graphics, ensuring compatibility and optimal performance.

Minor module: Multiple language supports. +5

• Implement support for a minimum of three languages on the website to accommodate a broad audience.
• Provide a language switcher or selector that allows users to easily change the website’s language based on their preferences.
• Translate essential website content, such as navigation menus, headings, and key information, into the supported languages.
• Ensure that users can navigate and interact with the website seamlessly, regardless of the selected language.
• Consider using language packs or localization libraries to simplify the translation process and maintain consistency across different languages.
• Allow users to set their preferred language as a default choice for subsequent visits to the website.

Total score: 110%