Palengke Kiosk Project Plan

+-----------------------------------------------------------------------+ | 1\. What can be the name of your project based on the reference | | materials provided? | | | | PA...

+-----------------------------------------------------------------------+ | 1\. What can be the name of your project based on the reference | | materials provided? | | | | PALENGKE KIOSK | +=======================================================================+ | 2\. What is an appropriate server specification for this project? | | Explain your rationale for each specification. | | | | When determining the appropriate server specifications for a backend | | development project, several factors such as expected traffic, | | application complexity, and performance requirements need to be | | considered. Here's a recommended server specification along with the | | rationale for each component: | | | | **1. CPU (Processor)** | | | | - **Recommendation**: 4 to 8 cores (e.g., Intel Xeon or AMD Ryzen). | | | | - **Rationale**: A multi-core processor enables the server to | | handle multiple concurrent requests efficiently. For a backend | | serving an interactive website, a powerful CPU is essential for | | processing data and running complex queries, especially during | | peak usage times. | | | | **2. RAM (Memory)** | | | | - **Recommendation**: 16 GB to 32 GB. | | | | - **Rationale**: Sufficient RAM is crucial for maintaining | | performance under load, especially when handling multiple user | | sessions, caching data, and running background processes. More | | memory allows the server to manage more simultaneous connections | | and improves response times for data retrieval. | | | | **3. Storage** | | | | - **Recommendation**: SSD (Solid State Drive) with at least 500 GB. | | | | - **Rationale**: SSDs offer significantly faster read/write speeds | | than traditional hard drives, resulting in quicker data access | | and reduced load times. This is particularly important for | | dynamic applications that require frequent database access. | | | | **4. Bandwidth** | | | | - **Recommendation**: 1 Gbps or higher. | | | | - **Rationale**: High bandwidth is critical for ensuring that data | | can be transmitted quickly between the server and users. This is | | especially important for applications with rich media content or | | those that handle a large number of requests simultaneously. | | | | **5. Operating System** | | | | - **Recommendation**: Linux (e.g., Ubuntu, CentOS). | | | | - **Rationale**: Linux is widely used for web servers due to its | | stability, security, and lower resource requirements. It also has | | strong support for various programming languages and frameworks | | commonly used in backend development. | | | | **6. Database** | | | | - **Recommendation**: MySQL or PostgreSQL. | | | | - **Rationale**: Both are robust relational databases that can | | efficiently handle complex queries and large volumes of data. The | | choice depends on specific application needs, such as support for | | JSON data types or advanced querying capabilities. | | | | **7. Scalability Options** | | | | - **Recommendation**: Cloud-based hosting (e.g., AWS, Google Cloud, | | Azure). | | | | - **Rationale**: Cloud hosting provides flexibility to scale | | resources up or down based on traffic demands. This is crucial | | for applications that may experience fluctuating user loads, | | ensuring that performance remains optimal. | | | | **8. Backup Solutions** | | | | - **Recommendation**: Automated daily backups with off-site | | storage. | | | | - **Rationale**: Regular backups protect against data loss due to | | hardware failures, cyber attacks, or human error. Off-site | | storage adds an extra layer of security. | | | | **9. Security Features** | | | | - **Recommendation**: SSL certificate, firewalls, and DDoS | | protection. | | | | - **Rationale**: Security is paramount, especially when handling | | user data. An SSL certificate encrypts data in transit, while | | firewalls and DDoS protection help safeguard against attacks. | | | | **10. Load Balancer (Optional)** | | | | - **Recommendation**: Implement a load balancer if expecting high | | traffic. | | | | - **Rationale**: A load balancer distributes incoming traffic | | across multiple servers, enhancing performance and reliability by | | preventing any single server from becoming a bottleneck. | | | | **Summary** | | | | These specifications are designed to provide a balanced, reliable, | | and scalable backend environment for your project. Each component has | | been selected to ensure optimal performance, user experience, and | | security, effectively supporting the demands of an interactive | | website. | +-----------------------------------------------------------------------+ | 3\. In the given scenario, what are the features/modules of the | | APPLICATION that will to the requirements? Explain the significance | | of each feature/module. | | | | *In the context of developing an interactive application, various | | features and modules can be integrated to effectively meet user | | requirements and enhance overall functionality. Here's a breakdown of | | essential features/modules along with their significance:* | | | | ***1. User Authentication Module*** | | | | - ***Significance**: Enables users to create accounts, log in | | securely, and manage their profiles. This is essential for | | personalizing the user experience and allows users to access | | features like saved content, preferences, and user-generated | | data.* | | | | ***2. Profile Management*** | | | | - ***Significance**: Allows users to update personal information, | | upload profile pictures, and set preferences. This module | | enhances user engagement by enabling customization and fostering | | a sense of ownership over their accounts.* | | | | ***3. Content Management System (CMS)*** | | | | - ***Significance**: Provides administrators with tools to create, | | edit, and manage content easily. A CMS is crucial for maintaining | | the website's information, ensuring it is up-to-date and | | relevant.* | | | | ***4. Interactive Forms*** | | | | - ***Significance**: Facilitates user interaction by allowing them | | to submit inquiries, feedback, or data. This is important for | | user engagement, lead generation, and gathering insights to | | improve the application.* | | | | ***5. Dynamic Content Display*** | | | | - ***Significance**: Presents content based on user preferences, | | behavior, or demographic data. Personalized content enhances user | | experience by making information more relevant and engaging.* | | | | ***6. Search Functionality*** | | | | - ***Significance**: Enables users to quickly find specific content | | or features within the application. Effective search capabilities | | improve navigation and user satisfaction by reducing | | frustration.* | | | | ***7. Chatbot or Live Chat Support*** | | | | - ***Significance**: Offers immediate assistance to users, helping | | them navigate the application or resolve issues in real-time. | | This feature enhances customer service and can increase user | | retention.* | | | | ***8. Social Media Integration*** | | | | - ***Significance**: Allows users to share content and interact | | with the community via social media platforms. This can increase | | visibility, drive traffic, and foster a sense of community among | | users.* | | | | ***9. Analytics and Reporting Module*** | | | | - ***Significance**: Tracks user behavior, engagement, and traffic | | patterns. Analytics provide valuable insights for making informed | | decisions about improvements, marketing strategies, and content | | updates.* | | | | ***10. Feedback and Review System*** | | | | - ***Significance**: Enables users to rate content and provide | | feedback. This encourages engagement and offers valuable insights | | for improving the application, while also building trust through | | social proof.* | | | | ***11. Media Gallery*** | | | | - ***Significance**: Displays images, videos, and other multimedia | | content interactively. A media gallery can make the application | | more engaging and visually appealing, showcasing products or | | user-generated content.* | | | | ***12. Notifications and Alerts*** | | | | - ***Significance**: Keeps users informed about updates, new | | content, or messages. This feature enhances engagement by | | encouraging users to return to the application for new | | information.* | | | | ***13. Responsive Design*** | | | | - ***Significance**: Ensures that the application functions well | | across various devices (mobile, tablet, desktop). A responsive | | design is critical for providing a seamless user experience, | | accommodating diverse screen sizes.* | | | | ***14. Security Features*** | | | | - ***Significance**: Implements measures such as SSL encryption, | | user data protection, and access controls. Security is vital for | | building user trust, especially when handling personal data.* | | | | ***15. Backup and Recovery Module*** | | | | - ***Significance**: Regularly backs up application data to prevent | | loss in case of failures. This module is essential for data | | integrity and business continuity.* | | | | ***Summary*** | | | | *These features/modules collectively enhance the functionality, | | interactivity, and user experience of the application. Each component | | plays a significant role in addressing user needs, improving | | engagement, and ensuring the application remains efficient and | | secure. By integrating these elements, the application can | | effectively cater to its audience and achieve its objectives.* | +-----------------------------------------------------------------------+ | 4\. Draw an Entity Relationship Diagram of your database design. | | | | Here\'s a textual description of an Entity Relationship Diagram (ERD) | | for the database design of an interactive application. You can use | | this description to create a visual representation in a diagramming | | tool. | | | | **Entities and Attributes** | | | | 1. **User** | | | | - **Attributes**: | | | | - UserID (Primary Key) | | | | - Username | | | | - Password | | | | - Email | | | | - FirstName | | | | - LastName | | | | - CreatedAt | | | | - LastLogin | | | | 2. **Profile** | | | | - **Attributes**: | | | | - ProfileID (Primary Key) | | | | - UserID (Foreign Key) | | | | - Bio | | | | - ProfilePicture | | | | - Preferences | | | | 3. **Content** | | | | - **Attributes**: | | | | - ContentID (Primary Key) | | | | - Title | | | | - Body | | | | - CreatedAt | | | | - UpdatedAt | | | | - AuthorID (Foreign Key referencing UserID) | | | | - CategoryID (Foreign Key) | | | | 4. **Comment** | | | | - **Attributes**: | | | | - CommentID (Primary Key) | | | | - ContentID (Foreign Key) | | | | - UserID (Foreign Key) | | | | - CommentText | | | | - CreatedAt | | | | 5. **Category** | | | | - **Attributes**: | | | | - CategoryID (Primary Key) | | | | - Name | | | | - Description | | | | 6. **Feedback** | | | | - **Attributes**: | | | | - FeedbackID (Primary Key) | | | | - UserID (Foreign Key) | | | | - Rating | | | | - FeedbackText | | | | - CreatedAt | | | | 7. **Media** | | | | - **Attributes**: | | | | - MediaID (Primary Key) | | | | - ContentID (Foreign Key) | | | | - MediaType (e.g., image, video) | | | | - URL | | | | - CreatedAt | | | | 8. **Session** | | | | - **Attributes**: | | | | - SessionID (Primary Key) | | | | - UserID (Foreign Key) | | | | - SessionStart | | | | - SessionEnd | | | | - IPAddress | | | | **Relationships** | | | | - **User to Profile**: One-to-One (A user has one profile) | | | | - **User to Content**: One-to-Many (A user can create multiple | | pieces of content) | | | | - **User to Comment**: One-to-Many (A user can leave multiple | | comments) | | | | - **Content to Comment**: One-to-Many (A piece of content can have | | multiple comments) | | | | - **Content to Category**: Many-to-One (Multiple content items can | | belong to one category) | | | | - **Content to Media**: One-to-Many (A piece of content can have | | multiple media files) | | | | - **User to Feedback**: One-to-Many (A user can provide multiple | | feedback entries) | | | | **Visualization** | | | | To visualize this ERD: | | | | 1. Create boxes for each entity. | | | | 2. List the attributes inside each box. | | | | 3. Draw lines to represent relationships, labeling them as needed | | (1:1, 1 | | | | , or M:1). | | | | For example: | | | | - Draw a line connecting **User** to **Profile** with \"1:1\" to | | indicate a one-to-one relationship. | | | | - Connect **User** to **Content** with \"1 | | | | \" to indicate that one user can have multiple content entries. | | | | You can use diagramming tools like Lucidchart, Draw.io, or ERDPlus to | | create this graphical representation based on the description | | provided. | +-----------------------------------------------------------------------+ | 5\. What are the stages in developing a website? | | | | Developing a website typically involves several key stages, each | | focusing on different aspects of the project to ensure a successful | | outcome. Here's a structured overview of the stages involved: | | | | **1. Planning** | | | | - **Define Objectives**: Identify the purpose of the website and | | its target audience. | | | | - **Research**: Analyze competitors, market trends, and user needs | | to inform design and functionality. | | | | - **Site Structure**: Create a sitemap outlining the main pages and | | their hierarchy. | | | | **2. Design** | | | | - **Wireframing**: Develop wireframes or prototypes to visualize | | the layout and functionality of key pages. | | | | - **Visual Design**: Create a style guide including color schemes, | | typography, and imagery that aligns with branding. | | | | - **User Experience (UX)**: Focus on the usability and overall | | experience to ensure intuitive navigation and interactions. | | | | **3. Development** | | | | - **Front-End Development**: Convert design into functional HTML, | | CSS, and JavaScript code for the client-side of the website. | | | | - **Back-End Development**: Set up the server, databases, and | | application logic, ensuring that all functionalities work | | seamlessly. | | | | - **Integrate APIs**: If applicable, integrate third-party services | | and APIs to enhance functionality. | | | | **4. Testing** | | | | - **Functional Testing**: Verify that all features and | | functionalities work as intended. | | | | - **Usability Testing**: Conduct tests with real users to gather | | feedback on the user experience and identify areas for | | improvement. | | | | - **Performance Testing**: Assess the website's speed and | | responsiveness, ensuring it can handle expected traffic loads. | | | | **5. Launch** | | | | - **Deployment**: Transfer the website to a live server and | | configure the hosting environment. | | | | - **Final Checks**: Conduct final testing to ensure everything is | | functioning correctly after deployment. | | | | - **SEO Optimization**: Implement on-page SEO strategies, such as | | meta tags, keywords, and sitemaps, to improve search engine | | visibility. | | | | **6. Post-Launch** | | | | - **Monitoring**: Use analytics tools to monitor website | | performance, user behavior, and traffic patterns. | | | | - **Maintenance**: Regularly update content, fix bugs, and apply | | security patches to keep the website secure and functioning well. | | | | - **User Feedback**: Continuously gather feedback from users to | | identify areas for improvement and implement updates as | | necessary. | | | | **7. Iteration** | | | | - **Enhancements**: Based on user feedback and analytics, plan and | | develop new features or improvements. | | | | - **Content Updates**: Regularly refresh content to keep the | | website relevant and engaging for users. | | | | **Summary** | | | | Each of these stages is crucial for the successful development of a | | website. By following this structured approach, teams can create a | | well-planned, user-friendly, and functional website that meets the | | needs of its audience and achieves business objectives. | +-----------------------------------------------------------------------+