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Presentation Prompt — StudLive: Database Systems and Cybersecurity Create an academic university presentation for ICT Assignment 3: Database Systems and Cybersecurity — Give You…
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Presentation Prompt — StudLive: Database Systems and Cybersecurity Create an academic university presentation for ICT Assignment 3: Database Systems and Cybersecurity — Give Your Product a Real Data Layer. Project StudLive is a student-focused platform that helps university students discover affordable cafés and food, quiet study places, student discounts, and part-time jobs or internships. The presentation must explain the database design, demonstrate the working mini-database, compare database technologies, and discuss cybersecurity measures. General requirements * Create exactly 8 slides. * Language: clear academic English, approximately B1–B2 level. * Audience: university instructor and first-year IT students. * Use concise bullet points rather than long paragraphs. * Use a clean, modern technology presentation style. * Color palette: white or light gray backgrounds, navy blue headings, teal accents, and subtle purple highlights. * Use readable fonts, consistent spacing, simple icons, and clear diagrams. * Do not invent screenshots, database results, statistics, user numbers, or performance benchmarks. * Reserve clearly labeled spaces for real SQLite Online screenshots. * Use the exact table and column names provided below. * Do not claim that a production application has been deployed. StudLive is presented as a project concept with a working database prototype. Slide 1 — Title Title: StudLive — Database Systems and Cybersecurity Subtitle: ICT Assignment 3: Give Your Product a Real Data Layer Include: * Student: Kuralay Orynbaeva * Group: IT 26 12 * Course: Information and Communication Technologies Visual: a simple illustration of student services connected to a database. Slide 2 — Project Overview Explain the problem: Students often need to search across different sources to find affordable food, suitable study spaces, discounts, and student job opportunities. Introduce StudLive as a platform that brings these services together. Show four core categories: * Food and cafés * Study places * Student deals * Jobs and internships Explain that a structured database helps organize places and related offers. Slide 3 — Database System Selection Compare three database approaches: 1. Relational databases — PostgreSQL and MySQL * Structured tables and relationships * SQL queries and data integrity * Suitable for connected entities such as places and offers 2. NoSQL databases — MongoDB and CouchDB * Flexible document-oriented data structures * Useful when records have varying structures 3. Time-series databases * Optimized for time-stamped measurements and events * Not the primary need for the current prototype Final decision: SQLite is used for the assignment prototype because it is lightweight, free, and does not require a separate database server. PostgreSQL could be evaluated for a larger multi-user production system. Briefly address scalability, performance, and data integrity without inventing numerical benchmarks. Slide 4 — Database Structure and Relationship Show an ER-style diagram with two entities. PLACES * id — INTEGER PRIMARY KEY * name — TEXT NOT NULL * category — TEXT NOT NULL * price — INTEGER OFFERS * id — INTEGER PRIMARY KEY * place_id — INTEGER NOT NULL * title — TEXT NOT NULL * discount — INTEGER * FOREIGN KEY (place_id) REFERENCES places(id) Show the relationship: One place can have multiple offers. The foreign key offers.place_id references places.id. Make the diagram easy to read and use the exact field names. Slide 5 — Working Mini-Database Explain that the prototype was created using SQLite Online. Show four SQL operations: * SELECT — retrieves records * JOIN — combines places and their offers * INSERT — adds a record * UPDATE — modifies an existing record Reserve space for actual screenshots showing table structure and query results. Do not generate fake screenshots or fabricate query outputs. The student will insert screenshots from the real database. Mention that the final submission should meet the assignment requirement of at least 8–10 realistic records per table. Slide 6 — Cybersecurity Threats Explain three major risks: SQL injection: Malicious input changes the meaning of a database query. Unauthorized access: A person accesses or modifies information without permission. Data breaches: Sensitive information is exposed to unauthorized parties. For each threat, include one concise explanation of its potential impact on StudLive. Slide 7 — Security Measures Explain practical protections: * Parameterized queries and prepared statements * Input validation * Authentication and authorization * Least-privilege access * HTTPS/TLS for data in transit * Encryption and protection of stored data and backups * Regular security updates Include a small comparison: Unsafe pattern: Building an SQL statement by concatenating untrusted user input. Safer pattern in Python with SQLite: cursor.execute(“SELECT * FROM places WHERE name = ?”, (place_name,)) Explain that the placeholder keeps user input separate from the SQL command. Clarify that the prototype demonstrates database structure and queries; it does not implement a complete authentication system. Slide 8 — Conclusion and References Conclusion: * A relational database is a suitable starting point for organizing places and offers in StudLive. * Primary keys and foreign keys establish the relationship between the tables. * SELECT, JOIN, INSERT, and UPDATE demonstrate basic database operations. * Parameterized queries and access controls are important security measures. * The prototype could be expanded with users, saved places, job listings, and additional platform features. Include these references: 1. SQLite Documentation — https://www.sqlite.org/docs.html 2. PostgreSQL Documentation — https://www.postgresql.org/docs/ 3. OWASP SQL Injection Prevention Cheat Sheet — https://cheatsheetseries.owasp.org/cheatsheets/SQL_Injection_Prevention_Cheat_Sheet.html Final quality requirements * Exactly 8 slides. * No spelling errors. * No invented facts or fabricated results. * Consistent academic design. * Diagrams must be readable. * Keep text concise enough for an oral presentation. * Leave screenshot placeholders where real evidence is required. * Make the presentation suitable for a first-year university ICT assignment.
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This community presentation was shared by kamila85.11.22@gmail.com as a complete 8-slide example. Presentation Prompt — StudLive: Database Systems and Cybersecurity Create an academic university presentation for ICT Assignment 3: Database Systems and Cybersecurity — Give You… The preview lets you review the full sequence in order, rather than judging the design from a single cover image.
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Compare spacing, typography, color, and repeated components across the slides. Consistent rules help varied content feel like one presentation instead of unrelated screens.
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