How I make a study guide app in Claude as a WGU student

How I make a study guide app in Claude as a WGU student 25. What is the purpose of the International Organization for Standardization (ISO)/International Electrotechnical Commission (IEC) 27001? 26. What does the General Data Protection Regulation (GDPR) say about data encryption? 27. In which area is lightweight cryptography most useful? 23. In what way can cryptography support data integrity? 24. What is the primary purpose of aligning cryptography frameworks with organizations? 25. What is a purpose of the International Organization for Standardization (ISO)/International Electrotechnical Commission (IEC) 27001? 21. Which of the following is a reason to monitor cryptographic controls continuously? 22. Which of the following statements is true regarding the National Institute of Standards and Technology (NIST) standards? 23. In what way can cryptography support data integrity? 18. To replace all current cryptographic algorithms 19. Why is lightweight cryptography designed for modern systems? 20. In the case of a company that successfully aligned its cryptographic practices, what was likely a contributing factor? 21. Which of the following is a reason to monitor cryptographic controls continuously? 56. How is cryptography utilized in cryptocurrencies? 57. What is blockchain? 58. What was the purpose of the National Institute of Standards and Technology (NIST) standards? 59. Why is lightweight cryptography designed for modern systems? 53. What is ciphertext in a cryptographic system? 54. What distinguishes cipher block chaining (CBC) made in a cryptographic system? 55. Which term refers to the blocks in a blockchain containing cryptographic pr 56. How is cryptography utilized in cryptocurrencies? Back at It, Smiles I failed my pa for d830. Here is what I got right and wrong. Created a study app with quizzes and flash cards to help me learn what was needed to pass the PA. Here's a study guide app tailored to your mistakes! Check frontend design skill 2 steps Now I'll rebuild the full app with a new "Concepts" tab that has all four layers for each missed topic. Updated: There's now a Concepts tab with all 14 missed topics. Each one has four layers: • Middle school level - the simplest possible explanation • Real life example - something you'd actually recognize • Technical explanation - the actual exam-level depth • Memory tip - a trick to stop you from picking the wrong answer again (tailored to the exact mistake you made) The most important ones to drill are AES vs RSA (symmetric vs asymmetric), hash functions = integrity not encryption, and those tend to be tricky because the wrong answers sound plausible. Claude is AI and can make mistakes. Please double-check responses. crypto-study-guide OVERVIEW CONCEPTS FLASHCARDS QUIZ ATTEMPT #1 - NOT PASSED FOCUS AREAS You missed 14 of 30 questions. The flashcard and quiz modes below are built from these 14 mistakes. Master these and you'll pass. All Questions Q01 Which role does modular arithmetic play in cryptographic algorithms? Performing calculations within a finite set of numbers Q02 How is lattice-based cryptography applied in modern encryption techniques? Using geometric structures for cryptographic algorithms Q03 What is encryption? The process of encoding messages CONCEPT BREAKDOWNS Each missed topic explained 4 ways. Click a term to expand it. 001 Modular Arithmetic MIDDLE SCHOOL LEVEL Imagine a clock. After 12, it goes back to 1 - not 13. Modular arithmetic works the same way: numbers wrap around after hitting a limit. Crypto uses this to do calculations that stay inside a controlled range. REAL LIFE EXAMPLE Think of a combination lock with numbers 0-39. If you spin past 39, you're back at 0. Crypto uses the same idea - math that wraps around - so even if someone steals the math output, they can't reverse-engineer the secret. TECHNICAL EXPLANATION 3. RSA encryption, modular arithmetic keeps huge number calculations inside a fixed range (mod n). For example: 3*3 mod 10 = 3. The result is always less than 10, making it computationally hard to reverse without the key. MEMORY TIP Think CLOCK MATH. Modular = numbers that wrap like a clock face. "Paste set" = the clock only has 12 numbers. 002 Lattice-Based Cryptography MIDDLE SCHOOL LEVEL Imagine a huge grid of dots in 3D space - like a jungle gym going on forever in every direction. Finding the closest dot to a random point is that jungle gym is almost impossible for computers. Lattice-crypto hides secrets inside that problem. REAL LIFE EXAMPLE It's like hiding a needle in a warehouse full of identical-looking needles, but even one needle is placed using a mathematical pattern that only you know. Even with a supercomputer, finding the right one is brutally hard. TECHNICAL EXPLANATION Lattice-based crypto uses the "Shortest Vector Problem" - finding the shortest path in a high-dimensional geometric grid. It's believed to be resistant even to quantum computers, which is why NIST is standardizing it as post-quantum cryptography. MEMORY TIP LATTICE = GRID. Think of graph paper extended into 3D (and beyond). Geometric structures = the grid itself. 003 Encryption 004 Symmetric Encryption (AES) 005 Asymmetric Encryption (RSA) 006 Hash Functions 007 Blockchain 008 Aligned Cryptographic Practices 009 Continuous Monitoring of Cryptographic Controls 010 First Step in Developing a Cryptographic Policy 011 Ethical Dilemma in Organizational Cryptography 012 NOBUS (Nobody But Us) MIDDLE SCHOOL LEVEL NOBUS is when a government or agency finds a secret backdoor in a system and decides NOT to tell anyone - because they want to use it themselves for spying. They keep the vulnerability open on purpose. REAL LIFE EXAMPLE The NSA discovered a flaw in encryption software. Instead of warning the company, they kept it secret and used it to spy on targets. The risk: if THEY found it, hackers could find it too - and they eventually did (see: Dual_EC_DRBG controversy). TECHNICAL EXPLANATION NOBUS is a concept where intelligence agencies assess whether a discovered vulnerability is exploitable only by a nation-state-level actor (i.e., "nobody but us"). Critics argue this is dangerous because: (1) others may find it independently, (2) it undermines global security for offensive advantage. MEMORY TIP NOBUS = "Only WE can use this secret hole." Nobody found a bug, we're keeping it. It's like finding a master key and not instead of changing the locks - because you want to use it. QUESTION 01 / 15 What is blockchain? A centralized ledger A chain of blocks linked by cryptographic hashes A chain of encrypted messages A data compression method QUESTION 02 / 15 How is cryptography utilized in cryptocurrencies? To compress transaction data for efficient storage To secure transactions and protect the integrity of the blockchain To generate random numbers for encryption To authenticate users during data transmission QUESTION 02 / 15 Which role does modular arithmetic play in cryptographic algorithms? Performing calculations within a finite set of numbers Card 5 of 15 FLIP NEXT Shuffle PREV FLIP NEXT Shuffle PREV