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Add Mission 3 Stage 8 - Educational Validation (Part 4)
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@@ -604,3 +604,219 @@ Technical implementation is solid across all stages, with proper room dimensions
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### 4. Educational Validation - ✅ PASS
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#### CyBOK Alignment
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**Knowledge Areas Covered:**
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1. **Network Security (CyBOK v1.0 Chapter 11)**
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- **Scanning and Reconnaissance:** nmap port scanning challenge (scan_network)
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- **Service Fingerprinting:** Banner grabbing from FTP service (ftp_banner)
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- **Network Topology:** Understanding 192.168.100.0/24 subnet structure
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- **Assessment:** ✅ Aligns with Network Security KA (reconnaissance, enumeration)
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2. **Malware & Attack Technologies (CyBOK v1.0 Chapter 8)**
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- **Exploitation:** distcc service exploitation (CVE-2004-2687 concept)
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- **Attack Vectors:** Understanding how reconnaissance enables targeted attacks
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- **Attack Lifecycle:** Reconnaissance → Exploitation → Impact chain
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- **Assessment:** ✅ Aligns with Attack Technologies KA (exploitation methodologies)
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3. **Adversarial Behaviors (CyBOK v1.0 Chapter 7)**
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- **APT Tactics:** Zero Day's methodology mirrors real adversary behavior
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- **Economic Motivation:** Exploit marketplace as criminal business model
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- **Target Selection:** Healthcare sector premium pricing (realistic adversary calculus)
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- **Assessment:** ✅ Aligns with Adversarial Behaviors KA (threat actor models)
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4. **Human Factors (CyBOK v1.0 Chapter 20)**
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- **Social Engineering:** Victoria meeting covers trust-building, rapport
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- **Ethical Decision-Making:** James Park moral choice explores complicity
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- **Security Culture:** WhiteHat's facade vs. criminal reality
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- **Assessment:** ✅ Aligns with Human Factors KA (security psychology, ethics)
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5. **Security Operations & Incident Management (CyBOK v1.0 Chapter 15)**
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- **Intelligence Gathering:** Correlating VM logs with physical evidence
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- **Investigation Methodology:** Systematic evidence collection
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- **Incident Response:** Understanding attack attribution (M2 hospital connection)
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- **Assessment:** ✅ Aligns with Security Operations KA (digital forensics, intel)
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6. **Privacy & Online Rights (CyBOK v1.0 Chapter 19)**
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- **Ethical Hacking Boundaries:** Victoria's "free market" rationalization vs. harm
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- **Responsible Disclosure:** Zero Day selling exploits vs. reporting them
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- **Dual-Use Technology:** Legitimate pen testing tools weaponized for harm
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- **Assessment:** ✅ Aligns with Privacy & Online Rights KA (ethics of vulnerability research)
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**CyBOK Coverage Summary:**
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- ✅ 6 Knowledge Areas directly addressed
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- ✅ Intermediate-tier appropriate (not introductory, not advanced research)
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- ✅ Practical application of theoretical concepts (not just reading about exploits, but running nmap)
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- ✅ Ethical dimensions integrated (not just technical skills)
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**Verdict:** PASS - Strong CyBOK alignment across multiple knowledge areas
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#### Technical Accuracy
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**Network Reconnaissance Accuracy:**
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1. **nmap Port Scanning:**
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- ✅ Realistic commands: `nmap -sV 192.168.100.0/24`
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- ✅ Correct output format: Port numbers, service names, versions
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- ✅ Subnet notation accurate (/24 = 256 addresses)
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- **Assessment:** Technically accurate
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2. **Banner Grabbing:**
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- ✅ Realistic approach: `nc 192.168.100.10 21` for FTP banner
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- ✅ Authentic banner format: "220 ProFTPD 1.3.5 Server"
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- ✅ Version disclosure vulnerability concept accurate
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- **Assessment:** Technically accurate
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3. **Service Exploitation:**
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- ✅ ProFTPD 1.3.5 vulnerability realistic (CVE-2010-4652 backdoor existed)
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- ✅ distcc vulnerability realistic (CVE-2004-2687 exists)
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- ⚠️ **Minor Issue:** Mission uses "distcc" as primary exploit but hospital attack used "ProFTPD"
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- **Clarification:** Both exploits exist in Zero Day's arsenal, used for different targets
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- **Assessment:** Technically accurate with proper narrative context
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**Encoding/Decoding Accuracy:**
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1. **ROT13:**
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- ✅ Correct algorithm (Caesar cipher with shift of 13)
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- ✅ Authentic examples: "ZRRG JVGU GUR NEPUVGRPG" → "MEET WITH THE ARCHITECT"
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- ✅ Properly explained as encoding, not encryption
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- **Assessment:** Technically accurate
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2. **Hexadecimal:**
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- ✅ Correct hex encoding concept (Base16)
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- ✅ Client roster file plausibly hex-encoded
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- **Assessment:** Technically accurate
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3. **Base64:**
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- ✅ Correct Base64 encoding concept
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- ✅ Double-encoding challenge (Base64 → ROT13) realistic
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- ✅ Properly distinguished from encryption
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- **Assessment:** Technically accurate
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**RFID Cloning Accuracy:**
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- ✅ **Proximity Requirement:** 2 GU (realistic for RFID skimmers)
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- ✅ **Time Requirement:** 10 seconds (plausible for low-frequency RFID)
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- ⚠️ **Simplification:** Real RFID cloning is more complex (card type matters)
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- **Justification:** Acceptable abstraction for gameplay (not a RFID hacking tutorial)
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- **Assessment:** Sufficiently accurate for educational game context
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**Vulnerability Research Economics:**
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- ✅ **Zero Day Market:** Realistic concept (exploit brokers exist)
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- ✅ **Sector Premiums:** Healthcare/finance premium pricing matches real-world patterns
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- ✅ **Price Range:** $12,500 for hospital exploit (plausible for commodity exploit)
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- ✅ **Business Model:** Exploit-as-a-service matches real adversary economics
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- **Assessment:** Highly accurate portrayal of underground economy
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**Inaccuracies Detected:**
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- ⚠️ **Minor:** RFID cloning simplified (doesn't account for encryption, card types)
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- **Impact:** Non-blocking - educational game, not technical manual
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- **Mitigation:** Could add disclaimer about real-world complexity
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- ⚠️ **Minor:** VM network setup assumes all services vulnerable simultaneously
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- **Reality:** Unlikely all services vulnerable on small network
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- **Justification:** Training network intentionally vulnerable (plausible cover story)
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**Verdict:** PASS - Technical accuracy high with acceptable gameplay abstractions
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#### Pedagogical Quality
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**Learning Objectives:**
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**Technical Skills:**
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1. Use nmap for network reconnaissance ✅
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2. Perform banner grabbing with netcat ✅
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3. Decode ROT13, Hex, Base64 messages ✅
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4. Understand exploit lifecycles (recon → exploitation → impact) ✅
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5. Correlate digital evidence with physical context ✅
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**Conceptual Understanding:**
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1. Distinguish encoding from encryption ✅
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2. Understand vulnerability disclosure ethics ✅
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3. Recognize exploit marketplace economics ✅
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4. Analyze adversary motivations and rationalizations ✅
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5. Evaluate moral complexity in security incidents ✅
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**Assessment:** All learning objectives clearly supported by mission content
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**Scaffolding and Progression:**
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1. **Tutorial Phase (Act 1 - Daytime):**
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- ✅ Safe environment (Victoria meeting is non-hostile)
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- ✅ Low-stakes introduction (RFID cloning in controlled setting)
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- ✅ Clear objectives (meet Victoria, clone card)
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- **Assessment:** Effective onboarding
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2. **Guided Practice (Act 2 - Nighttime, Part 1):**
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- ✅ VM challenges provide structured progression (nmap → netcat → exploitation)
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- ✅ Flags provide feedback loop (success confirmation)
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- ✅ Agent 0x99 available for hints
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- **Assessment:** Appropriate scaffolding for intermediate learners
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3. **Independent Application (Act 2 - Nighttime, Part 2):**
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- ✅ Encoding challenges require synthesis (find message → decode → interpret)
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- ✅ LORE fragments optional (encourages exploration)
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- ✅ Stealth challenge adds complexity (multi-tasking)
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- **Assessment:** Supports learner autonomy
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4. **Synthesis and Reflection (Act 3 - Confrontation & Debrief):**
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- ✅ Moral choices require applying understanding (Victoria's philosophy, James's guilt)
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- ✅ Debrief provides closure and reflection
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- ✅ Callbacks reinforce earlier learning
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- **Assessment:** Effective knowledge consolidation
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**Feedback Mechanisms:**
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- ✅ **Immediate Feedback:** VM flag acceptance/rejection
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- ✅ **Narrative Feedback:** Agent 0x99 responses to discoveries
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- ✅ **Progress Feedback:** Objectives checklist
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- ✅ **Consequence Feedback:** Debrief reflects player choices
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- **Assessment:** Multiple feedback types support diverse learners
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**Misconception Prevention:**
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1. **Encoding vs. Encryption:**
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- ✅ CyberChef explicitly shows "encoding" operations (not "decryption")
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- ✅ ROT13 framed as obfuscation, not security
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- ✅ No false impression that encoding protects data
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- **Assessment:** Clear conceptual distinction maintained
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2. **Ethical Hacking vs. Criminal Activity:**
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- ✅ Victoria's rationalization explicitly challenged in moral choice
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- ✅ M2 hospital deaths provide concrete harm from "just selling exploits"
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- ✅ James's unknowing complicity shows how legitimate work can be weaponized
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- **Assessment:** Nuanced ethical framing prevents oversimplification
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3. **Vulnerability Disclosure:**
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- ✅ Zero Day's model (selling exploits) contrasted with responsible disclosure
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- ✅ Harm from weaponized zero-days shown (hospital attack)
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- ✅ Player works for SAFETYNET (defensive security perspective)
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- **Assessment:** Responsible disclosure values reinforced
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**Accessibility Considerations:**
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- ✅ **Hint System:** Agent 0x99 provides progressive hints (m03_phone_agent0x99.ink)
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- ✅ **Optional Content:** LORE fragments optional (reduces pressure on struggling learners)
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- ✅ **Multiple Paths:** Stealth vs. bribe vs. SAFETYNET reveal (accommodates different playstyles)
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- ✅ **Success Tiers:** 60%, 80%, 100% completion allows partial success
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- **Assessment:** Good accessibility for diverse skill levels
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**Potential Improvements:**
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- ⚠️ **Missing:** Explicit learning objectives stated to player at mission start
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- **Recommendation:** Add briefing section outlining "By completing this mission, you will learn..."
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- **Impact:** Non-blocking - implicit learning is still effective
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- ⚠️ **Missing:** Post-mission knowledge check or quiz
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- **Recommendation:** Optional post-debrief quiz reinforcing key concepts
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- **Impact:** Non-blocking - debrief provides reflection opportunity
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**Verdict:** PASS - Strong pedagogical design with effective scaffolding and feedback
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---
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