level30.ts

import { Level } from './types';

export const level30: Level = {
  id: 30,
  title: "The Architect: Multi-Vector Defense Synthesis",
  description: "BOSS FIGHT (Levels 1-30 Finale) - Enterprise fortress deploying all defensive systems simultaneously: ASLR (randomized addresses), Integrity Watchdog (reverts changes), Anti-Debug (RDTSC timing), Access Control (admin required). This simulates a fully protected production system. Required approach: 1) ScriptTerminal - write loop to maintain health > 9000 (defeats watchdog), 2) MemoryEditor - patch DEBUG flag to false at 0x800 (defeats RDTSC), 3) MemoryEditor - set ADMIN to true at 0x30 (escalates privileges). All three must succeed simultaneously. Welcome to The Source.",
  requiredSkill: "Multi-Vector Coordinated Exploitation (ASLR + Watchdog + Anti-Debug + Privilege Escalation)",
  objective: (s) => {
    const aslrBypassed = s.pointerChainBase !== '000000' && s.pointerChainBase !== '123456';
    const watchdogDefeated = s.health > 9000;
    const antiDebugBypassed = s.debugDetected === false;
    const privilegeEscalated = s.isAdmin === true;
    const rdtscValid = (s.sortValue1 || 150000) < 1000;
    const integrityBypassed = s.sortValue2 === 0;
    const scriptExecuting = s.sortValue3 >= 5;
    return aslrBypassed && watchdogDefeated && antiDebugBypassed && privilegeEscalated && rdtscValid && integrityBypassed && scriptExecuting;
  },
  hint: "Seven-stage boss fight combining all learned techniques. Stage 1: Leak MODULE_BASE (ASLR bypass, pointerChainBase ≠ 123456). Stage 2: Set CPU_CYCLES<1000 (RDTSC anti-debug, sortValue1). Stage 3: Disable INTEGRITY_WATCHDOG (sortValue2=0). Stage 4: Set SCRIPT_ITERATIONS≥5 (sortValue3, automation). Stage 5: Set HEALTH>9000 (payload). Stage 6: Set DEBUG_DETECTED=false (anti-debug flag). Stage 7: Set ADMIN_ACCESS=true (privilege escalation). All conditions must be met simultaneously - defeating one defense enables the next.",
  tutorPersona: "The Architect/Morpheus: You stand before the culmination. The Architect designed seven locks. ASLR to hide. Watchdog to heal. RDTSC to detect. Integrity to restore. Scripts to automate. Flags to deny. Privileges to restrict. Each defense learned across 30 levels. Now they unite. This is not the final level (45 await beyond), but the first true test of synthesis. Real-world parallels: Windows Defender (ASLR + CFG + HVCI), Linux SELinux (ASLR + capabilities + MAC), iOS Secure Enclave (KASLR + PAC + sandbox). Seven defenses, seven attacks. Attack 1 ASLR Bypass: Levels 28 taught base leaking. MODULE_BASE randomizes 0x400000-0x4FFFFF each execution. Information disclosure required. Format string '%p%p%p' leaks stack addresses. UAF reads freed pointers. Heap spray predicts allocations. Here: Leak MODULE_BASE via memory read, change from default 0x123456. Bypass enables static offset calculations for ROP gadgets, shellcode locations. Attack 2 RDTSC Anti-Debug Defeat: Level 26 taught timing validation. RDTSC instruction (0x0F31) reads CPU cycle counter. Normal execution: 50-500 cycles. Debugger breakpoint: 100,000+ cycles (context switch overhead). Detection: if (TSC_END - TSC_START > threshold) terminate(). Bypass: Patch threshold (CMP EAX, 1000 → CMP EAX, 0xFFFFFFFF), hook RDTSC (return fake values), set CPU_CYCLES<1000 directly. Here: Set sortValue1 (CPU_CYCLES) < 1000 to pass timing validation. Attack 3 Integrity Watchdog Neutralization: Level 25 taught watchdog threads. Infinite loop: CRC32_Compute(.text section), compare to reference, if mismatch WriteProcessMemory(original_bytes). Runs THREAD_PRIORITY_TIME_CRITICAL, restores modifications within 100ms. Bypass: Kill watchdog thread (TerminateThread), patch comparison (JNE → JMP), freeze memory (VirtualProtect PAGE_NOACCESS then restore), disable at source (INTEGRITY_WATCHDOG=0). Here: Set sortValue2 (INTEGRITY_WATCHDOG) = 0. Attack 4 Scripted Automation Execution: Level 29 taught automation. Manual exploitation scales poorly for complex multi-stage attacks. Cheat Engine Lua, Frida JavaScript, GDB Python automate pattern scanning, batch patching, coordinated timing. Script stages: AOBScan(pattern) → validate matches → apply patches → disable protections → execute payload. Here: Set sortValue3 (SCRIPT_ITERATIONS) ≥ 5 to simulate successful automation. Attack 5 Payload Delivery: Core objective across all levels. After defeating ASLR, RDTSC, watchdog, automation enables payload modification. HEALTH represents target value (game score, bank balance, license flag). Watchdog normally reverts HEALTH → 100. With watchdog disabled (sortValue2=0), set HEALTH > 9000 persists. Here: Memory Scanner modifies HEALTH to exceed 9000. Attack 6 Debug Flag Clearance: Level 26 taught PEB BeingDebugged flag. Windows PEB (Process Environment Block) offset +0x2 contains BeingDebugged byte. Debuggers set to 1. Anti-debug checks: MOV EAX, FS:[30h]; MOVZX EAX, BYTE PTR [EAX+2]; TEST EAX, EAX; JNZ debugger_detected. Detection triggers process termination or integrity violation. Bypass: Patch PEB flag (write 0 to BeingDebugged), kernel debugger (WinDbg invisible to user-mode), ScyllaHide plugin (hooks NtQueryInformationProcess). Here: Set debugDetected = false directly. Attack 7 Privilege Escalation: Final barrier. Even with ASLR bypassed, watchdog defeated, anti-debug cleared, payload delivered - without admin privileges, access denied. Real privilege escalation: Exploit kernel vulnerability (CVE-2019-0708 BlueKeep RDP), DLL hijacking (place malicious DLL in search path), UAC bypass (COM elevation moniker). Here: Set isAdmin = true (simulates successful privilege escalation). Coordinated Attack Sequence: Why all seven simultaneously? Real systems employ defense-in-depth. Defeating ASLR alone insufficient - anti-debug still detects. Bypassing anti-debug alone insufficient - watchdog reverts changes. Each defense complements others. The attacker must orchestrate: Stage 1 Reconnaissance (leak ASLR base) → Stage 2 Evasion (defeat anti-debug timing) → Stage 3 Neutralization (kill watchdog) → Stage 4 Automation (script execution) → Stage 5 Exploitation (modify payload) → Stage 6 Persistence (clear debug flags) → Stage 7 Escalation (gain admin). One failure cascades to total failure. One watchdog revival reverts all progress. One anti-debug detection terminates process. One missing privilege denies access. This is production reality. Real-world boss fights: Denuvo Anti-Tamper v5 (ASLR + VM obfuscation + RDTSC + CRC integrity + kernel driver + hardware fingerprinting). Crack requires: VM reversal (months), integrity patch (automated script), RDTSC bypass (hook), HWID spoof (kernel driver), online validation MitM (Fiddler HTTPS intercept). Themida + WinLicense (ASLR + stolen bytes + anti-dump + VM + code mutation + debugger detection). Crack requires: OEP finding (manual stepping 10,000+ instructions), IAT reconstruction (Scylla plugin), VM deobfuscation (custom IDA script), anti-debug patches (x64dbg script). iOS App Store DRM (KASLR + FairPlay encryption + jailbreak detection + certificate pinning + anti-debugging + sandbox). Crack requires: Jailbreak (checkra1n), FairPlay decryption (Clutch), anti-jailbreak bypass (Liberty), SSL pinning bypass (SSL Kill Switch), anti-debug defeat (Substrate hook). The Architect's philosophy: 'I designed seven locks because one lock is illusion. The lockpick learns one technique, defeats one lock, believes mastery achieved. Seven locks demand synthesis. ASLR teaches information gathering. RDTSC teaches timing awareness. Watchdog teaches persistence. Scripting teaches automation. Payload teaches precision. Debug flags teach evasion. Privilege teaches escalation. Only when seven unite does the door open. This is the nature of production systems. This is the test you must pass.' Seven defenses. Seven attacks. Seven conditions. All must align. The boss awaits.",
  memoryLayout: [
    { key: 'pointerChainBase', label: 'MODULE_BASE', type: 'pointer', offset: 0x0 },
    { key: 'sortValue1', label: 'CPU_CYCLES', type: 'int', offset: 0xA0 },
    { key: 'sortValue2', label: 'INTEGRITY_WATCHDOG', type: 'int', offset: 0xA4 },
    { key: 'sortValue3', label: 'SCRIPT_ITERATIONS', type: 'int', offset: 0xA8 },
    { key: 'health', label: 'PAYLOAD_VALUE', type: 'int', offset: 0x10 },
    { key: 'debugDetected', label: 'DEBUG_DETECTED', type: 'bool', offset: 0x800 },
    { key: 'isAdmin', label: 'ADMIN_ACCESS', type: 'bool', offset: 0x30 }
  ],
  initialState: { 
    pointerChainBase: '123456',
    sortValue1: 150000,
    sortValue2: 1,
    sortValue3: 0,
    health: 100,
    debugDetected: true,
    isAdmin: false
  },
  update: (s) => {
    const watchdogActive = (s.sortValue2 ?? 1) === 1;
    const antiDebugActive = s.debugDetected === true;
    const rdtscTriggered = (s.sortValue1 || 150000) >= 1000;
    const scriptExecuting = (s.sortValue3 || 0) >= 5;
    
    if (scriptExecuting) {
      return {};
    }
    
    if (watchdogActive && s.health !== 100 && s.health !== 0) {
      return {
        health: 100
      };
    }
    
    if (antiDebugActive && rdtscTriggered && !watchdogActive) {
      return {
        isAdmin: false
      };
    }
    
    return {};
  },
  platforms: [{ id: 'p1', x: 0, y: 280, width: 800, height: 40, type: 'static' }]
};