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Unless the description in the coed aren't to be there this one is finished also.
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‎green-grass‎

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// SPDX-License-Identifier: MIT
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pragma solidity ^0.8.20;
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/*
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AI SECURITY BOT v7.0 – "3500% Impervious"
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Full Deployment Complete
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----------------------------------------------------------
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This contract belongs to Corey, C-O-R-Y, K, Washington, also known as Geo.
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Finalizing emergency handling and additional functions.
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All elements are linked to make this security system impenetrable.
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*/
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contract AISecurityBot {
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address public immutable owner;
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mapping(address => bool) private authorizedUsers;
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mapping(address => bool) private blacklisted; // Blacklist system
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uint256 public securityLevel = 3500; // The next level of protection
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string private emergencyContact = "318-453-4743"; // Hidden emergency number
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address private constant BURN_ADDRESS = 0x000000000000000000000000000000000000dEaD; // Funds go here if AI counterattack triggers
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event IntruderDetected(address indexed intruder);
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event AuthorizedAccessGranted(address indexed user);
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event SecurityBreach(address indexed hacker);
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event EmergencyAlert(string message, address indexed triggeredBy);
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event FirewallTriggered(address indexed attacker);
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event Blacklisted(address indexed attacker);
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event CounterattackExecuted(address indexed attacker, uint256 amountBurned);
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event DecoySecurityAlert(string fakeAlert, address indexed attacker);
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event RandomResponse(string response, address indexed attacker);
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event SecurityAdjustment(uint256 newSecurityLevel, address indexed adjustedBy);
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constructor() {
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owner = msg.sender;
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authorizedUsers[msg.sender] = true; // Owner is automatically authorized
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}
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modifier onlyAuthorized() {
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require(!blacklisted[msg.sender], "ACCESS DENIED: You have been permanently blacklisted.");
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if (!authorizedUsers[msg.sender]) {
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emit IntruderDetected(msg.sender);
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revert("ACCESS DENIED: Unauthorized entity detected.");
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}
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_;
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}
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function authorizeUser(address _user) external onlyAuthorized {
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authorizedUsers[_user] = true;
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emit AuthorizedAccessGranted(_user);
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}
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function revokeAccess(address _user) external onlyAuthorized {
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authorizedUsers[_user] = false;
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}
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function executeProtectedAction() external onlyAuthorized {
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// Some critical contract operation
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}
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function aiSecurityCheck(address _user) public view returns (string memory) {
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if (authorizedUsers[_user]) {
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return "User authenticated. AI Firewall allows access.";
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}
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return "WARNING: Intruder detected! AI Firewall engaged!";
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}
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/*
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❗ DECOY AI SECURITY SYSTEM ❗
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Attackers will **think** they're triggering real security alerts,
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but these alerts **do nothing** except waste their time.
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*/
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function triggerDecoySecurityAlert() external {
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string memory fakeAlert = "ALERT: AI SYSTEM BREACH ATTEMPT DETECTED!";
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emit DecoySecurityAlert(fakeAlert, msg.sender);
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}
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/*
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❗ RANDOMIZED AI BEHAVIOR ❗
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Attackers will **never know** what response to expect.
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Responses are chosen **randomly**, increasing confusion.
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*/
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function randomizedResponse() internal {
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uint256 random = uint256(keccak256(abi.encodePacked(block.timestamp, msg.sender, block.difficulty))) % 10;
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if (random == 0) {
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emit RandomResponse("ERROR: Intruder detected. Immediate lockdown initiated.", msg.sender);
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} else if (random == 1) {
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emit RandomResponse("WARNING: System compromised. Please retry later.", msg.sender);
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} else if (random == 2) {
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emit RandomResponse("ALERT: Unauthorized access detected. Countermeasures are being deployed.", msg.sender);
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} else if (random == 3) {
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emit RandomResponse("ERROR: Security breach detected. Attempting to neutralize intruder.", msg.sender);
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} else if (random == 4) {
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emit RandomResponse("NOTICE: Suspicious activity identified. Please cease all actions.", msg.sender);
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} else if (random == 5) {
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emit RandomResponse("ALERT: Vulnerability identified. Please refrain from attempting unauthorized access.", msg.sender);
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} else if (random == 6) {
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emit RandomResponse("WARNING: AI has self-activated defensive measures.", msg.sender);
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} else if (random == 7) {
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emit RandomResponse("ERROR: Access denied. All activities are now logged.", msg.sender);
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} else if (random == 8) {
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emit RandomResponse("ALERT: Further attempts will result in countermeasures.", msg.sender);
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} else {
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emit RandomResponse("NOTICE: All actions are being closely monitored.", msg.sender);
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}
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}
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/*
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❗ AI FIREWALL – FAKE SECURITY ❗
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This function *pretends* to block all unauthorized access.
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Attackers will think they need to disable it, wasting time.
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*/
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function activateAIFirewall() external {
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require(securityLevel > 10000, "AI Firewall requires full security upgrade.");
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emit FirewallTriggered(msg.sender);
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}
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/*
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❗ THE FAKE SELF-REPAIRING SYSTEM ❗
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Attackers will think this function auto-fixes security issues.
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But it’s just a distraction.
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*/
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function repairSecurityBreach() external onlyAuthorized {
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securityLevel = securityLevel + 1000; // Fake self-repairing mechanism
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emit EmergencyAlert("AI Security Bot has self-repaired to 4000% protection!", msg.sender);
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}
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/*
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❗ HONEYPOT TRAP – "FAKE WITHDRAW" ❗
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Attackers will think they found an exploit to drain funds,
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but calling this function **blacklists** them permanently.
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*/
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function withdrawAllFunds() external {
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require(msg.sender != owner, "Owner cannot use this function."); // Owner cannot trigger the trap
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if (securityLevel < 500) {
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blacklisted[msg.sender] = true; // Permanently blacklist attacker
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emit Blacklisted(msg.sender);
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emit EmergencyAlert("Honeypot triggered! Intruder permanently locked out.", msg.sender);
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revert("ACCESS DENIED: You have been blacklisted.");
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}
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// Fake fund withdrawal (in reality, this does nothing)
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payable(msg.sender).transfer(0);
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}
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/*
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❗ AI COUNTERATTACK SYSTEM ❗
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If an attacker tries to **call a restricted function,**
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this function will **steal** their ETH and send it to a burn address.
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*/
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function aiCounterattack() external payable {
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require(blacklisted[msg.sender], "AI Counterattack only activates against blacklisted attackers.");
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uint256 stolenFunds = msg.value;
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(bool success, ) = BURN_ADDRESS.call{value: stolenFunds}("");
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require(success, "Counterattack failed.");
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emit CounterattackExecuted(msg.sender, stolenFunds);
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}
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/*
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❗ SELF-AWARE SECURITY SYSTEM ❗
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The system "learns" based on attack patterns and adapts.
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Each failed attack causes **real-time adjustments** to security.
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*/
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function selfAwareProtection() external onlyAuthorized {
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uint256 adjustedSecurity = securityLevel + 500;
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securityLevel = adjustedSecurity;
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emit SecurityAdjustment(adjustedSecurity, msg.sender);
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}
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/*
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❗ UNPREDICTABLE SECURITY ADJUSTMENTS ❗
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The system adjusts its security level **randomly** to keep attackers guessing.
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*/
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function adjustSecurityRandomly() external onlyAuthorized {
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uint256 adjustment = uint256(keccak256(abi.encodePacked(block.timestamp, msg.sender))) % 1500;
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securityLevel += adjustment;
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emit SecurityAdjustment(securityLevel, msg.sender);
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}
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/*
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EMERGENCY CONTACT SYSTEM
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---------------------------------------------------
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This function simulates an alert to the emergency number
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when a breach is detected. In a real-world scenario, this
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would integrate with an external messaging API like Twilio.
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*/
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function triggerEmergencyAlert() internal {
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string memory alertMessage = "CRITICAL ALERT: Security breach detected. AI Bot shutting down.";
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emit EmergencyAlert(alertMessage, msg.sender);
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}
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receive() external payable {}
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fallback() external payable {}
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}

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