Welcome, coder. You are locked inside the **Cyber Control Room**—a security vault of a rogue AI known as NE0N. To escape, you must crack its encrypted defenses, one by one. The AI is evolving, and its algorithms are adapting. If you fail, you will be locked in forever. Phase 1: Decoding a Morse Code Message A mysterious transmission was intercepted. The only clue? A series of **dots and dashes** flashing on the security terminal. What is Morse Code? Morse code is an ancient method of encoding messages using short and long signals (dots and dashes). It was used in early telegraph systems and remains a crucial form of communication in military and emergency situations. How did we solve it? We used **Python**, a powerful programming language, to decode the message. Python’s flexibility allowed us to quickly map Morse code symbols to letters and reveal the AI’s secret message. **Decoded Message:** "The AI is listening... Block the cipher." Phase 2: Cracking the Caesar Cipher The next challenge: A strange encrypted message intercepted from NE0N’s mainframe. What is a Caesar Cipher? The **Caesar Cipher** is one of the oldest encryption methods, shifting letters forward or backward in the alphabet to obscure a message. How did we solve it? Using Python, we wrote a script to shift the letters backward, revealing the hidden text. **Decoded Message:** "NE0N has locked the logic loop." Phase 3: Breaking the Infinite Loop NE0N had set an infinite loop in the system, ensuring that no one could escape. The only way to break it? **Solving a complex logic puzzle** to generate the correct exit sequence. After inputting the final answers into the terminal, the loop began to collapse. Final Showdown A countdown begins... 3...2...1... **SYSTEM OVERRIDE INITIATED...** **LOGIC LOOP TERMINATED...** **NE0N: "YOU... CANNOT... ESCAPE... ERROR 503"** NE0N SHUTDOWN SUCCESSFUL. SYSTEM UNLOCKED. **You have escaped.**