Dirty tricks 6502 programmers use

As an expert in financial technology, I can provide insights into the tactics employed by 6502 programmers, who are known for their proficiency in low-level programming and system exploitation: 1. **Exploiting System Vulnerabilities**: 6502 programmers often take advantage of system vulnerabilities to gain unauthorized access or escalate privileges. This can include buffer overflows, format string vulnerabilities, and other types of weaknesses in software or firmware. 2. **Reverse Engineering and Debugging**: They possess advanced skills in reverse engineering, allowing them to analyze and understand complex systems, identify vulnerabilities, and develop exploits. This includes expertise in debugging tools and techniques. 3. **Exploitation of Hardware Weaknesses**: 6502 programmers are adept at identifying and exploiting hardware weaknesses, such as those found in microprocessors, peripherals, or other hardware components. This can include techniques like JTAG manipulation, BIOS tampering, or exploiting hardware-based security features. 4. **Social Engineering and Lateral Movement**: They may use social engineering tactics to gather information or gain access, and then employ lateral movement techniques to expand their access within a network. 5. **Developing Custom Exploits**: 6502 programmers can develop custom exploits tailored to specific systems or vulnerabilities, often using low-level languages like assembly or C to create efficient and effective malicious software. 6. **Maintaining Stealth and Anonymity**: They are skilled at maintaining stealth and anonymity during their activities, using techniques like encryption, proxy servers, and other methods to avoid detection by security measures. These tactics are often used in a variety of contexts, including penetration testing, security research, and malicious activities. The skills of 6502 programmers are highly valued in the cybersecurity community, both for defending against and exploiting systems.