Which statement is associated with the Malware Paradox?

Which statement is associated with the Malware Paradox?

• A. Malware can Hide, But It Must Run.
• B. Malware is always visible in network traffic.
• C. Malware can be detected without execution.
• D. Malware signatures never change.

Answer: (A)

The Malware Paradox captures the tension between needing to execute to do harm and the need to hide while doing so. For malware to achieve its goals, it must run code—execute payloads, establish persistence, or exfiltrate data. Yet once it runs, it exposes itself to detection by security tools and analysts. To reconcile this, many threats try to conceal their activity during execution or before it fully starts, using stealth techniques, obfuscation, rootkits, process injection, and living-off-the-land tactics. That’s why the statement “Malware can Hide, But It Must Run” best reflects the paradox: it must execute to be effective, but it will attempt to hide during that execution to avoid notice. The other ideas don’t fit because malware isn’t always visible in network traffic, it can lie low or use covert channels; detection can occur without execution in some static analyses, but the paradox emphasizes the need for execution coupled with concealment; and malware signatures do change through polymorphism/metamorphism, so signatures aren’t immutable.

The Malware Paradox captures the tension between needing to execute to do harm and the need to hide while doing so. For malware to achieve its goals, it must run code—execute payloads, establish persistence, or exfiltrate data. Yet once it runs, it exposes itself to detection by security tools and analysts. To reconcile this, many threats try to conceal their activity during execution or before it fully starts, using stealth techniques, obfuscation, rootkits, process injection, and living-off-the-land tactics. That’s why the statement “Malware can Hide, But It Must Run” best reflects the paradox: it must execute to be effective, but it will attempt to hide during that execution to avoid notice.

The other ideas don’t fit because malware isn’t always visible in network traffic, it can lie low or use covert channels; detection can occur without execution in some static analyses, but the paradox emphasizes the need for execution coupled with concealment; and malware signatures do change through polymorphism/metamorphism, so signatures aren’t immutable.