[&] What makes cracking the pairwise master key in a WPA3 session highly difficult?
- The use of outdated cryptographic formulas
- The absence of MAC address usage
- A lesser number of key exchanges
- The random nature of scalar values and exponents

[&] In the context of WPA2, what is considered a long-term key?
- The key confirmation key
- A dynamically generated session key
- The pairwise transient key
- The pre-shared key

[&] Why does WPA3 provide better security in terms of perfect forward secrecy compared to WPA2?
- It uses changing pairwise master keys
- It uses longer encryption keys
- It stores keys in hardware securely
- It eliminates the use of key handshakes

[&] How can an attacker potentially decrypt WPA2 traffic?
- By exploiting hardware vulnerabilities
- By capturing live data and analyzing it in real-time
- Through a successful offline dictionary attack
- By accessing device firmware updates

[&] What is perfect forward secrecy primarily concerned with?
- Ensuring key compatibility among devices
- Enhancing encryption speed
- Protecting future data after a key compromise
- Protecting past data despite a key compromise

[&] Which protocol is used by WPA3 to provide perfect forward secrecy?
- SHA-256
- RSA
- AES-CBC
- Ephemeral Diffie-Hellman