False.

The statement is misleading. In the Cyber-Attack Lifecycle (also known as the Cyber Kill Chain), an attacker typically needs to successfully execute multiple steps to infiltrate a network and achieve their objectives. These steps can include reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives.

On the other hand, defenders do not necessarily need to "be right every time" and break every step of the chain to prevent an attack. Effective defense can involve multiple layers of security controls and detection mechanisms that can disrupt the attack at various stages. For example, even if an attacker successfully delivers a malicious payload, effective detection and response mechanisms can still prevent the exploitation or installation phases, thereby thwarting the attack.

Therefore, the statement oversimplifies the complexity of both attacking and defending in cybersecurity.

Question

False.

The statement is misleading. In the Cyber-Attack Lifecycle (also known as the Cyber Kill Chain), an attacker typically needs to successfully execute multiple steps to infiltrate a network and achieve their objectives. These steps can include reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives.

On the other hand, defenders do not necessarily need to "be right every time" and break every step of the chain to prevent an attack. Effective defense can involve multiple layers of security controls and detection mechanisms that can disrupt the attack at various stages. For example, even if an attacker successfully delivers a malicious payload, effective detection and response mechanisms can still prevent the exploitation or installation phases, thereby thwarting the attack.

Therefore, the statement oversimplifies the complexity of both attacking and defending in cybersecurity.

Knowee AI · Accepted Answer

False.

The statement is misleading. In the Cyber-Attack Lifecycle (also known as the Cyber Kill Chain), an attacker typically needs to successfully execute multiple steps to infiltrate a network and achieve their objectives. These steps can include reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives.

On the other hand, defenders do not necessarily need to "be right every time" and break every step of the chain to prevent an attack. Effective defense can involve multiple layers of security controls and detection mechanisms that can disrupt the attack at various stages. For example, even if an attacker successfully delivers a malicious payload, effective detection and response mechanisms can still prevent the exploitation or installation phases, thereby thwarting the attack.

Therefore, the statement oversimplifies the complexity of both attacking and defending in cybersecurity.

True or False. An attacker only needs to successfully execute one step of the Cyber-Attack Lifecycle in order to infiltrate a network, whereas a defender must “be right every time” and break every step of the chain to prevent an attack.1 pointTrueFalse

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