Apprentice Exam Dumps - Paloalto Networks Certified Cybersecurity Associate Questions and Answers

Two of the four Cs of cloud-native security are Code and Clusters. The four-Cs model is commonly used to organize cloud-native security responsibilities across layers: cloud, cluster, container, and code. Code is the application logic and dependencies that developers produce, and it must be secured through review, scanning, dependency management, and secrets control. Cluster refers to the orchestration environment that runs workloads, commonly Kubernetes, and must be secured through access control, configuration hardening, network policy, and runtime monitoring. Configurations are extremely important in cloud security, but “Configurations” is not one of the four Cs in this model. Connections are also important, especially for service communication and network policy, but they are not one of the named four Cs. The model is useful because cloud-native risk is layered: weak code, vulnerable containers, misconfigured clusters, or insecure cloud infrastructure can each become an attack path. Reference/topics: Cloud Security 5.5, CNSP; Cloud Security 5.4, container, microservice, and cloud terms.

A core function of DLP is protecting against sensitive information exposure. DLP solutions identify, monitor, and control sensitive data such as personal information, payment card data, intellectual property, credentials, source code, or regulated records. DLP may inspect content, file types, labels, patterns, user context, and destination risk to determine whether data should be allowed, blocked, encrypted, quarantined, or logged. Encrypting all transmissions is not the general definition of DLP; encryption may be one enforcement action, but DLP decisions are content-aware and policy-based. System backups support recovery and resilience, not data loss prevention. Enhancing network speed is a performance function. DLP is important because data can leave through email, web uploads, cloud storage, removable media, or compromised accounts. Effective DLP helps reduce both accidental leakage and intentional exfiltration. Reference/topics: Network Security 3.5, DLP; Identity Security 7.2.3, least privilege.

Actions on the Objective is the stage where the attacker performs the mission they intended to accomplish. This may include stealing data, encrypting systems for ransom, defacing a website, destroying information, disrupting services, or manipulating business processes. Data exfiltration and web property defacement are clear outcomes of this phase because the attacker has already progressed through earlier stages and is now achieving the final goal. Host sweeps and port scans belong to reconnaissance because they help identify targets. Outbound communication channels are associated with Command and Control, where compromised systems exchange instructions with attacker infrastructure. Exploits launched against a vulnerable application occur during the exploitation phase. Understanding this lifecycle helps defenders align controls: reconnaissance can be limited through exposure management, delivery can be filtered, exploitation can be blocked through patching and IPS, C2 can be detected through outbound monitoring, and actions on objectives can be constrained by segmentation and DLP. Reference/topics: Cybersecurity 1.2, cyber attack lifecycle.

Multi-factor authentication uses two or more distinct categories of authentication factors. The standard categories include something you know, such as a password or PIN; something you have, such as a smart card, hardware token, or authenticator device; and something you are, such as a fingerprint or facial biometric. Therefore, “something you know” and “something you have” are valid MFA components. “Something you observe” and “something you create” are not standard MFA factor categories in this context. MFA improves security because a stolen password alone is not enough to authenticate if another independent factor is required. However, not all MFA is equally strong. Push fatigue attacks and phishing can still defeat weak implementations, so phishing-resistant MFA and proper user education are preferred. MFA is one of the most practical identity controls for reducing account takeover risk. Reference/topics: Identity Security 7.1.2, single-factor and multifactor authentication; Identity Security 7.1, IAM components.