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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cortex XSIAM | 18% | - Alert triage, investigation, and threat detection - Data ingestion, normalization, and correlation - Automation, playbooks, and response actions - Compliance, reporting, and operational visibility - Content packs, rules, and analytics models |
| Topic 2: Cortex XSOAR | 18% | - Integrations, content packs, and customization - Platform architecture and core components - Case management and incident lifecycle automation - Threat intelligence management and enrichment - Playbooks, automation, and orchestration workflows |
| Topic 3: Threat Intelligence and Incident Response | 16% | - Indicator types: IP, domain, URL, file hash, behavioral - NIST incident response lifecycle and processes - Threat intelligence sources: WildFire, Unit 42, open feeds - Threat hunting and false positive/negative analysis - Incident categorization, prioritization, and handling |
| Topic 4: Cortex XDR | 23% | - Integration with third-party tools and threat feeds - Log stitching, causality analysis, and visibility - Deployment, sensors, and data collection - Incident investigation, response, and remediation - Detection rules, behavioral analytics, and alerts |
| Topic 5: Security Operations Fundamentals | 25% | - Compliance frameworks and data protection - AI and machine learning in security operations - SOC roles, responsibilities, and workflows - Log management, data ingestion, and retention - Reporting, dashboards, and analytics |
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NEW QUESTION # 129
A company uses Prisma Access for mobile users and Remote Networks, with subscriptions for Advanced Threat Prevention, Advanced URL Filtering, WildFire, and Enterprise DLP They need to create a security policy that: - Allows marketing users to access sanctioned social media (e.g., corporate LinkedIn pages) but blocks all other social networking. - Blocks any attempt to download malware (known or unknown). - Prevents the upload of sensitive customer data to any public cloud storage. - Blocks access to known malicious websites (phishing, malware hosting) and C2 domains. Which combination of Security Policy rule elements, CDSS-enabled profiles, and decryption configuration are necessary to achieve these goals? (Select all that apply)
Answer: A,B,C,D,E
Explanation:
This scenario requires combining multiple CDSS and policy types for comprehensive protection. - Option A (Correct): Security policy rules based on user identity, zones, application App-IDs, and URL categories are needed to allow sanctioned social media and block unsanctioned ones. - Option B (Correct): WildFire, Antivirus, and Threat Prevention profiles (all enhanced by CDSS) are applied to the allow rules to scan for malware and exploits in the allowed traffic. - Option C (Correct): Data Filtering profiles (enhanced by Enterprise DLP CDSS) are configured to detect sensitive data and applied to policy rules that match upload traffic to cloud storage, with a block action for unsanctioned destinations. - Option D (Correct): Decryption is mandatory to inspect encrypted traffic (HTTPS), which is commonly used by social media, cloud storage, and malicious sites/C2, to enable App-ID, Content-ID, and Data Filtering on the actual content. - Option E (Correct): Advanced URL Filtering and Advanced DNS Security profiles are applied to Security Policy rules (typically outbound to the Public zone) to block access based on malicious URLs and C2 domains at the web and DNS layers, respectively. All these elements work together to provide multi-layered security for various traffic types and threats.
NEW QUESTION # 130
A branch office using Prisma SD-WAN has a direct internet link. They need to allow guest Wi-Fi users to access the internet, but this guest traffic should be Source NAT'd to a different public IP address range than corporate user traffic to facilitate separate logging and rate limiting by the upstream ISP. The guest network uses a specific VLAN and subnet (172.16.10.0/24). Which Prisma SD-WAN policy type and configuration element is used to define this specific NAT requirement for the guest traffic?
Answer: B
Explanation:
Defining how specific source traffic (like guest users) is translated when exiting the network is the function of NAT Policy. - Option A: Security Policy determines allow/deny and inspection, not NAT translation rules. - Option B: Path Policy determines which link traffic goes over, not how its address is translated. While traffic might be steered to a link where NAT is performed, the NAT definition itself is separate. - Option C (Correct): NAT Policy is where you configure address translation. You create a rule that matches the 'Original Packet' details (source zone/subnet of the guest network, destination zone/interface like the internet egress). In the 'Translated Packet' section, you configure the Source Address Translation method (Static IP or Dynamic IP/Port) using the specific public IP or pool designated for guest traffic. This ensures only traffic from the guest subnet gets this specific translation. - Option D: QOS Policy prioritizes bandwidth usage; it does not perform NAT. - Option E: Application Override reclassifies traffic for App-ID purposes; it doesn't configure NAT.
NEW QUESTION # 131
In a Prisma SD-WAN deployment using ION devices, an administrator notices that traffic between two internal subnets assigned to the same Security Zone is not appearing in the traffic logs, even though a logging profile is attached to the relevant Security Policy rules. Traffic between these subnets is successfully flowing. What is the MOST likely reason the traffic logs are missing for this intra-zone communication?
Answer: E
Explanation:
This question focuses on the behavior of default zone rules and logging. - Option A: If an explicit rule were matched, a disabled logging profile would prevent logs, but the core issue is whether an explicit rule is matched at all. - Option B (Correct): Traffic between interfaces assigned to the same zone is permitted by the 'intra-zone-default' rule. Crucially, traffic matched by default rules (both intra-zone-default allow and inter-zone-default deny) does not hit the explicit security policy rules table for evaluation or logging unless an explicit policy rule is specifically configured to override the default behavior for intra-zone traffic. Therefore, the traffic is allowed, but doesn't trigger logging associated with explicit policy rules. - Option C: Tap mode is for monitoring, not inline forwarding, and would prevent the traffic from flowing as described. - Option D: While User-ID provides username context in logs, its absence doesn't prevent logging of session details based on IPlapplication/policy match if the traffic hits a logging-enabled rule. - Option E: An incorrect NAT rule might break connectivity, but it wouldn't typically prevent logging if a session was established and matched a logging-enabled security rule.
NEW QUESTION # 132
A user's endpoint is infected with malware that attempts to contact its command-and-control (C2) server using a newly generated domain name (Domain Generation Algorithm - DGA). The user's traffic passes through a Palo Alto Networks NGFW with the Advanced DNS Security subscription enabled. The DNS query for the malicious domain is sent to an external DNS server via the firewall. How does Advanced DNS Security MOST likely contribute to detecting and preventing this C2 communication attempt? (Select all that apply)
Answer: A,B,D
Explanation:
Advanced DNS Security intercepts and analyzes DNS queries to block access to malicious domains before the connection to the malicious IP is even attempted. - Option A (Correct): When enabled, the firewall intercepts DNS queries passing through it and forwards them (or metadata about them) to the Advanced DNS Security cloud service for analysis. - Option B (Correct): The cloud service performs sophisticated analysis on the domain name and associated context (querying source, history, etc.), leveraging machine learning models (specifically trained to detect DGAs) and threat intelligence to determine if the domain is malicious. - Option C (Correct): If the cloud service identifies the domain as malicious, it sends a verdict back to the firewall. The firewall then takes the configured action (e.g., block the DNS response, sinkhole the response to a safe IP, block the subsequent connection to the resolved malicious IP) based on the policy applied to the DNS traffic. - Option D (Incorrect): While some external DNS servers offer security features, the protection here is provided by Palo Alto Networks' Advanced DNS Security, which acts as an intermediary or inspector for the DNS traffic. - Option E (Incorrect): While other security profiles can detect C2 activity within the application layer after a connection is made, Advanced DNS Security provides prevention at the DNS layer , stopping the connection attempt before it even begins, which is a more proactive approach.
NEW QUESTION # 133
A financial institution is implementing a Palo Alto Networks Strata NGFW to secure its internal network and prevent data exfiltration and malware infections over encrypted channels. They need to inspect all outbound HTTPS traffic from employee workstations to detect sensitive data leaving the network and block access to malicious websites identified via URL filtering and Threat Prevention, even if accessed over SSL/TLS. Which decryption method is required for this use case, and what is its fundamental principle of operation?
Answer: C
Explanation:
The scenario describes the need to inspect outbound encrypted traffic from internal clients (workstations) to external destinations (malicious websites, cloud services for data exfiltration). This is the primary use case for SSL Fomard Proxy decryption. Option A correctly describes the process: the firewall acts as a 'man-in-the-middle' by intercepting the connection attempt, generating a certificate for the requested website on the fly (signed by a root CA trusted by the clients), establishing an encrypted session with the client, and a separate encrypted session with the actual server. This allows the firewall to see and inspect the unencrypted traffic between these two sessions. Option B describes SSL Inbound Inspection, used for securing traffic to internal servers. Option C is incorrect as wildcard certificates are used for inbound inspection, not outbound forward proxy. Option D is not a standard, secure, or effective decryption method employed by modern firewalls for this purpose; it would break legitimate traffic and is insecure. Option E describes a method for directing traffic, but not the mechanism for performing the SSL/TLS decryption itself, which still relies on a proxy or firewall capability like SSL Forward Proxy.
NEW QUESTION # 134
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