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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cortex XSIAM | 18% | - Content packs, rules, and analytics models - Data ingestion, normalization, and correlation - Compliance, reporting, and operational visibility - Automation, playbooks, and response actions - Alert triage, investigation, and threat detection |
| Topic 2: Cortex XSOAR | 18% | - Case management and incident lifecycle automation - Threat intelligence management and enrichment - Playbooks, automation, and orchestration workflows - Platform architecture and core components - Integrations, content packs, and customization |
| Topic 3: Security Operations Fundamentals | 25% | - SOC roles, responsibilities, and workflows - Log management, data ingestion, and retention - Compliance frameworks and data protection - Reporting, dashboards, and analytics - AI and machine learning in security operations |
| Topic 4: 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 - Incident categorization, prioritization, and handling - Threat hunting and false positive/negative analysis |
| Topic 5: Cortex XDR | 23% | - Incident investigation, response, and remediation - Detection rules, behavioral analytics, and alerts - Log stitching, causality analysis, and visibility - Deployment, sensors, and data collection - Integration with third-party tools and threat feeds |
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NEW QUESTION # 149
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 # 150
A company wants to use a Palo Alto Networks Strata NGFW to publish an internal web server C 10.1.1.10') to the internet using a public IP address (203.0.113.10'). They need to ensure that inbound connections from the internet to '203.0.113.10' on port 443 are directed to the internal web server's private IP and port. Which NAT policy rule type and Security Policy rule elements are required to achieve this inbound access with address translation?
Answer: E
Explanation:
Publishing an internal server using a public IP requires Destination NAT (DNAT). - NAT Type: You need Destination NAT (DNAT) to change the destination IP address of incoming packets from the public IP to the internal server's private IP. Port Forwarding can be included if the external port is different from the internal port, but the core requirement is DNAT. - NAT Rule Match: The NAT rule will match incoming traffic on the external interface/zone, destined for the public IP ('203.0.113.10') and the public port (443). - Security Policy Match: The Security Policy rule must allow the traffic after the NAT translation has been considered for the destination IP. The rule will typically match traffic originating from the 'External' zone, destined for the zone containing the internal server (e.g., 'DMZ' or 'Internal'), and the destination address in the Security Policy will be the original destination IP of the packet as it arrives at the firewall, which is the public IP ('203.0.113.10'). The rule also needs to specify the application (e.g., 'SSI' or 'web-browsing') and service (service-https). Option B correctly identifies Destination NAT as the required NAT type and specifies the correct zone flow and destination address for the Security Policy rule that allows the traffic after the NAT rule is matched. Option A describes Source NAT. Option C describes Static NAT, which is a type of NAT (often combined with DNAT and SNAT) but the zone flow and destination address in the security rule are incorrect for inbound access. Option D describes Dynamic SNAT and incorrect destination address in the security rule. Option E is close by mentioning DNAT and Port Forwarding, but the Destination Address in the Security Policy rule should match the public IP the traffic is destined for before the policy is evaluated, as the NAT rule is evaluated first and modifies the destination before the security rule is applied to determine if the translated flow is allowed. However, some might argue that the security policy could match the translated destination if policy evaluation happens after translation lookup but before the packet is actually changed; however, the standard logic is policy evaluates based on the packet after the matched NAT rule's modifications are determined. Option B's Security Policy destination address matching the public IP is the more standard and recommended approach for inbound DNAT policies.
NEW QUESTION # 151
A company is upgrading a pair of PA-5220 firewalls in an Active/Passive HA configuration to a new PAN-OS version. They have reviewed the release notes and determined the correct upgrade path. Which is the recommended sequence of steps to perform the PAN-OS software upgrade on the HA pair to minimize downtime and disruption? (Assume the new image has been downloaded to both firewalls).
Answer: B
Explanation:
The standard and recommended method for upgrading an Active/Passive HA pair is to upgrade the Passive unit first to maintain redundancy during the process. - Option A: Upgrading the Active firewall first leaves the network vulnerable during the upgrade and subsequent failover, as there's no ready Passive unit. - Option B: While suspending the Passive is a valid troubleshooting step, the most common and recommended sequence for an upgrade is to start with the Passive unit. - Option C (Correct): This is the recommended sequence. Upgrade the Passive firewall first (download and install the new PAN-OS image). Once it's successfully upgraded and ready, perform a manual failover. The originally Passive unit (now running the new version) becomes Active and starts processing traffic. Then, upgrade the originally Active unit (which is now Passive). This ensures one firewall is always active and processing traffic throughout most of the upgrade process, minimizing downtime. -Option D: Upgrading simultaneously introduces significant downtime as both firewalls are unavailable. - Option E: Installing the image is separate from rebooting to run the new version. While you do install first, rebooting the Active unit before the Passive unit is upgraded and ready to take over causes an outage.
NEW QUESTION # 152
A security administrator is troubleshooting a remote user's connectivity issue to internal resources via GlobalProtect on a self-managed NGFW. The user can connect to the GlobalProtect gateway but cannot reach the internal servers. The administrator wants to confirm if the user's traffic is hitting the expected Security Policy rule and being allowed, and also verify the user's identity mapping. Which log type is the most relevant to investigate for session details and policy matches for this user?
Answer: E
Explanation:
Traffic logs contain the detailed information about sessions, including policy matches, source/destination, application, user, and action taken (allow/deny). While other logs provide context, the Traffic logs are where you see if the specific traffic flow from the user to the server is being processed by the security policy as expected. Option A is for operational events. Option B logs GlobalProtect tunnel establishment and related events, but not necessarily the traffic within the tunnel. Option C logs IP-to-user mappings but not the session details. Option E logs device posture checks.
NEW QUESTION # 153
An administrator is configuring remote user access in Prisma Access. They need to define the network ranges that remote users will be assigned upon successful connection and specify which internal networks (data center, cloud VPCs) these users should be able to access via the Prisma Access tunnels. They also need to ensure that users authenticate against the corporate Active Directory and that device compliance is checked before granting full access. Which configuration sections within the Prisma Access configuration flow (typically accessed via the Cloud Management Console or Panorama) are relevant for defining these aspects? (Select all that apply)
Answer: A,C,D
Explanation:
Configuring remote user access in Prisma Access involves defining user IP assignments, authentication, device checks, and connectivity to internal resources. - Option A (Incorrect): Remote Networks configuration is for site-to-site VPN connections (branches, headquarters) to Prisma Access, not for individual remote users connecting via GlobalProtect. - Option B (Correct): The Mobile Users section is where you define the IP address pools that will be assigned to remote users connecting via GlobalProtect. You also associate these users with 'Service Connections', which represent the tunnels from Prisma Access to your internal data centers or cloud environments, enabling access to internal resources. - Option C (Correct): Authentication Profiles and Sequences define how users authenticate to Prisma Access (e.g., against AD, LDAP, SAML). This is necessary to identify the user and apply user-based policies. - Option D (Correct): GlobalProtect Gateway settings (configured within the Mobile Users section) control client authentication methods and are where you enable and configure Host Information Profile (HIP) checks, which collect device posture information from the GlobalProtect agent and enforce compliance. - Option E (Incorrect): Security Policy rules define what the authenticated user can access after connecting and passing posture checks, but the options ask about configuring the access itself (IP assignment, authentication, device check, and connection to internal networks), which happens before the security policy allows/denies specific traffic flows.
NEW QUESTION # 154
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