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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cortex XSIAM | 18% | - Compliance, reporting, and operational visibility - Automation, playbooks, and response actions - Alert triage, investigation, and threat detection - Content packs, rules, and analytics models - Data ingestion, normalization, and correlation |
| Topic 2: Threat Intelligence and Incident Response | 16% | - Indicator types: IP, domain, URL, file hash, behavioral - Threat intelligence sources: WildFire, Unit 42, open feeds - NIST incident response lifecycle and processes - Threat hunting and false positive/negative analysis - Incident categorization, prioritization, and handling |
| Topic 3: Security Operations Fundamentals | 25% | - SOC roles, responsibilities, and workflows - Compliance frameworks and data protection - Reporting, dashboards, and analytics - AI and machine learning in security operations - Log management, data ingestion, and retention |
| Topic 4: Cortex XDR | 23% | - Integration with third-party tools and threat feeds - Deployment, sensors, and data collection - Detection rules, behavioral analytics, and alerts - Log stitching, causality analysis, and visibility - Incident investigation, response, and remediation |
| Topic 5: Cortex XSOAR | 18% | - Platform architecture and core components - Playbooks, automation, and orchestration workflows - Integrations, content packs, and customization - Case management and incident lifecycle automation - Threat intelligence management and enrichment |
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NEW QUESTION # 116
You are analyzing traffic logs on a Palo Alto Networks NGFW and see an entry with the following details:
Based on this single traffic log entry, which of the following conclusions can be definitively made regarding the security inspection and policy enforcement that occurred for this session? (Select all that apply)
Answer: C,D,E
Explanation:
Traffic logs provide a record of the session based on the policy match and identification engines. - Option A (Correct): The log explicitly lists 'Application: google-base'. This indicates that App-ID successfully identified the application within the session flow. - Option B (Correct): The log explicitly lists 'User: jdoe'. This means that User-ID successfully mapped the source IP address (192.168.1.100) to the username 'jdoe' for this session. - Option C (Correct): A 'Traffic log' entry with 'Action: allow' means the session successfully matched an 'allow' rule in the Security Policy. This rule must have matched the Source Zone ('internal'), Destination Zone ('external'), and either specifically the 'google-base' application or a broader application criterion (like 'any') that included 'google-base'. - Option D (Incorrect): The log entry shows 'Service: ssl', which indicates the session was using the SSL/TLS protocol. It does not definitively state whether decryption was applied or successful. To determine if decryption occurred, you would need to check the Decryption logs or look for specific flags in the traffic log that indicate decryption status (depending on PAN-OS version and logging profile configuration). A standard traffic log alone doesn't confirm successful decryption. - Option E (Incorrect): A traffic log with 'Action: allow' simply indicates the session was permitted based on the security policy. It does not confirm the absence of threats. Threats would be recorded in separate Threat logs if detected by the applied security profiles (Threat Prevention, WildFire, Antivirus, etc.). You would need to correlate this traffic log session ID with entries in the Threat logs to confirm if any threats were found.
NEW QUESTION # 117
An organization is deploying GlobalProtect. They want to implement certificate-based authentication for the GlobalProtect clients to the Gateway, in addition to username/password or multi-factor authentication. This provides an extra layer of trust based on the client device identity Which configuration steps are necessary on the Palo Alto Networks NGFW or Prisma Access Gateway and potentially on the client side to enable this? (Select all that apply)
Answer: A,B,D,E
Explanation:
Implementing client certificate authentication requires configuration on both the gateway and the client, involving trusted CAS and certificate distribution. - Option A (Correct): The Gateway needs to trust the CA that issued the client certificates. Importing the Client CA (the root or intermediate CA that signed the client certificates) and configuring an Authentication Profile to use certificate authentication referencing this CA enables the gateway to validate client certificates. - Option B (Correct): Each endpoint that will authenticate using a certificate must have a unique client certificate installed and available. - Option C (Correct): The GlobalProtect Agent configuration on the endpoint must be set up to present the client certificate during the authentication process when connecting to the configured gateway. - Option D (Correct): While this option repeats a concept from the previous question, it's relevant here. The client needs to trust the gateway's server certificate for the tunnel to be established securely in the first place, regardless of whether the client is also presenting its own certificate. - Option E (Incorrect): SSL Inbound Inspection is for decrypting incoming traffic destined for internal servers, not for authenticating GlobalProtect clients to the gateway.
NEW QUESTION # 118
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 # 119
A global company is implementing granular control over SaaS application usage using Palo Alto Networks Strata NGFWs at branch offices and Prisma Access for remote users. They have configured decryption policies to inspect SSL/TLS traffic for sanctioned SaaS applications like Office 365 and Salesforce. However, users accessing unsanctioned shadow IT applications via encrypted channels are still successfully bypassing security controls. Additionally, some legitimate applications are experiencing functionality issues after decryption is enabled. What are potential reasons for these issues and necessary steps to address them?
Answer: A,C,D
Explanation:
This scenario highlights common challenges with decrypting encrypted traffic for application layer inspection. Option A is correct because decryption policies must apply to the correct zones and traffic flows; misconfiguration can cause traffic to bypass decryption. Option B is incorrect; App-ID identifies the application regardless of whether it's decrypted or not, although granular enforcement after identification often requires decryption for full Content-ID, Threat Prevention, etc. Option C is correct; the firewall/Prisma Access has limitations on supported SSL/TLS versions, cipher suites, and key exchange methods. If an application uses unsupported parameters, decryption will fail, and depending on the decryption profile's action for 'decryption errors', the session might be allowed without inspection. Option D is correct; applications using mechanisms like certificate pinning or client authentication can break when a decryption proxy intercepts and re-signs the certificate. Exclusions for such applications are often necessary. Option E is incorrect; Security policy rule evaluation happens after App-ID identification and typically after decryption policy evaluation (if decryption is enabled for the matched rule's traffic). Rule order primarily affects which policy is applied to the identified application, not whether decryption happens or fails beforehand.
NEW QUESTION # 120
An organization with several branch offices connected to a central data center via limited-bandwidth MPLS links and broadband internet is deploying Prisma SD-WAN. Users at branch offices frequently access large files stored on central file servers (using SMB/CIFS) and download software updates. This traffic consumes significant bandwidth and is slow. Which core WAN optimization technique available in Prisma SD-WAN is MOST effective at reducing the bandwidth consumed by this type of repetitive, bulky data transfer between the same locations?
Answer: E
Explanation:
The scenario describes repetitive transfers of large, bulky data (files, software updates) between the same points (branch office and data center). Data Reduction, specifically compression and deduplication, is designed precisely for this. Deduplication caches previously transferred data blocks and sends only references (tokens) for repeated data, drastically reducing bandwidth for recurring patterns (common in file transfers and software updates). Compression further reduces the size of the remaining unique data. Option A and D (Packet Duplication, FEC) mitigate packet loss and improve reliability but don't inherently reduce the amount of data sent for bulky transfers. Option C (Path Selection) steers traffic but doesn't reduce the data volume itself. Option E (Protocol Acceleration) optimizes the chattyness of protocols, improving latency-sensitive interactions, but is less effective at reducing the overall bandwidth used by large file transfers compared to data reduction.
NEW QUESTION # 121
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