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Die Cisco 300-215-Zertifizierungsprüfung bietet IT-Fachleuten eine hervorragende Gelegenheit für IT-Fachkräfte, die ihre Fähigkeiten und Kenntnisse in der Reaktion auf Vorfälle, forensische Analysen und Sicherheitsvorgänge unter Verwendung von Cisco-Technologien verbessern möchten. Diese Zertifizierung ist ein wesentlicher Berechtigung für Cybersicherheitsprofis, die sich der Kurve voraushalten und ihre Organisationen vor Cyber -Bedrohungen und -angriffen schützen möchten. Mit der richtigen Vorbereitung und Ausbildung können Kandidaten die Prüfung bestehen und Experten von Cisco-zertifiziertem Cybersicherheit werden.
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Die Cisco 300-215-Prüfung konzentriert sich auf die Beurteilung des Verständnisses des Kandidaten für die verschiedenen Arten von Cyber-Bedrohungen und der Identifizierung. Es wird auch die Fähigkeit des Kandidaten getestet, Vorfälle mit Cisco -Technologien wie das Cisco Identity Services Engine (ISE) und das Cisco Advanced Malware Protection (AMP) -System zu analysieren und auf Vorfälle zu reagieren. Die Prüfung soll die Fähigkeit des Kandidaten validieren, in einer realen Umgebung zu arbeiten und schnell und effektiv auf Vorfälle zu reagieren.
30. Frage
A threat actor has successfully attacked an organization and gained access to confidential files on a laptop.
What plan should the organization initiate to contain the attack and prevent it from spreading to other network devices?
Antwort: D
Begründung:
Once an incident has occurred, the appropriate course of action is to engage the organization's Incident Response (IR) plan. This is a structured approach to contain, analyze, and eradicate threats before they spread across the network.
The Cisco CyberOps Associate study guide emphasizes:
* "Incident response and handling are essential within an organization... The main objective of implementing an incident handling process is to reduce the impact of a cyber-attack, ensure the damages caused are assessed, and implement recovery procedures".
* In particular, the containment phase of IR is focused on isolating the threat and preventing lateral movement or further compromise.
Options such as "root cause" or "attack surface" are relevant at later stages of analysis and mitigation, not immediate containment. Therefore, the correct answer is C.
31. Frage
Drag and drop the steps from the left into the order to perform forensics analysis of infrastructure networks on the right.
Antwort:
Begründung:
Reference: https://subscription.packtpub.com/book/networking_and_servers/9781789344523/1/ ch01lvl1sec12
/network-forensics-investigation-methodology
32. Frage
Refer to the exhibit.
An engineer analyzes an email containing a malicious URL that was flagged by Cisco Secure Malware Analytics. The engineer checks the TCP streams and notices that a domain downloads an executable file during the sample run. Which action determines whether the email is malicious?
Antwort: B
Begründung:
The executable download and suspicious PowerShell behavior are artifacts produced by the sample's controlled execution in Cisco Secure Malware Analytics. The engineer should evaluate those artifacts- including the downloaded file's SHA-256 value, contacted domain, process behavior, and associated threat indicators-to determine whether the email's URL delivered malicious content. Cisco states that Secure Malware Analytics performs static and dynamic runtime analysis and reports sample activities involving network traffic and malware artifacts. Cisco Umbrella can supply domain reputation and DNS context, but it is not the source of the registry or file-activity sections shown in this analysis report. "Activity paths" is less precise than reviewing the relevant artifacts themselves. This maps directly to CBRFIR Incident Response Processes objective 5.3, which requires evaluation of relevant ThreatGrid report components. Cisco Secure Malware Analytics overview
33. Frage
Refer to the exhibit.
Which two determinations should be made about the attack from the Apache access logs? (Choose two.)
Antwort: A,B
Begründung:
The Apache access logs in the exhibit show a sequence of HTTP requests and responses indicative of a malicious upload via WordPress:
* A POST to:
* /wp-admin/admin-ajax.php with parameters that include uploading r57.php (a known PHP web shell).
* The uploaded file name appears as r57.php in:# &name=%5B%5D=r57.php&FILES...
* There are plugin installation and activation attempts, specifically for:
* file-manager plugin:# plugin=file-manager&...
* Which is known to be vulnerable and exploited for file uploads.
* GET requests to:
* /wp-content/57.php and variations such as 57.php?28 - This suggests that r57.php was successfully uploaded and is being accessed.
These logs reveal that:
* D. The attacker used the WordPress file manager plugin to upload r57.php - confirmed by plugin activity and file uploads.
* B. The attacker uploaded the WordPress file manager trojan - as evidenced by the direct access to /wp- content/57.php (r57 shell variant).
Other options are invalid or speculative:
* A is correct in identifying r57 as a web shell, but the logs don't show privilege escalation.
* C mentions brute force and SQL injection, which are not indicated here.
* E assumes legitimate access - logs suggest exploitation, not standard login.
Reference: CyberOps Technologies (CBRFIR) 300-215 study guide, Chapter on "Analyzing HTTP and Apache Logs for Intrusion Behavior" and "Common CMS Exploits via Plugins and Upload
34. Frage
The Digital Forensics and Incident Response (DFIR) team notices many encrypted files on an endpoint. The team also determines that the threat uses stolen Remote Desktop Protocol (RDP) credentials. The DFIR team responds according to the internal incident-response playbook. Which two elements make up the containment phase for this incident? (Choose two.)
Antwort: A,B
Begründung:
Endpoint segmentation contains the ransomware by isolating affected systems and restricting east-west movement, thereby limiting additional encryption and preventing the attacker from reaching other assets through RDP. Multifactor authentication addresses the second active risk: stolen credentials. Requiring another factor makes the captured password insufficient for renewed remote access and helps contain credential-based lateral movement. System information discovery is an attacker behavior, not a defensive control. A steganographic decoder is an analysis utility unrelated to ransomware containment, while a traffic- scrubbing service is primarily used against volumetric denial-of-service traffic. In a playbook, these actions should be accompanied by credential revocation, session termination, evidence preservation, and scoping, but those choices are not offered. This maps to CBRFIR Incident Response Processes objective 5.2, which requires evaluating playbook elements, and to the course's framework for responding to incidents. Cisco CBRFIR training overview
35. Frage
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