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Cisco 300-215 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Forensics Techniques20%- Analyze digital evidence
  • 1. Memory forensics
  • 2. Malware analysis basics
  • 3. Timeline analysis
- Apply forensic tools
  • 1. Wireshark
  • 2. YARA
  • 3. Splunk
- Collect digital evidence
  • 1. Log analysis
  • 2. Endpoint forensics
  • 3. Network traffic analysis
Topic 2: Forensics Processes15%- Apply evidence handling procedures
  • 1. Maintaining integrity of evidence
  • 2. Collection and preservation of volatile and non-volatile evidence
- Follow forensic investigation methodology
  • 1. Examination
  • 2. Collection
  • 3. Reporting
  • 4. Identification
  • 5. Preservation
  • 6. Analysis
Topic 3: Incident Response Processes20%- Implement proactive threat hunting
  • 1. Conduct audits
  • 2. Identify potential threats
- Conduct root cause analysis
  • 1. Analyze components for RCA report
  • 2. Identify root cause of incidents
- Perform post-incident activities
  • 1. Improve incident response plan
  • 2. Recommend mitigation actions
  • 3. Lessons learned
Topic 4: Incident Response Techniques25%- Detect incidents
  • 1. Analyze alerts from firewalls, IPS, and other sources
  • 2. Identify indicators of compromise (IoCs)
- Respond to incidents
  • 1. Eradicate threats
  • 2. Contain threats
  • 3. Triage and prioritize incidents
- Use Cisco technologies for response
  • 1. Cisco AMP for Endpoints/Network
  • 2. Cisco Umbrella Investigate
  • 3. Cisco Stealthwatch
  • 4. Cisco SecureX
Topic 5: Fundamentals20%- Explain digital forensics concepts
  • 1. Evidence preservation
  • 2. Forensic readiness
  • 3. Chain of custody
- Explain legal and regulatory considerations
  • 1. Privacy concerns
  • 2. Compliance requirements
- Describe incident response concepts
  • 1. Incident response plan components
  • 2. Incident response lifecycle (PICERL)
  • 3. Roles and responsibilities in incident response

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Cisco Conducting Forensic Analysis & Incident Response Using Cisco Technologies for CyberOps Sample Questions (Q113-Q118):

NEW QUESTION # 113
An engineer notices irregular traffic spikes during off-hours in a network-monitoring tool. The spikes involve large outbound data transfers to an IP address geolocated in a high-risk jurisdiction. The traffic uses encrypted channels typically associated with secure file transfers. Which action should the engineer take to analyze the network traffic associated with these potentially malicious activities?

Answer: C

Explanation:
Option B is the only choice that performs evidence-driven traffic analysis. The engineer should inspect available packet and flow metadata, identify source and destination endpoints, measure transfer timing and volume, and correlate the external infrastructure with reliable threat intelligence. Encryption protects content in transit but does not prove the communication is benign; destination, certificate, protocol, session, and flow characteristics can still expose malicious activity. Increasing bandwidth merely accommodates possible exfiltration, while delaying analysis for maintenance leaves the risk unresolved. CBRFIR Forensics Processes objective 4.3 specifically requires analysis of traffic associated with malicious activity using network- monitoring tools, including NetFlow and Wireshark. Incident Response Techniques objective 3.9 also supports correlating internal observations with external threat intelligence to determine IOCs and IOAs.
Preserve packet captures and flow records before containment changes remove volatile evidence. Cisco CBRFIR v1.2 exam topics


NEW QUESTION # 114
Refer to the exhibit.

What should be determined from this Apache log?

Answer: A

Explanation:
The error logs indicate multiple PKCS12 and ASN.1 decoding errors, such as:
PKCS12 routines:PKCS12_parse:mac verify failure
rsa routines:old_rsa_priv_decode:RSA lib
PKCS12 routines:PKCS12_key_gen_uni:malloc
These specific errors most commonly occur when:
The private key does not correspond to the certificate being used.
There is a mismatch between the public and private key pair required for SSL handshakes.
This is a well-documented condition in Apache SSL configuration issues and explicitly covered under TLS
/SSL troubleshooting sections in cybersecurity operations contexts. The Cisco CyberOps guide also notes that SSL errors with key verification usually result from " improper key/certificate pairing " rather than file corruption or missing modules.
Thus, the correct answer is:
B). The private key does not match with the SSL certificate.


NEW QUESTION # 115
Refer to the exhibit.

Which determination should be made by a security analyst?

Answer: D


NEW QUESTION # 116
An organization publishes a Microsoft Exchange Outlook Web App (OWA) server to provide access to enterprise email and deploys a web application firewall in front of it. Microsoft announces a newly discovered zero-day vulnerability that is being actively exploited. The vulnerability is triggered by a specially crafted request to an uncommonly used URL, and a patch is still being developed. Which action immediately protects the organization?

Answer: D

Explanation:
Because no patch is yet available and exploitation depends on requests to a specific, rarely used URL, the immediate compensating control is a WAF rule that blocks that path before the request reaches OWA. This preserves general email access while removing the known trigger from the exposed attack surface. Option A is the permanent remediation but cannot provide immediate protection while the vendor is still developing the update. An IDS signature that detects successful exploitation is reactive and may only alert after compromise; prevention is preferable when the malicious request pattern is known. Disabling OWA ports through a stateful firewall would protect the server but unnecessarily eliminate the entire service. Cisco describes a WAF as an inline control that inspects HTTP and HTTPS requests and blocks malicious requests before they reach the application. This also maps to CBRFIR objective 3.6 on responding to zero-day exploitation. Cisco WAF overview


NEW QUESTION # 117
Refer to the exhibit.

Which type of attack is occurring?

Answer: B

Explanation:
The relationship graph links a suspicious file hash to email targets, email subjects or attachments, sender and recipient artifacts, and related infrastructure. That evidence pattern represents an email-delivered phishing campaign. ARP spoofing would require local-network evidence such as conflicting IP-to-MAC mappings or unsolicited ARP replies; none appears here. A distributed denial-of-service attack would show high-volume traffic or numerous sources overwhelming a service, not relationships between a file and email observables. A man-in-the-middle attack would require evidence of intercepted or altered communications. The graph is therefore most consistent with phishing, where a malicious attachment or link is distributed to selected recipients. This analysis fits CBRFIR Incident Response Techniques objectives 3.9 and 3.10, which require analysts to interpret threat-intelligence artifacts, identify IOCs or IOAs, and determine the associated threat profile rather than judging an artifact in isolation. Cisco CBRFIR v1.2 exam topics


NEW QUESTION # 118
......

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