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Cisco created the Conducting Forensic Analysis & Incident Response Using Cisco Technologies for CyberOps certification exam to establish a standard for security professionals. Conducting Forensic Analysis & Incident Response Using Cisco Technologies for CyberOps certification exam assesses the candidates' practical knowledge and ability to implement Cisco solutions to detect, respond, and remediate threats. By passing the exam, candidates will demonstrate their technical expertise, industry knowledge, and commitment to continuous learning in the field of cybersecurity.
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Cisco 300-215 Certification Exam is designed for individuals looking to enhance their skills in conducting forensic analysis and incident response using Cisco technologies for cybersecurity operations. 300-215 exam focuses on the latest techniques and tools used in the industry to identify, analyze and mitigate cyber threats. Conducting Forensic Analysis & Incident Response Using Cisco Technologies for CyberOps certification is ideal for professionals looking to advance their careers in the cybersecurity field.
NEW QUESTION # 10
What is an issue with digital forensics in cloud environments, from a security point of view?
Answer: B
Explanation:
One of the primary challenges of cloud forensics is the inability to physically access the underlying hardware (e.g., the hard drives storing VM or container data). This restricts investigators from performing traditional disk imaging and handling procedures, which are crucial for maintaining evidence integrity. This limitation is widely recognized in cloud forensics frameworks.
Correct answer: C. no physical access to the hard drive.
NEW QUESTION # 11 
Refer to the exhibit. A security analyst notices that a web application running on NGINX is generating an unusual number of log messages. The application is operational and reachable. What is the cause of this activity?
Answer: C
Explanation:
The provided log file contains multiple HTTP GET requests attempting to access various directories and files on the web server such as:
/balance
/security
/finance
/secret
/opt
/fuzzer/admin
These requests appear to be sequential, systematically targeting commonly used file and directory paths. The response codes are mostly 404 (Not Found) and a few 301s, indicating that the requester is trying different permutations of paths to discover hidden or vulnerable endpoints. This behavior is consistent with directory fuzzing, a reconnaissance technique used by attackers (or automated tools) to map out web directory structures by sending a high volume of crafted requests to guess hidden or unlinked directories and files.
This is distinct from DDoS (which would manifest as volume-based access issues), SQL injection (which targets specific parameters within requests), or botnet infection (which generally involves command-and- control communication or massive traffic floods).
Reference: CyberOps Technologies (CBRFIR) 300-215 study guide, Chapter on Web Attacks and Threat Identification - Directory Fuzzing Patterns.
NEW QUESTION # 12
Refer to the exhibit. An engineer needs to authenticate to the Cisco Umbrella Investigate API to retrieve details and traffic logs. What action is required in the script?
import requests
url = " https://investigate.api.umbrella.com/dnsdb/name/a/example.com.json " headers = {
" Authorization " : " " ,
" cache-control " : " no-cache "
}
response = requests.get(url, headers=headers)
print(response.text)
Answer: A
Explanation:
The request already contains an Authorization header, but its value is empty. The engineer must place a valid access token in that field, normally in the form Authorization: Bearer < token > . Cisco's Investigate API documentation states that requests use HTTPS with Bearer-token authentication and that every request requires the token in the Authorization header. A new header is therefore unnecessary; the existing one must be populated. The endpoint is retrieving information, so the existing GET request is appropriate and adding PUT would change the operation incorrectly. Formatting is not the authentication failure. Tokens and API secrets must be protected, obtained through the approved Umbrella credential process, and never hard-coded in production source. This maps to CBRFIR Forensics Techniques objective 2.5, which includes scripting against Cisco Umbrella and other data sources. Cisco Umbrella Investigate authentication
NEW QUESTION # 13
What is the steganography anti-forensics technique?
Answer: C
Explanation:
Explanation/Reference:
https://blog.eccouncil.org/6-anti-forensic-techniques-that-every-cyber-investigator-dreads/
NEW QUESTION # 14
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.)
Answer: A,E
Explanation:
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
NEW QUESTION # 15
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