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| Vendor: | Cisco |
|---|---|
| Exam Code: | 300-215 |
| Exam Name: | Conducting Forensic Analysis and Incident Response Using Cisco Technologies for Cybersecurity |
| Exam Questions: | 184 |
| Last Updated: | September 21, 2026 |
| Related Certifications: | Cisco Certified Network Professional, Cisco Certified Network Professional Cybersecurity |
| Exam Tags: | Security Professional Evidence collection and analysisPrinciples of reverse engineer |
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A security team receives reports of multiple files causing suspicious activity on users' workstations. The file attempted to access highly confidential information in a centralized file server. Which two actions should be taken by a security analyst to evaluate the file in a sandbox? (Choose two.)
When analyzing suspicious files in a sandbox environment, a security analyst focuses on identifying and evaluating their behavior in a controlled setting to confirm potential malicious activity:
Inspect processes (B): Observing the processes that the file spawns or injects into during execution helps identify malicious actions or privilege escalation. This is a crucial part of dynamic analysis in the sandbox environment.
Inspect PE header (E): The PE (Portable Executable) header contains metadata about how the file will execute on Windows systems. It reveals details such as the entry point, libraries used, and whether the file is suspiciously crafted or packed, which can be strong indicators of malicious behavior.
The other options (A, C, D) are important in the broader forensic analysis, but within the sandbox dynamic analysis, focusing on process behavior and file execution headers is critical for determining how the file interacts with the system and whether it is indeed malicious.
A company had a recent data leak incident. A security engineer investigating the incident discovered that a malicious link was accessed by multiple employees. Further investigation revealed targeted phishing attack attempts on macOS systems, which led to backdoor installations and data compromise. Which two security solutions should a security engineer recommend to mitigate similar attacks in the future? (Choose two.)
Comprehensive and Detailed
Endpoint Detection and Response (EDR) tools provide behavioral analytics and continuous monitoring to detect malware such as backdoors, which is especially critical on endpoints like macOS devices. These tools are essential to detect post-compromise activities and contain threats before they spread.
Secure Email Gateway (e.g., Cisco ESA) plays a key role in blocking phishing emails---the initial vector in this attack. It uses filters and reputation analysis to prevent malicious links or attachments from reaching end users.
Incorrect Options:
C . DLP focuses on preventing data exfiltration, not phishing prevention or backdoor detection.
D . IPS is effective for known signature-based threats but less effective against phishing links and endpoint-level backdoors.
E . WAF protects web servers, not end-user devices from phishing or backdoor infections.
Therefore, the correct answers are: A and B.
A network host is infected with malware by an attacker who uses the host to make calls for files and shuttle traffic to bots. This attack went undetected and resulted in a significant loss. The organization wants to ensure this does not happen in the future and needs a security solution that will generate alerts when command and control communication from an infected device is detected. Which network security solution should be recommended?
The Cisco Secure Firewall Threat Defense (Firepower) includes advanced capabilities such as intrusion prevention, URL filtering, and deep packet inspection. According to the CyberOps guide, it can detect and block C2 communications by analyzing traffic patterns and comparing them to threat intelligence data. The guide specifically states: 'Advanced solutions such as Firepower provide detection capabilities for command and control (C2) traffic by identifying unusual outbound connections and behavioral anomalies'.
During a recent incident response investigation, several suspicious network connections originating from a specific host were identified. The host was quickly isolated and the machine was rebuilt During the post mortem, it became clear that there was unpreparedness regarding network artifacts necessitating adjustments to the playbooks to address this data from multiple sources must be correlated. Which two sources should be prioritized for data gathering? (Choose two.)
Refer to the exhibit.

This Python script uses a combination of libraries (urllib, zlib, base64, and ssl) to:
Disable SSL certificate verification (ssl.CERT_NONE and check_hostname=False).
Construct a custom HTTPS opener with the specified SSL context.
Add a forged User-Agent header to mimic Internet Explorer 11.
Connect to the URL https://23.1.4.14:8443.
Download and execute base64-encoded and zlib-compressed content from that URL using:
exec(zlib.decompress(base64.b64decode(...).read()))
This shows a classic example of:
Downloading payloads from a remote server (23.1.4.14:8443).
Avoiding detection by disabling SSL verification.
Executing the payload dynamically with exec() after decoding and decompressing.
The main goal is clearly to initiate a connection to a remote command-and-control (C2) server on port 8443 and download/execute additional code.
Hence, the correct answer is: A. Initiate a connection to 23.1.4.14 over port 8443.
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