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| Section | Objectives |
|---|---|
| Topic 1: Web and Application Security | - Web application hacking techniques |
| Topic 2: System Hacking | - Gaining access and privilege escalation - Malware threats and system exploitation |
| Topic 3: Cryptography | - Encryption, hashing, and cryptanalysis |
| Topic 4: Wireless and Mobile Security | - Mobile platform vulnerabilities - Wireless network attacks |
| Topic 5: Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Topic 6: Cloud and IoT Security | - Cloud computing security concepts - IoT security fundamentals |
| Topic 7: Network Attacks | - Denial of Service (DoS/DDoS) - Sniffing and session hijacking |
| Topic 8: Reconnaissance Techniques | - Footprinting and information gathering - Scanning networks and enumeration |
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NEW QUESTION # 85
During a penetration test at Pacific Trust Bank in Seattle, ethical hacker Mia Chen suspects that a server hosting customer transaction data may be a honeypot. To investigate, she repeatedly sends crafted queries and observes how quickly the system responds. She notices that responses are consistently faster and more uniform than those of other production servers, raising her suspicion that the environment is designed to lure attackers. Which technique is Mia most likely using to determine if the server is a honeypot?
Answer: D
Explanation:
Mia is measuring how quickly the server responds to queries and comparing it to normal production systems. Unusually fast and uniform response times can indicate a honeypot, making response-time analysis the technique used.
NEW QUESTION # 86
During a penetration test at a telecom provider in Denver, Colorado, Maria, a senior ethical hacker, notices that her scans are immediately flagged by intrusion detection systems. She modifies her technique, and as a result, the IDS devices are unable to reassemble the packets correctly, allowing her probes to slip through without detection. Which scanning evasion technique is Maria applying in this case?
Answer: A
Explanation:
The described evasion relies on preventing the IDS from correctly reassembling packets, which points directly to packet fragmentation. In fragmentation-based evasion, the attacker breaks the probe payload into multiple IP fragments. Some IDS sensors-especially if misconfigured, overloaded, or using limited reassembly logic-may fail to fully reconstruct the original packet stream, causing the malicious or suspicious content to evade signature matching and detection. Meanwhile, the target host (or a downstream device) may correctly reassemble the fragments and process the probe normally. This mismatch between what the IDS "sees" and what the target ultimately receives is the core concept behind fragmentation evasion.
The scenario explicitly says "IDS devices are unable to reassemble the packets correctly," which is essentially the textbook rationale for fragmentation as an IDS evasion method. Attackers may vary fragment size, overlap fragments, or manipulate offsets to stress or confuse reassembly engines. Even when modern IDS systems support reassembly, fragmentation can still be used to reduce detection reliability if sensors are under resource pressure or if traffic normalization is not enforced.
Why the other options don't match:
Source routing (B) attempts to influence the path packets take through the network; it does not inherently prevent IDS reassembly.
Decoy scanning (C) floods the target/IDS with scans from multiple spoofed addresses to obscure the true scanner source. This is about attribution noise, not packet reassembly failure.
IP spoofing (D) for scanning can disguise origin, but it does not inherently cause IDS reassembly problems.
Therefore, Maria is applying A. Packet Fragmentation.
NEW QUESTION # 87
In Miami, Florida, cybersecurity analyst Laura Bennett is responding to a series of unauthorized access attempts targeting Sunshine Credit Union's online banking platform. She observes unusual network activity that suggests attackers may be intercepting session IDs transmitted over unsecured connections to hijack active user sessions. To prevent further compromise, Laura works with the network team to apply a control that secures session-related communications throughout the entire portal, ensuring sensitive tokens are no longer exposed to interception during user interactions.
What countermeasure should Laura implement to prevent session hijacking in this scenario?
Answer: B
Explanation:
The scenario clearly indicates session hijacking risk caused by interception of session IDs over unsecured connections. In CEH-aligned web security, when session tokens are transmitted without strong transport encryption, an attacker positioned on the same network path can sniff traffic and capture cookies or URL- based session IDs, then reuse them to impersonate the victim. The most effective control that directly addresses interception in transit across the entire portal is enforcing SSL/TLS for all session-related communications, meaning every page and request that could carry authentication state is protected by HTTPS.
This prevents passive eavesdropping and significantly reduces the feasibility of man-in-the-middle capture of session identifiers during normal user interactions.
Option A, regenerating the session ID after login, is an important defense against session fixation, but it does not stop an attacker from stealing the new session token if it is later transmitted over plaintext HTTP. Option C, cache-control directives, helps prevent sensitive pages from being stored in shared caches or browser history, but it does not protect session IDs from network sniffing. Option D, avoiding sessions for unauthenticated users, can reduce some tracking exposure, yet the core issue here is hijacking of authenticated sessions due to unencrypted transport.
Therefore, implementing SSL/TLS across the portal, typically combined with secure cookie flags and strict HTTPS enforcement, is the correct countermeasure for the described interception-based session hijacking.
NEW QUESTION # 88
An organization is performing a vulnerability assessment for mitigating threats. James, a pen tester, scanned the organization by building an inventory of the protocols found on the organization's machines to detect which ports are attached to services such as an email server, a web server, or a database server. After identifying the services, he selected the vulnerabilities on each machine and started executing only the relevant tests. What is the type of vulnerability assessment solution that James employed in the above scenario?
Answer: A
NEW QUESTION # 89
Richard, an attacker, aimed to hack IoT devices connected to a target network. In this process, Richard recorded the frequency required to share information between connected devices. After obtaining the frequency, he captured the original data when commands were initiated by the connected devices. Once the original data were collected, he used free tools such as URH to segregate the command sequence. Subsequently, he started injecting the segregated command sequence on the same frequency into the IoT network, which repeats the captured signals of the devices. What is the type of attack performed by Richard in the above scenario?
Answer: D
NEW QUESTION # 90
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